Mechatronics Engineers Jobs in UAE

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a Simulation Engineer to support and enhance our digital manufacturing ecosystem by developing and maintaining Digital Twins and Process Simulations. This role focuses on leveraging tools such as Visual Components, DELMIA, and NVIDIA Omniverse to simulate, validate, and optimize production systems.<br><br>The ideal candidate will work at the intersection of manufacturing, automation, and data systems, enabling virtual commissioning, performance optimization, and scalable Industry 4.0 solutions across the factory.<br><br>Key Responsibilities<br><br>Develop and maintain 3D Digital Twins and Process Twins for manufacturing lines, cells, and factory layouts Build and run simulations using Visual Components, DELMIA, or equivalent platforms Perform cycle time analysis, throughput optimization, and bottleneck identification Support virtual commissioning of automation systems prior to physical deployment Simulate and validate robotic operations (reachability, collision detection, path optimization) Design and optimize factory layouts, material flow, and logistics systems (AGVs, conveyors, ASRS, OHT) Integrate simulation models with MES, SCADA, PLC, and IIoT platforms Utilize real-time and historical data for predictive and scenario-based simulations Collaborate with cross-functional teams including manufacturing, automation, and IT Contribute to continuous improvement and digital transformation initiatives <br><br>Minimum Qualifications<br><br>Bachelor’s degree in Mechanical Engineering, Mechatronics, Robotics, or related field 5+ years of experience in manufacturing simulation or industrial engineering Hands-on experience with Visual Components, DELMIA, or similar simulation tools Strong understanding of manufacturing processes (CNC, assembly, material handling) Basic knowledge of industrial automation systems (PLC, SCADA) Experience with 3D modeling and CAD tools (Solid Works, CATIA, NX, etc.) Familiarity with data handling and basic scripting (Python or similar) <br><br>Preferred Qualifications<br><br>Experience in robot simulation and offline programming (ABB, KUKA, FANUC) Exposure to AI/ML applications in manufacturing or simulation Experience with virtual commissioning and lights-out manufacturing environments Strong analytical and problem-solving skills with a focus on process optimization Knowledge of MES systems (e.g., DELMIA Apriso) and ERP integration (SAP) Understanding of IIoT architectures (MQTT, OPC UA, Unified Namespace) Experience with NVIDIA Omniverse or high-fidelity digital twin platforms <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

Position Summary<br>We are seeking a skilled Electronic Engineer with 3-4 years of relevant experience who combines strong engineering knowledge with technician-level practical skills. This is a hands-on engineering role that requires experience in assembling, fabricating, testing, and troubleshooting electronic equipment, with the ability to translate engineering designs into fully functional products. The ideal candidate should be comfortable working both in the workshop and the engineering office, supporting the complete product development process from prototype assembly to testing and implementation. You should be equally confident working with engineering drawings, soldering PCB components, wiring control panels, integrating microcontrollers, and developing smart home automation solutions.<br>Key Responsibilities<br>Assemble, fabricate, wire, and test electronic equipment, prototypes, and production units. Build, inspect, repair, and troubleshoot PCB-based electronic systems. Assemble electronic components, control panels, and embedded systems. Install, configure, and test microcontroller-based devices (Arduino, ESP32, STM32, PIC, or similar platforms). Support the development and integration of smart home automation and IoT solutions. Read and interpret electronic schematics, wiring diagrams, PCB layouts, and technical drawings. Understanding schematics and also be able to create power and electrical architecture and drawings on CAD and other simulation platforms. Perform diagnostics, repairs, and root cause analysis on electronic systems and components. Familiarity with at least one of the following tools: KiCad, Easy EDA, or Fritzing. Ability to create simple to moderately complex PCB layouts from schematics. Willingness to learn and be trained on company-specific design processes and tools. Basic understanding of component symbols, footprints, and Gerber file generation is a plus Assist in prototype development, product improvements, and validation testing. Conduct functional, performance, and quality testing before product deployment. Coordinate with engineering, production, and workshop teams to ensure efficient manufacturing and assembly. Maintain engineering documentation, technical records, and test reports. Ensure compliance with company quality, safety, and operational standards.<br>Qualifications Bachelor's Degree in Electronics Engineering, Electrical Engineering, Mechatronics, or a related field.3-4 years of relevant experience in electronics engineering, embedded systems, manufacturing, automation, or product development. Strong practical experience in electronic assembly, wiring, soldering, and equipment fabrication. Hands-on experience working with PCB boards, electronic components, and circuit troubleshooting. Working knowledge of microcontrollers (Arduino, ESP32, STM32, PIC, or similar platforms). Familiarity with smart home automation, IoT devices, sensors, relays, control systems, and home automation protocols. Ability to read and interpret electronic schematics, wiring diagrams, PCB layouts, and engineering drawings. Experience using electronic test equipment such as multimeters, oscilloscopes, power supplies, and soldering/rework stations. Strong analytical, troubleshooting, and problem-solving skills. Excellent communication, teamwork, and organizational skills.<br>Required Skills PCB assembly, soldering, and circuit troubleshooting. Electronic system testing and diagnostics. Microcontroller programming and hardware integration. Smart home automation and IoT systems. Electrical wiring, control panel assembly, and equipment fabrication. Prototype development, product testing, and validation. Knowledge of electronic components, embedded systems, and control circuits. Proficiency in using electronic test equipment and workshop tools. Strong attention to detail and commitment to quality.

Position Summary<br>We are seeking a skilled Electronic Engineer with 3-4 years of relevant experience who combines strong engineering knowledge with technician-level practical skills. This is a hands-on engineering role that requires experience in assembling, fabricating, testing, and troubleshooting electronic equipment, with the ability to translate engineering designs into fully functional products. The ideal candidate should be comfortable working both in the workshop and the engineering office, supporting the complete product development process from prototype assembly to testing and implementation. You should be equally confident working with engineering drawings, soldering PCB components, wiring control panels, integrating microcontrollers, and developing smart home automation solutions.<br>Key Responsibilities<br>Assemble, fabricate, wire, and test electronic equipment, prototypes, and production units. Build, inspect, repair, and troubleshoot PCB-based electronic systems. Assemble electronic components, control panels, and embedded systems. Install, configure, and test microcontroller-based devices (Arduino, ESP32, STM32, PIC, or similar platforms). Support the development and integration of smart home automation and IoT solutions. Read and interpret electronic schematics, wiring diagrams, PCB layouts, and technical drawings. Understanding schematics and also be able to create power and electrical architecture and drawings on CAD and other simulation platforms. Perform diagnostics, repairs, and root cause analysis on electronic systems and components. Familiarity with at least one of the following tools: KiCad, Easy EDA, or Fritzing. Ability to create simple to moderately complex PCB layouts from schematics. Willingness to learn and be trained on company-specific design processes and tools. Basic understanding of component symbols, footprints, and Gerber file generation is a plus Assist in prototype development, product improvements, and validation testing. Conduct functional, performance, and quality testing before product deployment. Coordinate with engineering, production, and workshop teams to ensure efficient manufacturing and assembly. Maintain engineering documentation, technical records, and test reports. Ensure compliance with company quality, safety, and operational standards.<br>Qualifications Bachelor's Degree in Electronics Engineering, Electrical Engineering, Mechatronics, or a related field.3-4 years of relevant experience in electronics engineering, embedded systems, manufacturing, automation, or product development. Strong practical experience in electronic assembly, wiring, soldering, and equipment fabrication. Hands-on experience working with PCB boards, electronic components, and circuit troubleshooting. Working knowledge of microcontrollers (Arduino, ESP32, STM32, PIC, or similar platforms). Familiarity with smart home automation, IoT devices, sensors, relays, control systems, and home automation protocols. Ability to read and interpret electronic schematics, wiring diagrams, PCB layouts, and engineering drawings. Experience using electronic test equipment such as multimeters, oscilloscopes, power supplies, and soldering/rework stations. Strong analytical, troubleshooting, and problem-solving skills. Excellent communication, teamwork, and organizational skills.<br>Required Skills PCB assembly, soldering, and circuit troubleshooting. Electronic system testing and diagnostics. Microcontroller programming and hardware integration. Smart home automation and IoT systems. Electrical wiring, control panel assembly, and equipment fabrication. Prototype development, product testing, and validation. Knowledge of electronic components, embedded systems, and control circuits. Proficiency in using electronic test equipment and workshop tools. Strong attention to detail and commitment to quality.

???? We’re Hiring: Industrial Automation Specialist???? Employment Type: Full-Time???? Level: Mid-Level to Senior We are seeking a technically skilled and analytical Industrial Automation Specialist to design, implement, maintain, and optimize industrial automation and control systems. This role will work closely with engineering, production, maintenance, IT, and operations teams to improve automation reliability, productivity, safety, and overall operational efficiency.???? Key Responsibilities• Design, develop, configure, and maintain industrial automation and control systems.• Program, troubleshoot, and optimize PLC, HMI, SCADA, DCS, and related automation platforms.• Develop and modify control logic, sequences, alarms, interlocks, and automation functions.• Monitor automation system performance and identify opportunities for improvement.• Diagnose and resolve PLC, HMI, SCADA, instrumentation, control, and communication issues.• Perform root-cause analysis and implement corrective and preventive actions for automation failures.• Support commissioning, testing, validation, upgrades, and deployment of automation systems.• Integrate automation systems with production equipment, sensors, instrumentation, databases, MES, ERP, and other business systems.• Configure and troubleshoot industrial communication networks and protocols.• Develop system documentation, electrical/control diagrams, configuration records, operating procedures, and maintenance documentation.• Work with Engineering, Maintenance, Production, IT, and external vendors to resolve technical issues.• Support preventive and predictive maintenance programs for automation equipment and control systems.• Identify opportunities for automation, process optimization, digitalization, and productivity improvements.• Support system upgrades, modernization projects, and replacement of obsolete automation components.• Monitor system availability, reliability, performance, and operational KPIs.• Ensure automation systems comply with applicable safety, engineering, cybersecurity, and regulatory requirements.• Support industrial cybersecurity initiatives, including access control, backups, system recovery, and secure configuration.• Provide technical guidance and training to operators, technicians, and engineering personnel.✅ Requirements• Proven experience in industrial automation, control systems, electrical engineering, instrumentation, or a related technical field.• Strong hands-on experience with PLC, HMI, SCADA, DCS, and industrial control systems.• Experience with PLC platforms such as Siemens, Rockwell Automation/Allen-Bradley, Schneider Electric, Mitsubishi, Omron, or similar systems.• Strong understanding of automation programming, control logic, instrumentation, sensors, actuators, and industrial equipment.• Knowledge of industrial communication protocols such as Ethernet/IP, Modbus, Profibus, Profinet, OPC, or similar technologies.• Experience troubleshooting automation hardware, software, networks, and system integrations.• Strong analytical, troubleshooting, and problem-solving skills.• Experience with system commissioning, testing, upgrades, and automation improvement projects.• Knowledge of industrial networking, databases, MES, ERP, or production systems is an advantage.• Understanding of industrial cybersecurity and Operational Technology (OT) security is preferred.• Strong communication and technical documentation skills.• Ability to work effectively with engineering, production, maintenance, IT, and external vendors.• Ability to work in industrial environments and respond to critical technical issues when required.• Bachelor’s degree or diploma in Automation Engineering, Electrical Engineering, Control Systems, Instrumentation, Mechatronics, or a related field is preferred.• Relevant PLC, SCADA, industrial automation, engineering, or cybersecurity certifications are an advantage.???? What We Offer• Opportunity to work with advanced industrial automation and control technologies.• Exposure to PLC, SCADA, DCS, industrial networking, robotics, process control, and digital transformation.• Opportunity to lead automation improvement, modernization, and operational efficiency initiatives.• Career progression into Senior Industrial Automation Specialist, Automation Engineer, Control Systems Engineer, Automation Manager, OT Engineer, Industrial Controls Manager, or Automation & Controls Director roles.• A technology-driven, safety-focused, and collaborative working environment.• Technical training, certifications, mentorship, and professional development opportunities.• Competitive compensation, performance incentives, and comprehensive benefits package.

