Avionics Electrical Engineer

🏢 Summary: The role involves leading systems engineering and vehicle-level integration for automotive features such as Audio, Lighting, and Charging. You will define system specifications, coordinate cross-functional teams, and ensure full integration and validation of hardware and software components. The position requires deep debugging of complex ECU-based systems and execution of vehicle integration plans to ensure functional and safety compliance. 🗂️ Requirements: Bachelor's degree in Engineering, 5+ years of experience in systems engineering, Hands-on experience debugging complex multi-ECU automotive systems, Strong understanding of automotive hardware and software development processes, Experience with low voltage automotive systems (sources, sinks, distribution), Experience with Automotive CAN and LIN networks, Strong understanding of vehicle safety concepts and testing procedures, Ability to collaborate cross-functionally in fast-paced development environments 📃 Skills: SystemsEngineering, Automotive, ECU, CAN, LIN, CANape, CANalyzer, CANoe, Vflash, Debugging, Hardware, Software, Integration, LowVoltage, DCDC, WiringHarness, Diagnostics 🏢 Description: Summary: You will be responsible for supporting systems engineering for systems such as Audio, Lighting, Charging etc. You will be leading the specification and executing of systems integration plans for vehicle-level features and deliverables. Responsibilities: - Process product level requirements and pull together respective engineering teams to decompose into components, interfaces, dynamic behaviors, and resource consumption targets. - Support and review software and hardware design, implementation, and test cases. - Identify, document and highlight cross-functional gaps and dependencies; proactively work towards creative solutions to resolve integration issues and ensure vehicle functionality. - Work with test and integration engineers to ensure full test coverage is defined and implemented for software feature implementations. - Develop and execute vehicle integration plans, pulling together relevant sub-system components while keeping track of overall program milestones and delivery objectives. - Deep-dive into vehicle log data and source code if required to root-cause system-level issues and facilitate rapid issue resolution in collaboration with domain experts. Post root cause analysis, suggest changes to upstream processes and subsystems, including diagnostics and other tools. - Work across the company to contribute to a cohesive variant management strategy that operates efficiently, including but not limited to software build configurations and upgrade capabilities. Qualifications: - Bachelor's in Engineering. - 5+ years work experience in systems engineering. - Hands-on experience debugging complex systems that involve multiple ECUs with interfaces to various vehicle sub-systems. - Strong understanding of automotive hardware and software concepts and development processes. - Ability to work in a fast-paced development environment and proactively collaborate cross-functionally with other teams to solve vehicle-level integration problems. - Strong understanding of vehicle safety concepts and testing-related safety procedures. - Strong written and verbal communication skills. - Experience with Low Voltage sources (12V battery, Vehicle DCDC), Low Voltage sinks (Compute, vehicle motion actuators, lighting, vehicle ECUs, HVAC, etc.), Low Voltage distribution (wiring harnesses), Automotive CAN and LIN. - Experience with Vector tools and applications (CANape, CANalyzer, CANoe, Vflash) is preferred. Benefits: - Competitive compensation structure. - Benefits supporting professional growth and personal well-being. - Culture focused on high performance, collaboration, continuous improvement, and professional development. - California Pay Range: $68—$75 USD.