Role Description We are seeking a motivated and innovative Electrical Engineer / Electronics Engineer to design, develop, test, and maintain electrical and electronic systems that support business operations and engineering excellence. This role is responsible for developing technical solutions, improving system performance, troubleshooting equipment, and collaborating with cross-functional teams to deliver safe, reliable, and efficient engineering outcomes. The ideal candidate has strong technical expertise, analytical thinking, and a commitment to quality, safety, and continuous improvement. Key responsibilities include:Design, develop, test, and maintain electrical and electronic systems, components, and equipment. Prepare engineering drawings, technical specifications, circuit designs, and system documentation. Conduct feasibility studies, technical evaluations, simulations, and performance analyses for engineering projects. Install, configure, commission, and optimize electrical and electronic equipment to ensure reliable operation. Perform preventive, predictive, and corrective maintenance to maximize equipment reliability and operational efficiency. Diagnose, troubleshoot, and resolve electrical and electronic system faults using appropriate engineering methodologies. Develop and implement control systems, instrumentation, automation solutions, and embedded electronic applications where applicable. Collaborate with mechanical engineers, software engineers, manufacturing teams, quality assurance, and project managers throughout the engineering lifecycle. Conduct inspections, testing, calibration, and validation activities to ensure compliance with engineering specifications and quality standards. Support engineering projects by managing technical schedules, resources, budgets, and project documentation. Monitor engineering performance and recommend improvements to enhance system efficiency, safety, energy utilization, and reliability. Ensure compliance with electrical codes, engineering standards, workplace health and safety regulations, and environmental requirements. Prepare technical reports, engineering calculations, maintenance records, and project progress updates. Evaluate emerging technologies and recommend innovative electrical and electronics solutions that improve business performance. Stay informed about advancements in automation, Industry 4.0, IoT, AI-assisted engineering tools, and sustainable engineering practices. Contribute to continuous improvement initiatives that enhance engineering quality, operational excellence, and long-term organizational success. Qualifications Bachelor's degree in Electrical Engineering, Electronics Engineering, Mechatronics Engineering, Industrial Engineering, Instrumentation Engineering, or a related engineering discipline. Strong understanding of electrical engineering, electronics, circuit design, power systems, control systems, and instrumentation principles. Knowledge of analog and digital electronics, microcontrollers, embedded systems, PCB design, sensors, and communication interfaces. Familiarity with engineering software such as Auto CAD Electrical, EPLAN, ETAP, MATLAB, Simulink, Altium Designer, KiCad, or similar engineering applications. Understanding of PLC programming, SCADA systems, industrial automation, motor control, and electrical distribution systems is an advantage. Knowledge of testing equipment such as oscilloscopes, multimeters, signal generators, power analyzers, and electronic measurement instruments. Familiarity with industry standards, electrical safety regulations, quality management systems, and engineering documentation practices. Strong analytical, troubleshooting, and problem-solving skills. Excellent written, verbal, presentation, and interpersonal communication abilities. Strong organizational and project management skills with the ability to manage multiple engineering activities simultaneously. High attention to detail with a commitment to safety, quality, regulatory compliance, and engineering excellence. Ability to work independently while collaborating effectively with multidisciplinary teams. Adaptability and willingness to learn emerging engineering technologies, AI-powered design tools, semiconductor innovations, and evolving industry standards. Professional attitude with integrity, accountability, and a continuous improvement mindset. Commitment to delivering safe, reliable, innovative, and high-quality electrical and electronic engineering solutions that support operational excellence and sustainable business growth.

Role Description We are seeking a motivated and innovative Electrical Engineer / Electronics Engineer to design, develop, test, and maintain electrical and electronic systems that support business operations and engineering excellence. This role is responsible for developing technical solutions, improving system performance, troubleshooting equipment, and collaborating with cross-functional teams to deliver safe, reliable, and efficient engineering outcomes. The ideal candidate has strong technical expertise, analytical thinking, and a commitment to quality, safety, and continuous improvement. Key responsibilities include:Design, develop, test, and maintain electrical and electronic systems, components, and equipment. Prepare engineering drawings, technical specifications, circuit designs, and system documentation. Conduct feasibility studies, technical evaluations, simulations, and performance analyses for engineering projects. Install, configure, commission, and optimize electrical and electronic equipment to ensure reliable operation. Perform preventive, predictive, and corrective maintenance to maximize equipment reliability and operational efficiency. Diagnose, troubleshoot, and resolve electrical and electronic system faults using appropriate engineering methodologies. Develop and implement control systems, instrumentation, automation solutions, and embedded electronic applications where applicable. Collaborate with mechanical engineers, software engineers, manufacturing teams, quality assurance, and project managers throughout the engineering lifecycle. Conduct inspections, testing, calibration, and validation activities to ensure compliance with engineering specifications and quality standards. Support engineering projects by managing technical schedules, resources, budgets, and project documentation. Monitor engineering performance and recommend improvements to enhance system efficiency, safety, energy utilization, and reliability. Ensure compliance with electrical codes, engineering standards, workplace health and safety regulations, and environmental requirements. Prepare technical reports, engineering calculations, maintenance records, and project progress updates. Evaluate emerging technologies and recommend innovative electrical and electronics solutions that improve business performance. Stay informed about advancements in automation, Industry 4.0, IoT, AI-assisted engineering tools, and sustainable engineering practices. Contribute to continuous improvement initiatives that enhance engineering quality, operational excellence, and long-term organizational success. Qualifications Bachelor's degree in Electrical Engineering, Electronics Engineering, Mechatronics Engineering, Industrial Engineering, Instrumentation Engineering, or a related engineering discipline. Strong understanding of electrical engineering, electronics, circuit design, power systems, control systems, and instrumentation principles. Knowledge of analog and digital electronics, microcontrollers, embedded systems, PCB design, sensors, and communication interfaces. Familiarity with engineering software such as Auto CAD Electrical, EPLAN, ETAP, MATLAB, Simulink, Altium Designer, KiCad, or similar engineering applications. Understanding of PLC programming, SCADA systems, industrial automation, motor control, and electrical distribution systems is an advantage. Knowledge of testing equipment such as oscilloscopes, multimeters, signal generators, power analyzers, and electronic measurement instruments. Familiarity with industry standards, electrical safety regulations, quality management systems, and engineering documentation practices. Strong analytical, troubleshooting, and problem-solving skills. Excellent written, verbal, presentation, and interpersonal communication abilities. Strong organizational and project management skills with the ability to manage multiple engineering activities simultaneously. High attention to detail with a commitment to safety, quality, regulatory compliance, and engineering excellence. Ability to work independently while collaborating effectively with multidisciplinary teams. Adaptability and willingness to learn emerging engineering technologies, AI-powered design tools, semiconductor innovations, and evolving industry standards. Professional attitude with integrity, accountability, and a continuous improvement mindset. Commitment to delivering safe, reliable, innovative, and high-quality electrical and electronic engineering solutions that support operational excellence and sustainable business growth.

We are looking for a highly entrepreneurial Regional Sales Manager with deep expertise in transmission chains and power transmission solutions, as well as a strong network among OEMs and Tier 1 suppliers.<br><br>This is not a traditional account-management role. The successful candidate will be expected to build the business from the ground up, create new strategic partnerships, and generate concrete commercial results quickly.<br><br>The role requires a true business builder who can identify priority markets, open doors at decision-maker level, develop OEM and Tier 1 opportunities, and convert them into long-term partnerships. The candidate must be comfortable operating with a high degree of autonomy and contributing to the creation of a local commercial structure or business entity.<br><br>Key Responsibilities Include<br><br>Developing new business with OEMs, Tier 1 suppliers, distributors, and strategic industrial partners. Creating a qualified pipeline from scratch across the assigned markets. Securing meetings and technical-commercial discussions with key decision-makers. Converting opportunities into concrete projects, nominations, and commercial agreements. Building a local sales structure, market-entry strategy, and long-term commercial presence. Coordinating closely with engineering, production, and management teams in China. Representing the company at customer meetings, industry events, and trade fairs. Delivering measurable short-term results while building a sustainable long-term business.<br><br>The ideal candidate is not someone who simply maintains an existing network. We are looking for a proactive hunter and market builder capable of creating new partnerships, establishing credibility with major industrial players, and generating rapid traction in the OEM market.<br><br>Profil Recherché<br><br>We are looking for a commercially driven professional with a strong technical background and a proven track record in industrial B2B sales.<br><br>The Ideal Candidate Will Have<br><br>A Bachelor's or Master's degree in Engineering (Mechanical, Industrial, Automotive, Mechatronics, or a related technical field). Proven experience in technical sales or business development within industrial manufacturing, power transmission, or related sectors. A successful track record of developing business with OEMs, Tier 1 suppliers, distributors, or major industrial customers. Strong negotiation, relationship-building, and strategic business development skills. An entrepreneurial mindset with the ability to build new markets and deliver measurable commercial results. Excellent communication and presentation skills, with the ability to engage both technical and executive stakeholders. Fluency in English and the local language of the assigned region is required. Basic knowledge of Mandarin Chinese is considered an advantage but is not required. Willingness to travel extensively within the assigned territory and occasionally to China.<br><br>Présentation De La Structure<br><br>Our client is a leading Chinese manufacturer specializing in transmission chains, power transmission components, and related industrial systems.<br><br>The company operates through several business segments and dedicated departments, serving a wide range of industries, including automotive, motorcycles, agricultural machinery, tractors, marine applications, industrial equipment, and robotics.<br><br>Its product portfolio includes a broad range of chain-based transmission solutions designed for demanding industrial and mobility applications. While robotics represents one of the company’s most advanced and innovative business areas, the automotive industry remains its largest market in terms of production volume and commercial activity.<br><br>With integrated research, engineering, manufacturing, and quality-control capabilities in China, the company supports customers from product development through large-scale production. Its solutions are supplied to manufacturers, OEMs, distributors, and industrial partners across international markets.<br><br>As part of its continued expansion, the company is strengthening its local commercial presence, developing new customer relationships, and expanding its network of distributors and strategic partners across its different market segments.

About The Role<br><br>We are seeking a highly motivated Specialist Onboard Telemetry to join our Engineering team. This role is responsible for the design, development, integration, and execution of onboard telemetry systems supporting flight test activities for precision-guided munitions (PGMs) and advanced weapon systems. The successful candidate will play a critical role in telemetry preparation, flight test execution, data acquisition, signal conditioning, metadata configuration, and post-test analysis. In addition, this position will provide technical support in troubleshooting and debugging electronic subsystems that fail production testing.<br><br>This is an exciting opportunity for an experienced electronics and telemetry engineer to work on cutting-edge aerospace and defense technologies in a highly collaborative engineering environment.<br><br>Key Responsibilities<br><br>Design, develop, and maintain onboard telemetry packs (telpacks) for precision-guided munitions, ensuring compliance with customer and industry requirements. Establish and maintain telemetry design data packs, technical documentation, and configuration records. Design and implement analog signal conditioning circuits for telemetry instrumentation and data acquisition systems. Install, configure, and validate onboard telemetry equipment and instrumentation for flight test programs. Develop and execute acceptance, verification, and validation procedures for telemetry systems. Prepare, manage, and maintain telemetry metadata for PCM, Arcnet, and onboard weapon communication systems in accordance with Interface Control Documents (ICDs). Support flight test activities, including telemetry data reception, test configuration, and real-time monitoring. Perform data reduction, processing, and analysis using tools such as MATLAB and other engineering software. Generate post-flight test reports and provide technical recommendations based on telemetry data analysis. Collaborate with multidisciplinary engineering teams to integrate telemetry systems with weapon, seeker, servo, and other onboard subsystems. Investigate, troubleshoot, and resolve electronic subsystem and production test failures through root cause analysis and corrective actions. Ensure compliance with applicable military, commercial, safety, and engineering standards while supporting continuous improvement initiatives.<br><br>Requirements<br><br>Qualifications<br><br>Engineering Degree or Diploma in Electronic Engineering/Electrical Engineering/Mechatronics Engineering/Aerospace Engineering Or a closely related discipline<br><br>Experience<br><br>10-12 years of experience in telemetry & flight test experience within Defense or Space. (Drones , Weapons , satellites, rockets etc) Working knowledge of Telemetry PCM encoding , Arcnet communication protocols & Serial communication protocols. Signal conditioning circuit design , PCB design and layout , Electrical wiring and schematic interpretation , Telemetry and flight test instrumentation systems Proficiency in laboratory testing, troubleshooting, and electronic debugging. Familiarity with military and commercial standards related to flight test systems. Knowledge of seeker, servo, or related weapon-system subsystems will be advantageous. Experience with data acquisition, data reduction, and MATLAB-based analysis. Strong understanding of manufacturing and production support environments. Practical soldering and electronics assembly skills.<br><br>Why Choose EDGE?<br><br>Working at EDGE comes with a package that genuinely reflects how much we value our people. Salaries are highly competitive and tax-free and, depending on your role and seniority, benefits can include family visas, annual flight tickets, medical insurance for you and your dependants, and education allowances for your children.<br><br>But the real investment goes further than compensation. Through our own learning academy and digital learning platform, there are extensive opportunities to develop your skills and advance your career. Add to that the freedom to innovate, strong career guidance, and the chance to work alongside world-class talent from across the globe, and EDGE becomes a place where you can keep growing, keep learning, and keep turning bold ideas into something real.<br><br>Candidate Privacy & Equal Opportunity Statement <br><br>Any information you share as part of your EDGE candidate profile or job application will be handled in accordance with applicable data protection and privacy regulations.<br><br>EDGE is an equal opportunity employer committed to building a diverse, inclusive, and high-performing workforce. We believe every individual deserves to be treated with fairness, respect and dignity, and our employment decisions reflect that. We do not discriminate based on race, colour, nationality, ethnicity, religion, gender, marital status, age, disability, pregnancy or parental status, or any other characteristic protected by applicable law.<br><br>If you feel your skills, experience and potential are a strong match for a role, we encourage you to apply even if you don’t meet every requirement. We are genuinely interested in what you can bring to EDGE.<br><br>As a global organisation, effective collaboration across international teams is central to how we work, so English proficiency is required for all roles unless otherwise stated in the job posting.<br><br>Please note that EDGE does not accept unsolicited resumes from recruitment agencies. Any resumes in the absence of a formally executed agreement in place will be deemed the property of EDGE, and no placement fees or compensation will be payable in respect of such submissions.<br><br>#ALTARIQ

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a Robotics Engineer to design, program, and deploy advanced robotic systems for fully autonomous (lights-out) assembly and testing lines in aerospace and defense manufacturing. This role focuses on integrating robotics, IIoT, and Digital Twin technologies and fleet-based intralogistics (AMRs/AGVs/RGVs) to deliver high-precision, zero-defect production systems with maximum uptime and efficiency. You will lead robotic system architecture, intelligent automation, and performance optimization across the manufacturing lifecycle.<br><br>Key Responsibilities<br><br>Design and implement robotic automation systems for lights-out assembly and testing, including multi-robot cells and flexible automation architectures. Develop and optimize robot/cobot programs (trajectory planning, cycle time reduction, collision avoidance, and offline programming). Integrate robotic systems with assembly processes, including:Precision tightening systems (torque/angle-controlled tools, feedback loops) Automated dispensing systems (adhesives, sealants, potting with vision guidance) Pressing/forming operations (force-controlled robotic applications) Robotic welding systems (laser, spot, arc with process monitoring) Robotic Palletizing and Depalletizing Robotic CNC loading and Unloading Robotics ST & Painting part loading on Racks and Jigs. Architect and deploy autonomous intralogistics systems, including:AMRs (Autonomous Mobile Robots) for flexible material transport AGVs (Automated Guided Vehicles) for structured, repeatable flows RGVs (Rail Guided Vehicles) for high-speed, fixed-path transfer Develop and manage fleet control systems, including traffic management, task scheduling, path optimization, and congestion avoidance. Integrate AMR/AGV/RGV fleets with production lines, robotic cells, ASRS, and warehouse systems. Architect and implement multi-layer Poka-Yoke systems to ensure zero-defect production: Sensor-based validation (presence/absence, orientation, alignment) & Vision-based verification (component type, position, defects) Implement machine vision systems for part identification, alignment, inspection, and guidance, expert in 2D, 3D vision and Line scanning Enable IIoT connectivity for robots and equipment, including real-time data acquisition, monitoring, and analytics. Enable seamless communication between fleets and systems via IIoT platforms, MES, and WMS. Develop and maintain Digital Twin / Process Twin models for robotic cells to simulate reachability, cycle time, and line performance. Lead robotic cell commissioning, including FAT, SAT, and production ramp-up. Optimize cycle time, throughput, and line balancing through advanced motion strategies and system tuning. Establish traceability systems capturing robot process parameters (torque, force, weld data, dispense volume, etc.). Monitor and improve OEE, focusing on robot uptime, fault recovery, and performance optimization. Develop auto-recovery and fail-safe strategies for lights-out operation (error handling, safe restart, zero referencing). Support maintenance strategies including predictive diagnostics, condition monitoring, and spare part planning. Ensure ergonomic and safety compliance in collaborative or hybrid robotic work environments. Conduct root cause analysis (RCA) and continuous improvement initiatives using data-driven insights. <br>Minimum Qualifications<br><br>Bachelor’s or Master’s degree in Robotics, Mechatronics, Mechanical, or Electrical Engineering. 10+ years of experience in robotics automation, preferably in aerospace, defense, or high-precision industries. Strong hands-on experience with industrial robots (e.g., KUKA, ABB, FANUC) and robotic programming. Proven experience integrating AMRs, AGVs, or RGV systems into manufacturing environments Experience integrating robots with assembly processes (tightening, dispensing, pressing, welding). Knowledge of robot kinematics, motion control, and path optimization. Experience with machine vision systems and sensor integration. Familiarity with IIoT platforms, industrial communication protocols (OPC UA, Profinet, Ethernet/IP). Proven experience in cycle time optimization, line balancing, and OEE improvement. Experience in robot commissioning, debugging, and production support. <br><br>Preferred Qualifications<br><br>Experience with fleet management software and multi-agent coordination systems. Familiarity with AI-based scheduling, path planning, and predictive analytics. Certification in robot safety and autonomous vehicle standards. Experience in lights-out / dark factory environments. Knowledge of Digital Twin platforms for both robotics and intralogistics simulation. Experience integrating with MES, WMS, and traceability systems. Strong analytical and problem-solving skills Attention to detail and quality-driven mindset Ability to lead cross-functional technical initiatives Effective communication and training capabilities <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a PLC Controls Engineer to design, program, and commission advanced control systems for fully automated (lights-out) assembly, testing, and intralogistics environments in aerospace and defense manufacturing. This role integrates PLC, Safety PLC, IIoT, Digital Twin, machine vision, and PC-based control (NI/Lab VIEW) to deliver high-reliability, zero-defect production systems with seamless coordination across robots, AMRs/AGVs/RGVs, and test platforms.