🏢 Summary: The role involves owning the ADCS for in-orbit data centers, developing and deploying high-reliability GNC algorithms and software to ensure optimal satellite constellation performance. The engineer will design architectures, perform constellation optimization and collision avoidance analysis, and support real-time satellite operations. This position requires strong expertise in orbital mechanics, control theory, state estimation, and spacecraft GNC software development. 🗂️ Requirements: Bachelor's degree in Computer Science, Aerospace Engineering, Physics, or related engineering discipline, Experience developing, debugging, and deploying spacecraft GNC software, Strong knowledge of orbital mechanics, Experience with low thrust trajectory optimization and stationkeeping, Ability to support on-call satellite operations, U.S. citizenship, lawful permanent residency, or export authorization eligibility 📃 Skills: GNC, ADCS, OrbitalMechanics, ControlTheory, StateEstimation, GNSS, OrbitDetermination, AttitudeDetermination, CollisionAvoidance, TrajectoryOptimization, Simulation, FlightSoftware, Avionics, Python, C++ 🏢 Description: Position Overview: As a GNC (Guidance, Navigation, and Control) Engineer, you will own the ADCS of in-orbit data centers. You will develop algorithms, simulations, and tools, leveraging a strong foundation in orbital mechanics, control theory, state estimation, and software development. You will select ADCS architectures, create and maintain production code, perform detailed performance analysis, and support on-call operations to ensure the satellite network operates at peak efficiency. Key Responsibilities: Algorithm and Software Development: - Develop and implement high-reliability and high-performance GNC algorithms, simulations, tools, and dashboards. - Participate in architecture, design, and code reviews to ensure high-quality software solutions. - Conduct comprehensive data analysis to review performance metrics from elements of the satellite constellation and network. - Produce detailed technical documentation for programs, algorithms, and analytical methods. System Integration and Support: - Support on-call operations rotation, command satellites, and review network data to maintain optimal performance. - Collaborate with cross-functional teams to enhance GNC system performance and ensure seamless integration. Optimization and Analysis: - Perform constellation design and optimization, fleet management, satellite orbit transfer automation, and collision avoidance. - Conduct constellation-level and network-level analysis of existing and proposed satellite systems. Basic Qualifications: - Bachelor's degree in Computer Science, Aerospace Engineering, Physics, or a related engineering discipline. - Experience developing, debugging, and deploying software for spacecraft GNC. - Deep understanding of orbital mechanics, including low thrust trajectory optimization and stationkeeping. Preferred Qualifications: - Master's degree or PhD in an engineering discipline or Physics. - Experience verifying GNC algorithm performance through simulation and validating simulation models. - Expertise in state estimation, including attitude determination, orbit determination, GNSS, and radio navigation. - Familiarity with numerical probability of collision methods such as Alfano, Foster, and Hall. - Knowledge of spacecraft flight disciplines including structures, propulsion, avionics, GNC, flight software, dynamics, launch and mission operations, and integration. - Strong problem-solving and analytical skills. - Ability to work independently in a fast-paced environment. - Strong written and verbal communication skills. Compensation and Benefits: Annual salary: L1: $120,000 - $155,000 L2: $145,000 - $195,000 Benefits include: - Stock options, discretionary bonuses, and long-term incentives. - Medical, vision, and dental coverage. - 401(k) retirement plan with company match. - Short and long-term disability insurance, life insurance, and paid parental leave. - Paid vacation, holidays, and sick leave. Additional Requirements: - Willingness to work extended hours and weekends as necessary to support critical project milestones. - Must be a U.S. citizen, lawful permanent resident, or eligible for authorization under U.S. export regulations.

🏢 Summary: Opportunity to develop and validate AOCS/GNC algorithms for space systems, including modelling, simulation, and in-orbit support. The role involves full lifecycle activities from requirements definition and trade-off studies to laboratory testing and on-orbit data analysis. Candidates will contribute to in-house simulation tools and support real-world spacecraft control system development. 🗂️ Requirements: Good command of MATLAB, Good command of Simulink, Experience in GNC development, Background in control systems or related engineering field, Basic knowledge of Python and/or C, Familiarity with systems engineering concepts, Fluent professional English (written and oral) 📃 Skills: MATLAB, Simulink, Python, C, GNC, AOCS, Git, MPC, ECSS 🏢 Description: Responsibilities Development and analysis of AOCS/GNC algorithms. Dynamics systems modelling. Development of Real-World Simulator for AOCS/GNC algorithms testing. Perform GNC trade-off studies and engineering budget analyses. Define AOCS requirements and interfaces. Participation in AOCS/GNC testing campaign, including hardware and software testing in laboratory environment. Participation in AOCS system in orbit commissioning. Analysis and evaluation of data from orbit. Contribute to development of in-house tools and simulations. Qualifications Good command of MATLAB and Simulink. Experience in GNC development. Control systems, or similar engineering background Knowledge of basic Python and/or C language. Familiarity with systems engineering concepts. Intellectual curiosity and problem solving skills. Fluent professional English (written and oral). Nice to have Experience with advanced control techniques (robust control, MPC, nonlinear control, etc.) Experience in space industry. Experience with automatic code generation. Experience with version control systems (Git, etc.) Familiarity with ECSS standards and ECSS-driven projects. Familiarity with AOCS and GNC sensors and actuators.