<br><br>Key Responsibilities<br><br>Design and develop PLC-based control systems for automated assembly lines, robotic cells, test benches, and intralogistics systems (AMRs/AGVs/RGVs). Design and develop modular and standardized control architectures for assembly stations and production lines. Define reusable PLC code libraries, function blocks, and templates for scalable deployment across multiple lines. Develop plug-and-play station concepts, enabling rapid deployment, reconfiguration, and expansion. Standardize I/O structures, communication protocols, and interface definitions across equipment and systems. Program and configure PLC, HMI, and SCADA systems, ensuring robust, modular, and scalable architectures. Develop and implement Safety PLC systems, including:Light curtains, area scanners, safety interlocks, E-stops Compliance with international safety standards (SIL, PL, ISO 13849) Architect and implement multi-layer Poka-Yoke systems to ensure zero-defect production: Sensor-based validation (presence/absence, orientation, alignment) Integrate and program advanced sensors and instrumentation, including:LVDTs for displacement measurement Load cells for force/torque monitoring Digital and analog I/O systems (high-speed and precision applications) Implement and optimize machine vision systems, including:2D vision systems for inspection and alignment 3D vision systems for guidance and metrology Line scan cameras for continuous inspection Area scan cameras for static/dynamic inspection Develop PC-based control and test systems using:NI (National Instruments) platforms Lab VIEW programming for data acquisition, control, and automated testing Integrate control systems with robotics, assembly processes, and test equipment, including tightening, dispensing, pressing, and welding operations. Enable IIoT connectivity, including real-time data acquisition, edge computing, and integration with MES, SCADA, and cloud platforms. Develop and support Digital Twin / Process Twin models, ensuring synchronization between virtual and physical systems. Lead system commissioning and validation (FAT, SAT, IQ/OQ/PQ), ensuring performance, safety, and compliance. Establish end-to-end traceability systems, capturing process parameters, test data, and part genealogy. Optimize system performance for cycle time, throughput, and line balancing, ensuring synchronization across robots and material handling fleets. Develop and implement predictive and preventive maintenance strategies, including diagnostics and fault monitoring. Design and validate pneumatic systems, including valve control, actuators, and air management for automation applications. Implement auto-recovery and fault-handling strategies for lights-out operation (safe restart, interlock recovery, error-proofing). Ensure ergonomic and safety compliance for hybrid/manual stations and human-machine interfaces. Lead root cause analysis (RCA) and continuous improvement using data analytics and Lean methodologies. <br>Minimum Qualifications<br><br>Bachelor’s or Master’s degree in Electrical, Electronics, Mechatronics, or Automation Engineering. 10+ years of experience in PLC programming and industrial automation systems. Strong hands-on experience with PLC platforms (Siemens, Rockwell, Beckhoff, or equivalent). Proven experience with Safety PLC systems and machine safety integration. Experience integrating LVDTs, load cells, and industrial sensors. Strong experience with machine vision systems (2D, 3D, line scan, area scan). Hands-on experience in NI hardware and Lab VIEW programming for test and control systems. Experience with digital and analog I/O systems, signal conditioning, and field instrumentation. Knowledge of industrial communication protocols (OPC UA, Profinet, Ethernet/IP, Modbus). Experience in system commissioning, debugging, and production support. <br><br>Preferred Qualifications<br><br>Experience working with robotics systems and intralogistics fleets (AMRs/AGVs/RGVs). Certification in functional safety (TÜV, SIL, PL). Experience with Digital Twin platforms and simulation tools. Integration experience with MES, SCADA, WMS, and traceability systems. Knowledge of IIoT architectures, edge devices, and cloud integration. Experience in aerospace/defense manufacturing standards (AS9100, NADCAP). Strong analytical and problem-solving skills Attention to detail and quality-driven mindset Ability to lead cross-functional technical initiatives Effective communication and training capabilities <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a highly experienced Subject Matter Expert (SME) in CNC automation with deep expertise in Flexible Manufacturing Systems (FMS), particularly with DS Technology – Taiwan solutions.<br><br>This role is responsible for leading the design, integration, optimization, and lifecycle support of advanced CNC automation systems, enabling lights-out manufacturing, high-mix low-volume (HMLV) production, and data-driven operations. The ideal candidate will combine strong CNC process knowledge, automation system design, and digital manufacturing expertise to deliver scalable and efficient production systems aligned with business objectives.<br><br>Key Responsibilities<br><br>Types of Machines & Machining Process<br><br>Strong experience with CNC machines including 3/4/5-axis machining centers, HMCs, VMCs, mill-turns, and turning centers. Deep understanding of milling, turning, drilling, and 5-axis strategies with focus on process standardization for FMS environments. Experience in Deburring, Tapping, EDM, Wirecut, Cylindrical Grinding process <br><br>Material Engineering Knowledge<br><br>In-depth knowledge of machining behavior for materials such as titanium, Inconel, steels, and aluminum alloys. Ability to optimize cutting parameters, tool selection, and tool life strategies for stable unattended machining. <br><br>Drawing & GD&T (Geometric Dimensioning & Tolerancing)<br><br>Strong proficiency in reading drawings and notes, GD&T standards (ASME Y14.5 / ISO) and interpretation of complex engineering drawings. Ability to align datum strategies, machining sequences, and inspection methods to meet tight tolerance requirements. <br><br>Fixture & Workholding Strategy<br><br>Experience in designing and standardizing zero-point and modular fixturing systems for HMLV production. Ability to ensure repeatability by aligning fixture datums with machining and probing strategies across Flexible Manufacturing Systems (FMS) setups. <br><br>FMS Solution Design & Engineering<br><br>Lead end-to-end design of DS Technilogy -based FMS solutions (linear, multi-level, gantry systems). Define system architecture including: 1) Machine configuration 2) Pallet count and layout 3) Material flow and buffer strategy Conduct feasibility studies, cycle time analysis, and throughput optimization <br><br>CNC & Machine Integration<br><br>Integrate CNC machines from OEMs such as: Doosan, Victor Taichung, Hwacheon, Mazak, Fanuc Ensure seamless communication between CNC controllers (Fanuc, Siemens, Heidenhain) and FMS Oversee DNC, NC program management, and tool offset integration <br><br>Inline Probing & In-Process Metrology<br><br>Hands-on experience with probing systems like Renishaw or Hexagon for part setup, inspection, and tool measurement. Ability to implement closed-loop machining with automatic offset correction and integrate probing data into MMS/MES for lights-out operation. <br><br>MMS (Manufacturing Management Software) Optimization<br><br>Configure and optimize MMS for: 1) Production scheduling and prioritization 2) Tool life and resource management 3) Job queue optimization and real-time monitoring Integrate MMS with ERP/MES systems for end-to-end digital workflow <br><br>Automation & Material Handling Systems<br><br>Design and integrate pallet handling systems, storage systems, and AGVs/RGVs Evaluate and implement robotic solutions (KUKA, Fanuc, ABB) where applicable Ensure optimal material flow and minimal manual intervention <br><br>Process Engineering for Lights-Out Manufacturing<br><br>Develop robust machining processes for unattended operations Standardize fixtures (zero-point clamping systems) Define tool strategies for long-duration machining cycles Improve process capability (Cp, Cpk) and reliability <br><br>Commissioning & Lifecycle Support<br><br>Lead system commissioning, FAT/SAT, and ramp-up activities Troubleshoot system-level issues across CNC, automation, and software layers Drive continuous improvement initiatives post-deployment <br><br>Stakeholder & Customer Engagement<br><br>Work closely with customers, internal teams, and vendors to define requirements Provide technical leadership during proposals, design reviews, and implementation Support ROI analysis, business case development, and capacity planning <br><br>Minimum Qualifications<br><br>Bachelor’s degree in Mechanical, Manufacturing, Mechatronics, or related engineering field 12+ years of experience in CNC machining and industrial automation Proven experience with Flexible Manufacturing Systems (FMS) or pallet-based automation Strong understanding of CNC operations, tooling, fixturing, and machining processes Experience integrating CNC machines and automation systems Familiarity with industrial communication protocols and CNC controllers (Fanuc/Siemens/Heidenhain) <br><br>Preferred Qualifications<br><br>Direct experience with DST FMS and MMS platform or Equivalent Experience in high-mix low-volume (HMLV) production environments Hands-on experience in lights-out manufacturing systems Experience integrating MES/ERP systems with shopfloor automation Exposure to aerospace, automotive, or precision engineering industries Strong analytical skills in: 1) OEE improvement 2) Cycle time optimization 3) ROI modeling Experience with robotic integration (KUKA, ABB, Fanuc) Project management and cross-functional leadership experience <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a Robotics Engineer to design, program, and deploy advanced robotic systems for fully autonomous (lights-out) assembly and testing lines in aerospace and defense manufacturing. This role focuses on integrating robotics, IIoT, and Digital Twin technologies and fleet-based intralogistics (AMRs/AGVs/RGVs) to deliver high-precision, zero-defect production systems with maximum uptime and efficiency. You will lead robotic system architecture, intelligent automation, and performance optimization across the manufacturing lifecycle.<br><br>Key Responsibilities<br><br>Design and implement robotic automation systems for lights-out assembly and testing, including multi-robot cells and flexible automation architectures. Develop and optimize robot/cobot programs (trajectory planning, cycle time reduction, collision avoidance, and offline programming). Integrate robotic systems with assembly processes, including:Precision tightening systems (torque/angle-controlled tools, feedback loops) Automated dispensing systems (adhesives, sealants, potting with vision guidance) Pressing/forming operations (force-controlled robotic applications) Robotic welding systems (laser, spot, arc with process monitoring) Robotic Palletizing and Depalletizing Robotic CNC loading and Unloading Robotics ST & Painting part loading on Racks and Jigs. Architect and deploy autonomous intralogistics systems, including:AMRs (Autonomous Mobile Robots) for flexible material transport AGVs (Automated Guided Vehicles) for structured, repeatable flows RGVs (Rail Guided Vehicles) for high-speed, fixed-path transfer Develop and manage fleet control systems, including traffic management, task scheduling, path optimization, and congestion avoidance. Integrate AMR/AGV/RGV fleets with production lines, robotic cells, ASRS, and warehouse systems. Architect and implement multi-layer Poka-Yoke systems to ensure zero-defect production: Sensor-based validation (presence/absence, orientation, alignment) & Vision-based verification (component type, position, defects) Implement machine vision systems for part identification, alignment, inspection, and guidance, expert in 2D, 3D vision and Line scanning Enable IIoT connectivity for robots and equipment, including real-time data acquisition, monitoring, and analytics. Enable seamless communication between fleets and systems via IIoT platforms, MES, and WMS. Develop and maintain Digital Twin / Process Twin models for robotic cells to simulate reachability, cycle time, and line performance. Lead robotic cell commissioning, including FAT, SAT, and production ramp-up. Optimize cycle time, throughput, and line balancing through advanced motion strategies and system tuning. Establish traceability systems capturing robot process parameters (torque, force, weld data, dispense volume, etc.). Monitor and improve OEE, focusing on robot uptime, fault recovery, and performance optimization. Develop auto-recovery and fail-safe strategies for lights-out operation (error handling, safe restart, zero referencing). Support maintenance strategies including predictive diagnostics, condition monitoring, and spare part planning. Ensure ergonomic and safety compliance in collaborative or hybrid robotic work environments. Conduct root cause analysis (RCA) and continuous improvement initiatives using data-driven insights. <br>Minimum Qualifications<br><br>Bachelor’s or Master’s degree in Robotics, Mechatronics, Mechanical, or Electrical Engineering. 10+ years of experience in robotics automation, preferably in aerospace, defense, or high-precision industries. Strong hands-on experience with industrial robots (e.g., KUKA, ABB, FANUC) and robotic programming. Proven experience integrating AMRs, AGVs, or RGV systems into manufacturing environments Experience integrating robots with assembly processes (tightening, dispensing, pressing, welding). Knowledge of robot kinematics, motion control, and path optimization. Experience with machine vision systems and sensor integration. Familiarity with IIoT platforms, industrial communication protocols (OPC UA, Profinet, Ethernet/IP). Proven experience in cycle time optimization, line balancing, and OEE improvement. Experience in robot commissioning, debugging, and production support. <br><br>Preferred Qualifications<br><br>Experience with fleet management software and multi-agent coordination systems. Familiarity with AI-based scheduling, path planning, and predictive analytics. Certification in robot safety and autonomous vehicle standards. Experience in lights-out / dark factory environments. Knowledge of Digital Twin platforms for both robotics and intralogistics simulation. Experience integrating with MES, WMS, and traceability systems. Strong analytical and problem-solving skills Attention to detail and quality-driven mindset Ability to lead cross-functional technical initiatives Effective communication and training capabilities <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a PLC Controls Engineer to design, program, and commission advanced control systems for fully automated (lights-out) assembly, testing, and intralogistics environments in aerospace and defense manufacturing. This role integrates PLC, Safety PLC, IIoT, Digital Twin, machine vision, and PC-based control (NI/Lab VIEW) to deliver high-reliability, zero-defect production systems with seamless coordination across robots, AMRs/AGVs/RGVs, and test platforms.<br><br>Key Responsibilities<br><br>Design and develop PLC-based control systems for automated assembly lines, robotic cells, test benches, and intralogistics systems (AMRs/AGVs/RGVs). Design and develop modular and standardized control architectures for assembly stations and production lines. Define reusable PLC code libraries, function blocks, and templates for scalable deployment across multiple lines. Develop plug-and-play station concepts, enabling rapid deployment, reconfiguration, and expansion. Standardize I/O structures, communication protocols, and interface definitions across equipment and systems. Program and configure PLC, HMI, and SCADA systems, ensuring robust, modular, and scalable architectures. Develop and implement Safety PLC systems, including:Light curtains, area scanners, safety interlocks, E-stops Compliance with international safety standards (SIL, PL, ISO 13849) Architect and implement multi-layer Poka-Yoke systems to ensure zero-defect production: Sensor-based validation (presence/absence, orientation, alignment) Integrate and program advanced sensors and instrumentation, including:LVDTs for displacement measurement Load cells for force/torque monitoring Digital and analog I/O systems (high-speed and precision applications) Implement and optimize machine vision systems, including:2D vision systems for inspection and alignment 3D vision systems for guidance and metrology Line scan cameras for continuous inspection Area scan cameras for static/dynamic inspection Develop PC-based control and test systems using:NI (National Instruments) platforms Lab VIEW programming for data acquisition, control, and automated testing Integrate control systems with robotics, assembly processes, and test equipment, including tightening, dispensing, pressing, and welding operations. Enable IIoT connectivity, including real-time data acquisition, edge computing, and integration with MES, SCADA, and cloud platforms. Develop and support Digital Twin / Process Twin models, ensuring synchronization between virtual and physical systems. Lead system commissioning and validation (FAT, SAT, IQ/OQ/PQ), ensuring performance, safety, and compliance. Establish end-to-end traceability systems, capturing process parameters, test data, and part genealogy. Optimize system performance for cycle time, throughput, and line balancing, ensuring synchronization across robots and material handling fleets. Develop and implement predictive and preventive maintenance strategies, including diagnostics and fault monitoring. Design and validate pneumatic systems, including valve control, actuators, and air management for automation applications. Implement auto-recovery and fault-handling strategies for lights-out operation (safe restart, interlock recovery, error-proofing). Ensure ergonomic and safety compliance for hybrid/manual stations and human-machine interfaces. Lead root cause analysis (RCA) and continuous improvement using data analytics and Lean methodologies. <br>Minimum Qualifications<br><br>Bachelor’s or Master’s degree in Electrical, Electronics, Mechatronics, or Automation Engineering. 10+ years of experience in PLC programming and industrial automation systems. Strong hands-on experience with PLC platforms (Siemens, Rockwell, Beckhoff, or equivalent). Proven experience with Safety PLC systems and machine safety integration. Experience integrating LVDTs, load cells, and industrial sensors. Strong experience with machine vision systems (2D, 3D, line scan, area scan). Hands-on experience in NI hardware and Lab VIEW programming for test and control systems. Experience with digital and analog I/O systems, signal conditioning, and field instrumentation. Knowledge of industrial communication protocols (OPC UA, Profinet, Ethernet/IP, Modbus). Experience in system commissioning, debugging, and production support. <br><br>Preferred Qualifications<br><br>Experience working with robotics systems and intralogistics fleets (AMRs/AGVs/RGVs). Certification in functional safety (TÜV, SIL, PL). Experience with Digital Twin platforms and simulation tools. Integration experience with MES, SCADA, WMS, and traceability systems. Knowledge of IIoT architectures, edge devices, and cloud integration. Experience in aerospace/defense manufacturing standards (AS9100, NADCAP). Strong analytical and problem-solving skills Attention to detail and quality-driven mindset Ability to lead cross-functional technical initiatives Effective communication and training capabilities <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

About Us<br><br>Are you ready to shape how cutting-edge technologies are positioned, understood, and adopted by real markets? At Venture One, we build ventures and commercialize breakthrough technologies emerging from advanced research. Our focus spans Aerospace and Space, Security and Defense, Sustainability, Environment and Energy, and Transportation, with technologies across Cryptography, Secure Systems, Directed Energy, Advanced Materials, Autonomous Systems, and more.<br><br>About The Role<br><br>We are seeking a highly experienced Subject Matter Expert (SME) in CNC automation with deep expertise in Flexible Manufacturing Systems (FMS), particularly with DS Technology – Taiwan solutions.<br><br>This role is responsible for leading the design, integration, optimization, and lifecycle support of advanced CNC automation systems, enabling lights-out manufacturing, high-mix low-volume (HMLV) production, and data-driven operations. The ideal candidate will combine strong CNC process knowledge, automation system design, and digital manufacturing expertise to deliver scalable and efficient production systems aligned with business objectives.<br><br>Key Responsibilities<br><br>Types of Machines & Machining Process<br><br>Strong experience with CNC machines including 3/4/5-axis machining centers, HMCs, VMCs, mill-turns, and turning centers. Deep understanding of milling, turning, drilling, and 5-axis strategies with focus on process standardization for FMS environments. Experience in Deburring, Tapping, EDM, Wirecut, Cylindrical Grinding process <br><br>Material Engineering Knowledge<br><br>In-depth knowledge of machining behavior for materials such as titanium, Inconel, steels, and aluminum alloys. Ability to optimize cutting parameters, tool selection, and tool life strategies for stable unattended machining. <br><br>Drawing & GD&T (Geometric Dimensioning & Tolerancing)<br><br>Strong proficiency in reading drawings and notes, GD&T standards (ASME Y14.5 / ISO) and interpretation of complex engineering drawings. Ability to align datum strategies, machining sequences, and inspection methods to meet tight tolerance requirements. <br><br>Fixture & Workholding Strategy<br><br>Experience in designing and standardizing zero-point and modular fixturing systems for HMLV production. Ability to ensure repeatability by aligning fixture datums with machining and probing strategies across Flexible Manufacturing Systems (FMS) setups. <br><br>FMS Solution Design & Engineering<br><br>Lead end-to-end design of DS Technilogy -based FMS solutions (linear, multi-level, gantry systems). Define system architecture including: 1) Machine configuration 2) Pallet count and layout 3) Material flow and buffer strategy Conduct feasibility studies, cycle time analysis, and throughput optimization <br><br>CNC & Machine Integration<br><br>Integrate CNC machines from OEMs such as: Doosan, Victor Taichung, Hwacheon, Mazak, Fanuc Ensure seamless communication between CNC controllers (Fanuc, Siemens, Heidenhain) and FMS Oversee DNC, NC program management, and tool offset integration <br><br>Inline Probing & In-Process Metrology<br><br>Hands-on experience with probing systems like Renishaw or Hexagon for part setup, inspection, and tool measurement. Ability to implement closed-loop machining with automatic offset correction and integrate probing data into MMS/MES for lights-out operation. <br><br>MMS (Manufacturing Management Software) Optimization<br><br>Configure and optimize MMS for: 1) Production scheduling and prioritization 2) Tool life and resource management 3) Job queue optimization and real-time monitoring Integrate MMS with ERP/MES systems for end-to-end digital workflow <br><br>Automation & Material Handling Systems<br><br>Design and integrate pallet handling systems, storage systems, and AGVs/RGVs Evaluate and implement robotic solutions (KUKA, Fanuc, ABB) where applicable Ensure optimal material flow and minimal manual intervention <br><br>Process Engineering for Lights-Out Manufacturing<br><br>Develop robust machining processes for unattended operations Standardize fixtures (zero-point clamping systems) Define tool strategies for long-duration machining cycles Improve process capability (Cp, Cpk) and reliability <br><br>Commissioning & Lifecycle Support<br><br>Lead system commissioning, FAT/SAT, and ramp-up activities Troubleshoot system-level issues across CNC, automation, and software layers Drive continuous improvement initiatives post-deployment <br><br>Stakeholder & Customer Engagement<br><br>Work closely with customers, internal teams, and vendors to define requirements Provide technical leadership during proposals, design reviews, and implementation Support ROI analysis, business case development, and capacity planning <br><br>Minimum Qualifications<br><br>Bachelor’s degree in Mechanical, Manufacturing, Mechatronics, or related engineering field 12+ years of experience in CNC machining and industrial automation Proven experience with Flexible Manufacturing Systems (FMS) or pallet-based automation Strong understanding of CNC operations, tooling, fixturing, and machining processes Experience integrating CNC machines and automation systems Familiarity with industrial communication protocols and CNC controllers (Fanuc/Siemens/Heidenhain) <br><br>Preferred Qualifications<br><br>Direct experience with DST FMS and MMS platform or Equivalent Experience in high-mix low-volume (HMLV) production environments Hands-on experience in lights-out manufacturing systems Experience integrating MES/ERP systems with shopfloor automation Exposure to aerospace, automotive, or precision engineering industries Strong analytical skills in: 1) OEE improvement 2) Cycle time optimization 3) ROI modeling Experience with robotic integration (KUKA, ABB, Fanuc) Project management and cross-functional leadership experience <br><br>How To Apply<br><br>Are you ready to embark on an exciting journey with Venture One? If you're a visionary with a passion for innovation, we want to hear from you. To apply, please send your resume detailing your relevant experience and why you're the perfect fit for this role.<br><br>At Venture One, we believe that diverse perspectives drive innovation. We are committed to creating an inclusive and equal opportunity workplace. All qualified applicants will receive equal consideration for employment. Join us in shaping the future of business. Apply today and let's venture into a world of possibilities together!

Job Purpose OT/ICS Vertical Automation Solution Engineer shall help in the design, implementation, and maintaining the industrial automation control systems IACS in addition to help in create and update related electrical & instrument control systems layout within the OT and industrial environment. In this role, you may help develop and program an automation process, modify existing programming when necessary, and help ensure the company is using the safest and most productive system possible for its business requirement. This includes identification of OT Industrial Automation Control Systems needs aligning them with the organization operational objectives and translating them into secure systems designs. While this position require frequent travel to multiple site locations, they also collaborate with cross-functional teams to integrate and optimize overall operational safety and performance this include but not limited to Safety and Cybersecurity incident and alert response plan based on their close work with operation team and IACS operationunderstanding. Principal Accountabilities Participate in the OT/ICS automation and industrial control systems design analysis against the organization and business requirements and objectives, and identifying the gaps weaknesses, and flaws accordingly. Participate in Controls System Engineering activities with business operation & technical teams including but not limited to secure design specification, system process optimization, system requirements analysis, material selection, etc. Partner with the department's cross-functional team in coordinating with business teams to identify and develop secure design requirements across different OT and IACS. Develop and assure safe and site-specific procedures are being followed during automation project lifecycle from the design, implementation, and maintenance & operational activities, and all measures taken are appropriate and effective. Analyze, compare, and select equipment best suited for various system applications, process, and operations. Support system installation, startup and validation of electrical systems, process control systems and safety instrumented systems. Provide engineering expertise and technical guidance to site maintenance team to perform repairs, design changes, or other corrections as a result of troubleshooting or performance evaluation. Responsible for oversight and recommendation of control system critical spare parts and spare parts management. Identify continuous improvement activities relative to plant automation control systems leveraging new technologies. Support MS OS system troubleshooting, ICS component installation & programming, system maintenance, upgrades/retrofit existing systems, and Process Safety Management PSM efforts. Work with the OT/IACS process business and the associated OT/IACS vendor during troubleshooting and AMC activities. Partner with the department's team member (Network, System, Automation) to address the raised alerts and incidents with the OT/ICS environment and advise on the mitigation plan or work around based on the criticality ensuring efficient root cause analysis is provided and avoiding reoccurrence of alerts and incidents. Participate and maintain updated asset inventory for IACS. Participate in the site safety and cybersecurity risk assessments or gap assessments carried out by internal or external auditor. Good knowledge in IACS systems vulnerability handling and system hardening. Understand and carry out ICS packet analysis for the plant network and translate it into a format that's human-readable for further troubleshooting. Participate in the patch management of the industrial automation control systems. Maintain the program, system images backups for automation control systems. Provide support on-site start-up and shut-down activities in addition to debugging for both hardware and software. Generate reports and dashboards to provide insights into system operation, issues and performance. Ensure site specifications, standards and compliance to expectations are met and that good engineering practices are followed.<br>Additional Principal Accountabilities Experience Bachelor's degree in a technical field, e.g., (Industrial Control Systems Engineering, Computer Engineering, Electrical Engineering, Mechatronics Engineering, or another related technical field with appropriate experience). Minimum 5+ years of experience in industrial automation control systems preferably in the Oil & Gas, Lubricants, Aviation and Critical Infrastructure. Demonstrated years of experience in Industrial Automation Control Systems within global organization, or with IACS OEM and well-known vendors for (SCADA, DCS, SIS, HVAC, RTU, PLC) while having OT/IACS cybersecurity skills is highly preferred. Good Knowledge of Automation process and safety instrumented system industries standards such as IEC61131, SIL and FS standards IEC61508/IEC61511, ATEX/ANSI Directive and ISA standards, while having OT/ICS cybersecurity standard IEC62443 knowledge is highly preferred. Good knowledge of instrument and industrial communication protocols used such as: (Serial Protocols, HART, TCP/IP, UDP, DNP3, Modbus, IEC 61850, S7, OPC, OPC UA, Ether Net/l P, BACnet, Profibus and PROFINET) Certifications such as Network+, Security+ is preferred. One or more of the following certifications is preferred - ISA CAP, ISA/IEC62443 fundamentals, OEMs Expert/Specialist IACS Certificate. Familiarity with Motor Controls, VFD's, network/Ethernet controls Ability to read prints, Auto CAD, interpret and modify electrical & instrument schematics. Working with system backup and recovery solutions like Acronis, Veritas, etc. Working with OEM recommended Endpoint Protection Solution like Trellix, Symantec, etc. Experience in MS OS system troubleshooting and Microsoft Word, Excel, and SQL. Have a hand on working with legacy or recent OS i.e. Windows XP, Windows Server 2012, Windows 7 etc. in addition to Embedded OS. Experience with physical cabling for network communications and control system input/output modules. Possess good verbal and written communication skills. Strong problem-solving and analytical skills. Ability to maintain a good working relationship with the internal and external customers, vendors, and department's team members.

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><strong>ROLE OVERVIEW:</strong></p><br><p>The Show Technology Team Leader is responsible for supervising daily maintenance activities and ensuring reliable operation of AVL systems within assigned rides and attractions. This role provides direct technical leadership to senior technicians and technicians, ensuring preventive and corrective maintenance tasks are executed safely, efficiently, and in accordance with departmental standards. The Team Leader reports to the Show Technology - Assistant Manager and supports operational continuity at site level.</p><br><p><br><strong>ROLE SCOPE:</strong></p><br><p>• Supervise technicians and senior technicians during assigned shifts.&nbsp;<br>• Allocate work orders and prioritize tasks based on operational requirements.<br>• Monitor ride uptime and ensure timely response to technical issues.&nbsp;<br>• Escalate major faults or systemic risks to Assistant Manager / Manager.&nbsp;<br>• Conduct shift handovers and maintain clear communication between teams.&nbsp;<br>• Ensure preventive and corrective maintenance tasks are completed in accordance with SOPs and maintenance plans.&nbsp;<br>• Verify work quality and ensure accurate closure of work orders in CMMS.&nbsp;<br>• Review and maintain technical documentation and system records.&nbsp;<br>• Identify recurring faults and provide structured feedback for maintenance improvement.&nbsp;<br>• Provide advanced troubleshooting support for show control, projection, audio, lighting, special effects, animatronics, and AVL network systems.&nbsp;<br>• Lead fault diagnostics for complex or recurring technical issues.&nbsp;<br>• Support configuration, calibration, and testing activities.&nbsp;<br>• Assist in installation and upgrade works under supervision.&nbsp;<br>• Enforce adherence to safety procedures and safe working practices.&nbsp;<br>• Conduct toolbox talks and shift briefings as required.&nbsp;<br>• Ensure proper use of PPE and safe handling of equipment.&nbsp;<br>• Support risk assessments and safe system of work implementation.&nbsp;<br>• Monitor team performance during shifts and provide feedback to Assistant Manager / Manager.&nbsp;<br>• Support onboarding and technical training of new team members.&nbsp;<br>• Promote adherence to departmental technical standards.&nbsp;<br>• Maintain discipline and professional conduct within the team.&nbsp;<br>• Monitor spare parts usage for assigned systems.&nbsp;<br>• Ensure tools and test equipment are properly maintained.&nbsp;<br>• Notify management of stock shortages or abnormal consumption.&nbsp;<br>• Responsibilities may extend to additional operational duties required to support site-level objectives.</p><br><p><strong>QUALIFICATIONS, EXPERIENCE AND SKILLS:</strong></p><br><p><strong>Essential:</strong></p><br><p>• Diploma or Bachelor’s Degree in Electrical, Electronics, Mechatronics, Computer Engineering, or related technical discipline.<br>• 5–7 years of AVL technical experience.&nbsp;<br>• Minimum 1–2 years in a senior technician or supervisory role.&nbsp;<br>• Experience working within ride or attraction AVL environments.<br>• Strong working knowledge of ride-integrated AVL systems.&nbsp;<br>• Proficiency in at least one professional show control platform.&nbsp;<br>• Solid understanding of AVoIP and AV networking fundamentals.&nbsp;<br>• Strong troubleshooting and fault diagnosis capability. • Experience using CMMS platforms.&nbsp;<br>• Ability to supervise and coordinate technical teams during shifts.&nbsp;<br>• Strong communication skills in English.&nbsp;<br>• Ability to work effectively under operational pressure.&nbsp;<br>• Strong working knowledge in one or more of the following AVL domains: projection systems, professional audio systems (e.g., QSC), AVoIP technologies (e.g., Dante), show control platforms, and media server environments.&nbsp;<br>• Ability to troubleshoot and support integrated ride and show control systems.&nbsp;<br>• Working knowledge of Microsoft 365 applications for reporting and communication.&nbsp;<br>• Proficiency in using CMMS platforms (e.g., Maximo or equivalent) for work order management, documentation, and maintenance tracking.</p><br><br>Miral Experiences </div>

About Steer AI<br>Steer AI is an autonomous mobility technology company powered by Venture One, the commercialization arm of the Advanced Technology Research Council. Steer AI’s advanced AI-powered autonomy stack, developed by the Technology Innovation Institute, empowers the logistics and defense industries by turning industrial vehicles into autonomous powerhouses that can handle complex off-road missions, transform operations and protect organizations' most important assets: their workforce.<br>About the role<br>Steer AI builds off-road autonomy for defense: ground vehicles and robots that perceive, plan, and operate in unstructured, GPS-degraded, and contested terrain. We are seeking a Principal Systems Engineer to serve as the senior technical steward for systems engineering across our autonomy programs and to lead the Systems and Design team of systems engineers and systems architects. You will be ultimately responsible for systems engineering across the company, writing and driving the system requirements across the autonomy stack, our unmanned ground vehicles (UGVs), and our command and control (C2) systems. In this role you will drive the systems engineering at Steer AI, including establishing the standards, processes, and rigor that scale across multiple programs. You will work as a hands-on technical leader, setting requirements and architectural direction, mentoring engineers, and partnering with the Growth and Product teams to translate customer and mission requirements into fielded capability. <br>Key Responsibilities<br>Systems Engineering Ownership: Take ultimate responsibility for systems engineering at Steer AI, owning and evolving the architecture for our off-road autonomous systems and ensuring designs meet performance, reliability, safety, and survivability goals across a range of mission profiles and platforms. Systems Engineering Standards (Org-Wide): Define and govern the systems engineering practice across products and programs, covering requirements management, interface control, verification and validation strategy, MBSE methodology, and architecture review gates, so that rigor and traceability scale as the company grows. Team Leadership: Lead the Systems and Design team of systems engineers and systems architects. Set technical direction, allocate work across programs, develop the team's capabilities, and hold accountability for the quality and consistency of systems engineering deliverables. System Requirements and Traceability: Author and drive the top-level system requirements across the full autonomy stack, our unmanned ground vehicles (UGVs), and our command and control (C2) systems. Establish and maintain the system and subsystem requirements (SRS, ICDs) that flow from top-level system requirements so they are clear, traceable, and verifiable, owning the requirements lifecycle from elicitation through validation against mission needs. Model-Based Systems Engineering (MBSE): Drive adoption of Sys ML and MBSE to model system behavior, structure, and interfaces, creating an authoritative system model that anchors design decisions and cross-team alignment. Risk, Safety, and Assurance: Partner with the safety and cybersecurity tams to drive system-level risk management and safety case development, applying functional safety and autonomy assurance standards such as ISO 26262, ISO 21448 (SOTIF), and UL 4600, along with applicable defense and regulatory requirements for autonomous and unmanned ground systems. Prototyping, Verification, and Field Test: Define the verification and validation strategy spanning simulation, hardware-in-the-loop and software-in-the-loop testing, and real-world field testing. Guide prototype development and test campaigns against defined requirements and performance indicators in representative off-road environments. Customer and Program Support: Work alongside the Growth and Product teams to support proposals, technical reviews (SRR, PDR, CDR), capability demonstrations, and roadmaps, translating customer and mission requirements into executable engineering plans. Technical Mentorship: Mentor other systems engineers and adjacent disciplines, strengthening systems thinking, design rigor, and technical decision-making across the organization through influence rather than direct management of every engineer. Cross-Functional Collaboration: Coordinate across engineering development, verificationa nd validation and product teams to ensure clean integration, well-defined interfaces, and architectural alignment from concept through deployment. <br>Qualifications <br>Education: Bachelor's or Master's degree in Systems Engineering, Robotics, Mechatronics, Electrical Engineering, Computer Science, or a related field. Advanced degree preferred. Experience: 8 to 12 or more years in systems engineering or system architecture, including demonstrated principal-level ownership of complex system architectures for autonomous vehicles, UGVs, or field robotics, with a record of taking systems from concept to fielded deployment. Leadership: Experience leading and developing systems engineering teams or functions, setting technical standards across multiple programs, and mentoring senior engineers. Technical Expertise: Strong command of systems engineering principles, including the ISO 15288 lifecycle and V-model, Sys ML, MBSE, sensor fusion, and autonomous-vehicle technologies, with the judgment to apply them pragmatically in a fast-moving startup. Software and Tools: Proficiency with MATLAB, Simulink, and ROS, and with architecture-modeling tools such as Cameo Systems Modeler or Enterprise Architect, along with familiarity with requirements management tools such as DOORS, Jama, or Polarion. Autonomous Systems: Hands-on experience with autonomous vehicles, unmanned ground vehicles (UGVs), or field robotics operating in unstructured or off-road environments. Safety Standards: Strong familiarity with functional safety and autonomy assurance standards such as ISO 26262, ISO 21448 (SOTIF), and UL 4600, and with the application of safety cases to autonomous systems. Emerging Technologies: Working knowledge of AI/ML, edge computing, and cloud computing as applied to autonomous systems, including the architectural trade-offs they introduce. Simulation and Testing: Experience defining verification and validation strategy across simulation tools such as MATLAB and Simulink, software-in-the-loop and hardware-in-the-loop testing, and real-world field testing of robotic systems. Defense Context: Experience supporting defense programs, government customers, or structured acquisition and milestone review processes is strongly preferred. Communication: Strong verbal and written communication, with the ability to present complex technical concepts clearly to engineering teams, executives, and defense customers. Problem-Solving: Strong analytical and systems-thinking ability, particularly in integrating complex, multidisciplinary systems and resolving difficult design and safety challenges. Agile Development: Comfortable working in Agile development environments and balancing engineering rigor with startup pace<br>What we offer<br>We offer a competitive salary, a comprehensive benefits package, and the opportunity to work alongside some of the brightest minds in the Autonomous Robotics industry. Our work culture is collaborative and inclusive, with a strong focus on innovation and personal growth. If you're passionate about advancing the frontiers of Autonomous Robotics and eager to leave a lasting mark in this domain, seize the opportunity and apply today to join us in sculpting the future of this dynamic field!

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><b><span><span>Accelleron is accelerating sustainability in the marine and energy industries as a global technology leader in turbocharging, fuel injection, and digital solutions for heavy-duty applications. Building on a heritage of over 100 years as a trusted industry partner, the company serves customers in more than 100 locations in over 50 countries. Accelleron’s 3,000 employees are continuously innovating to deliver best-in-class products, services, and solutions that are mission-critical for the energy transition.&nbsp;</span></span><span><span>You will join a team of experts in an exciting international environment, committed to excellence and innovation. Together, we support our customers in driving the transition toward sustainable industries with cutting-edge technology, deep expertise, and smart solutions. At Accelleron, we foster diversity and inclusion, welcoming and celebrating individual differences as a source of strength.</span></span></b></p><br><p><br><b>Summary:</b></p><br><p>The Customer Support Specialist - Commercial is responsible for managing assigned customer service orders and contracts and ensuring seamless execution of commercial operations across the full order lifecycle, from enquiry to delivery and invoicing. The role supports commercial activities across the Local Unit based in Dubai, covering multiple countries in the Middle East and a diverse customer base within a high‑volume, fast‑paced environment.</p><br><p>As the primary commercial interface for allocated accounts, the role drives timely communication, issue resolution, and high service quality. Working closely with cross-functional teams, the position ensures accurate order processing, strict adherence to trade compliance protocols, and consistent achievement of performance targets. The role also contributes to continuous improvement initiatives to enhance operational efficiency and customer satisfaction. This position reports to the Head of Operations and is permanent.</p><br><br><p><b>Your responsibilities:</b></p><br><ul><li><p>Execute and support daily commercial operations in the Middle East, including sales and purchase order processing in SAP and internal systems, ensuring accuracy and data quality.</p><br></li><li><p>Serve as the primary commercial interface for assigned customers and contracts, ensuring timely, professional communication and effective resolution of customer queries across the order lifecycle.</p><br></li><li><p>Coordinate closely with Sales, Operations, Logistics, Finance, and other internal stakeholders to ensure smooth order execution, proactive follow-up, and high customer satisfaction (UAE, the Middle East, the Head Office in Switzerland, etc.).</p><br></li><li><p>Support inter-station coordination and project-based commercial activities.</p><br></li><li><p>Manage and support commercial activities for Iraq-based customers and shipyard requirements in the Middle East, ensuring effective coordination, timely follow-up, and compliant order execution.</p><br></li><li><p>Contribute to continuous improvement by identifying process gaps and supporting optimization initiatives.</p><br></li><li><p>Monitor and deliver against assigned KPIs and performance targets.</p><br></li><li><p>Ensure strict adherence to trade compliance regulations while upholding the highest standards of safety, integrity, and ethical conduct.</p><br></li></ul><p><br><b>Your background:</b></p><br><ul><li><p>Minimum 5 years of experience in commercial support or sales support roles with direct customer interaction in a technical/industrial environment.</p><br></li><li><p>Strong techno-commercial acumen with a customer-centric approach and a drive for continuous improvement.</p><br></li><li><p>Good understanding of commercial end-to-end processes, with experience in order handling, customer support, or service sales operations.</p><br></li><li><p>Prior exposure to marine, energy, or related industrial service sectors is an advantage.</p><br></li><li><p>Experience working in an international environment with cross-functional collaboration is an advantage.</p><br></li><li><p>Excellent organizational skills with the ability to manage multiple priorities, meet deadlines, and adapt to changing requirements.</p><br></li><li><p>Fluency in English, with strong written and verbal communication skills, is required.</p><br></li><li><p>Arabic language fluency would be an added advantage.</p><br></li><li><p>Working knowledge of ERP/CRM systems (e.g., SAP) for order processing and customer support.</p><br></li><li><p>Degree or diploma in Engineering (Mechanical / Mechatronics preferred) or Business Administration.</p><br></li></ul><p><b><span><span>Your benefits:</span></span></b></p><br><ul><li><p><span><span>Attractive compensation &amp; benefits</span></span></p><br></li><li><p><span><span>Employee Assistance Program</span></span></p><br></li><li><p><span><span>Global Parental Leave Program</span></span></p><br></li></ul><br><p><b>We look forward to receiving your application. If you want to discover more about Accelleron, take another look at our website <span><span><span><span><span>accelleron.com</span></span></span></span></span>.</b></p><br><p>Accelleron Data Privacy Statement:<span><span><span><span><span><span>accelleron.com/privacy-notice/candidate</span></span></span></span></span></span></p><br><p><span><b>Job Family Group:</b></span></p><br>Marketing, Sales, Product Management </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <b>Overview:</b> <br><p><strong>About Analog</strong></p><br><br><p>Analog is pioneering the era of physical intelligence. Where digital intelligence transformed our online lives, Analog is transforming the lived world, making cities more adaptive, industries more resilient, services more human centered, and experiences more extraordinary.<br>At the heart of our approach are living world models, continuously updated, enriched by every capture point, every device, every interaction. Within them resides Ana, the Analog Neural Agent. Ana perceives, adapts, and guides, transforming raw data into foresight and orchestration that improves outcomes across sectors, from safeguarding high-value assets to enhancing human performance.</p><br><br><br><p><strong>Job Summary<br></strong>As a Field Application Engineer, you will be responsible for providing hands-on technical support, troubleshooting, and problem-solving for advanced robotic solutions in spot &amp; stretch products environment. </p><br><br><b>Responsibilities:</b> <br><ul><li><strong>Customer Implementation Support:</strong> Act as the technical expert for robot implementation, assisting customers with the setup, integration, and optimization of robotic systems in their environments. Ensure that the implementation aligns with customer needs and specifications.</li><li><strong>Robotics Hardware Expertise</strong>: Demonstrate a strong understanding of robotics hardware components, including robotic arms, sensors, actuators, and related mechanical/electrical systems. Provide guidance on hardware selection and configuration.</li><li><strong>Robotics Software Expertise</strong>: Coding ability to assist with integration between Orbit and customer work order systems is desirable.</li><li><strong>System Architecture and Design</strong>: Provide expert knowledge on robot system architecture, ensuring that the integration of hardware and software components results in optimal performance and reliability.</li><li><strong>Collaboration with Teams</strong>: Work closely with internal teams, including systems engineering, product management, and sales/marketing, to ensure customer needs are met and to support product development and improvement.</li><li><strong>Customer Training &amp; Support:</strong> Provide on-site or remote training for customers on robot operations, troubleshooting, and best practices. Offer ongoing support during the entire lifecycle of the robot system.</li><li><strong>Troubleshooting &amp; Problem-Solving</strong>: Act as a subject matter expert for troubleshooting complex technical issues with robotic systems, offering efficient solutions to minimize downtime.</li><li><strong>Feedback &amp; Reporting</strong>: Gather feedback from customers regarding system performance, issues, and improvement suggestions. Work with product management and engineering teams to communicate this feedback and help drive product enhancements.</li><li><strong>Sales Support</strong>: Support the sales and marketing teams by providing technical demonstrations, creating solution proposals, and explaining the value proposition of our robotic solutions to prospective customers.</li><li><strong>Documentation: </strong>Create and maintain technical documentation, including system configurations, implementation guidelines, troubleshooting guides, and training materials for both internal use and customers.</li></ul><br><b>Qualifications:</b> <br><ul><li><strong>Education</strong>: A degree in Robotics, Mechatronics Engineering, Electrical Engineering, Computer Science, or a related field. - Experience: Proven experience in robotics system implementation, integration, and support. Experience working with robotic arms, sensors, actuators, and robotic control systems is highly desirable.</li><li><strong>Technical Expertise</strong>: - Strong knowledge of robotics hardware, including robotic arms, sensors, and actuators.</li><li>Deep technical knowledge in robot system architecture, including software and hardware integration.</li><li>Experience with robotic control systems, software frameworks, and debugging tools.</li><li><strong>Problem-Solving &amp; Troubleshooting Skills</strong>: Exceptional problem-solving skills with the ability to troubleshoot complex technical issues in a variety of environments.</li><li><strong>Communication Skills</strong>: Excellent verbal and written communication skills, with the ability to effectively explain complex technical concepts to customers, team members, and non-technical stakeholders.</li><li><strong>Customer-Oriented</strong>: Strong customer service and relationship-building skills. Ability to work directly with customers to understand their needs and provide tailored solutions.</li><li><strong>Team Collaboration</strong>: Ability to work effectively in cross-functional teams, collaborating with engineers, product managers, and sales/marketing teams to ensure customer satisfaction and success.</li><li><strong>Travel Requirements</strong>: They will have to be on-site to do site assessment. </li><li> <strong>Work Environment</strong>: This role involves both office-based work and customer-facing interactions, including on-site installations and troubleshooting. Travel to customer sites is required. </li></ul><br><p><strong>What Working at Analog Offers</strong></p><br><br><br><ul><li>Culture: A collaborative, globally minded team building the future of physical intelligence. We value curiosity, courage, and creativity, and we’re united by a belief that technology should amplify human potential rather than replace it.</li><li>Impact: The opportunity to work on projects with national and global significance, from adaptive cities and resilient infrastructure to next generation sports, entertainment, healthcare, and energy. Every product you help build contributes to shaping a safer, smarter, more human centered world.</li><li>Growth: Outstanding opportunities for learning and career development. You’ll collaborate with leaders across AI, robotics, mixed reality, and systems engineering, while working on industry first, frontier scale solutions.</li><li>Rewards: A competitive compensation package with healthcare, education support, and generous leave benefits, reflecting the high value we place on our people and their families.</li></ul><br><br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span>Job Title <br></span><p>OT/ICS Vertical Automation Solution Engineer</p><br> <br><br>Business <br><p>ENOC Marketing</p><br> <br><br>Job Purpose <br><p>OT/ICS Vertical Automation Solution Engineer shall help in the design, implementation, and maintaining the industrial automation control systems IACS in addition to help in create and update related electrical &amp; instrument control systems layout within the OT and industrial environment. In this role, you may help develop and program an automation process, modify existing programming when necessary, and help ensure the company is using the safest and most productive system possible for its business requirement.</p><br> <p>This includes identification of OT Industrial Automation Control Systems needs aligning them with the organization operational objectives and translating them into secure systems designs. While this position require frequent travel to multiple site locations, they also collaborate with cross-functional teams to integrate and optimize overall operational safety and performance this include but not limited to Safety and Cybersecurity incident and alert response plan based on their close work with operation team and IACS operation<br> understanding.<br> &nbsp;</p><br> <br><br>Principal Accountabilities <br><p>Participate in the OT/ICS automation and industrial control systems design analysis against the organization and business requirements and objectives, and identifying the gaps weaknesses, and flaws accordingly.<br> Participate in Controls System Engineering activities with business operation &amp; technical teams including but not limited to secure design specification, system process optimization, system requirements analysis, material selection, etc.<br> Partner with the department's cross-functional team in coordinating with business teams to identify and develop secure design requirements across different OT and IACS.<br> Develop and assure safe and site-specific procedures are being followed during automation project lifecycle from the design, implementation, and maintenance &amp; operational activities, and all measures taken are appropriate and effective.<br> Analyze, compare, and select equipment best suited for various system applications, process, and operations.<br> Support system installation, startup and validation of electrical systems, process control systems and safety instrumented systems.<br> Provide engineering expertise and technical guidance to site maintenance team to perform repairs, design changes, or other corrections as a result of troubleshooting or performance evaluation.<br> Responsible for oversight and recommendation of control system critical spare parts and spare parts management. Identify continuous improvement activities relative to plant automation control systems leveraging new technologies.<br> Support MS OS system troubleshooting, ICS component installation &amp; programming, system maintenance, upgrades/retrofit existing systems, and Process Safety Management PSM efforts.<br> Work with the OT/IACS process business and the associated OT/IACS vendor during troubleshooting and AMC activities.<br> Partner with the department's team member (Network, System, Automation) to address the raised alerts and incidents with the OT/ICS environment and advise on the mitigation plan or work around based on the criticality ensuring efficient root cause analysis is provided and avoiding reoccurrence of alerts and incidents.<br> Participate and maintain updated asset inventory for IACS.<br> Participate in the site safety and cybersecurity risk assessments or gap assessments carried out by internal or external auditor.<br> Good knowledge in IACS systems vulnerability handling and system hardening.<br> Understand and carry out ICS packet analysis for the plant network and translate it into a format that's human-readable for further troubleshooting.<br> Participate in the patch management of the industrial automation control systems.<br> Maintain the program, system images backups for automation control systems.<br> Provide support on-site start-up and shut-down activities in addition to debugging for both hardware and software.<br> Generate reports and dashboards to provide insights into system operation, issues and performance.<br> Ensure site specifications, standards and compliance to expectations are met and that good engineering practices are followed.<br> &nbsp;</p><br> <br><br>Additional Principal Accountabilities <br><br>Experience <br><p>Bachelor's degree in a technical field, e.g., (Industrial Control Systems Engineering, Computer Engineering, Electrical Engineering, Mechatronics Engineering, or another related technical field with appropriate experience).<br> Minimum 5+ years of experience in industrial automation control systems preferably in the Oil &amp; Gas, Lubricants, Aviation and Critical Infrastructure.<br> Demonstrated years of experience in Industrial Automation Control Systems within global organization, or with IACS OEM and well-known vendors for (SCADA, DCS, SIS, HVAC, RTU, PLC) while having OT/IACS cybersecurity skills is highly preferred.<br> Good Knowledge of Automation process and safety instrumented system industries standards such as IEC61131, SIL and FS standards IEC61508/IEC61511, ATEX/ANSI Directive and ISA standards, while having OT/ICS cybersecurity standard IEC62443 knowledge is highly preferred.<br> Good knowledge of instrument and industrial communication protocols used such as: (Serial Protocols, HART, TCP/IP, UDP, DNP3, Modbus, IEC 61850, S7, OPC, OPC UA, EtherNet/lP, BACnet, Profibus and PROFINET)<br> Certifications such as Network+, Security+ is preferred.<br> One or more of the following certifications is preferred - ISA CAP, ISA/IEC62443 fundamentals, OEMs Expert/Specialist IACS Certificate.<br> Familiarity with Motor Controls, VFD's, network/Ethernet controls<br> Ability to read prints, AutoCAD, interpret and modify electrical &amp; instrument schematics.<br> Working with system backup and recovery solutions like Acronis, Veritas, etc.<br> Working with OEM recommended Endpoint Protection Solution like Trellix, Symantec, etc.<br> Experience in MS OS system troubleshooting and Microsoft Word, Excel, and SQL.<br> Have a hand on working with legacy or recent OS i.e. Windows XP, Windows Server 2012, Windows 7 etc. in addition to Embedded OS.<br> Experience with physical cabling for network communications and control system input/output modules.<br> Possess good verbal and written communication skills.<br> Strong problem-solving and analytical skills.<br> Ability to maintain a good working relationship with the internal and external customers, vendors, and department's team members.<br> &nbsp;</p><br> <br><br><br> </div>