🏢 Summary: Design and develop embedded electronic hardware systems for automotive applications, covering architecture definition, schematic design, PCB development, integration, and validation. The role involves working across cross-functional teams to deliver reliable, safe, and high-performance hardware compliant with automotive standards. Candidates will support hardware bring-up, debugging, testing, and technical problem resolution throughout the product lifecycle. 🗂️ Requirements: Bachelor’s or Master’s degree in Electrical, Electronics, Computer, Aerospace Engineering or related field, Automotive industry experience (Tier 1 or Tier 2 preferred), Experience designing embedded electronic hardware systems, Knowledge of EMI/EMC design and testing, Understanding of vehicle electrical architectures and ISO 26262, Minimum 2 years of schematic capture and PCB layout design experience, Experience designing high-complexity multilayer PCBs, Proficiency with Altium Designer, Experience with hardware bring-up, debugging, and root cause analysis, Proficiency with laboratory equipment (oscilloscopes, power supplies, logic analyzers), Familiarity with automotive communication protocols (Ethernet, CAN, LIN, LVDS) 📃 Skills: Altium, PCB, EMI, EMC, ISO26262, Ethernet, CAN, LIN, LVDS, PI, SI, Oscilloscope, ADAS, Infotainment 🏢 Description: The Hardware Design Engineer is responsible for the design, development, analysis, integration, and validation of embedded electronic hardware systems for automotive applications. This role requires applying engineering principles and independent technical judgment to develop reliable, safe, and high-performance hardware solutions that meet customer, regulatory, and industry requirements. The engineer will work closely with systems, software, mechanical, manufacturing, and validation teams throughout the product development lifecycle, supporting architecture definition, schematic design, PCB development, hardware integration, troubleshooting, and technical problem resolution. Basic Qualifications Bachelor's or Master's degree in Electrical Engineering, Electronics Engineering, Computer Engineering, Aerospace Engineering, or a related discipline. Experience within the automotive industry (Tier 1 or Tier 2 supplier experience preferred). Experience designing and developing embedded electronic hardware systems. Knowledge of EMI/EMC design principles, testing methodologies, and troubleshooting techniques. Understanding of vehicle electrical architectures, Functional Safety (ISO 26262), and automotive industry standards. Strong understanding of system-level and component-level hardware design. Familiarity with automotive communication networks and protocols including Ethernet (ETH), CAN, LIN, and LVDS. Experience with thermal management considerations for ECU and embedded electronic designs. Ability to participate in and lead schematic reviews, PCB layout reviews, and design evaluations. Knowledge of modern automotive hardware platforms, embedded processing systems, connectivity technologies, and interface architectures. Understanding of ADAS, Infotainment Systems, Zonal Architectures, and Software Defined Vehicle (SDV) concepts. Ability to support multiple technical domains is considered an advantage. Experience with Power Integrity (PI) and Signal Integrity (SI) analysis is preferred. Prior experience in hardware architecture or system architecture roles is a plus. Required Technical Experience Minimum 2 years of experience in schematic capture and PCB layout design. Experience using Altium Designer is highly preferred. Experience designing high-complexity, multilayer printed circuit boards (PCBs). Strong understanding of PCB design rules, constraints, and best practices. Experience managing PCB-to-mechanical integration requirements and packaging constraints. Hands-on experience with hardware bring-up, debugging, failure analysis, and root cause investigations. Proficiency using electrical laboratory equipment including oscilloscopes, power supplies, logic analyzers, and related test equipment. Ability to analyze technical issues and provide engineering recommendations for corrective actions and design improvements. Key Responsibilities Design, develop, and validate embedded hardware solutions for automotive electronic systems. Support hardware architecture development, schematic design, and PCB layout activities. Conduct technical reviews and provide engineering recommendations to improve product performance, reliability, manufacturability, and safety. Perform hardware debugging, testing, validation, and root cause analysis of complex electrical issues. Collaborate with cross-functional engineering teams to support system integration and product development activities. Evaluate technical requirements and translate them into hardware design solutions. Support compliance with automotive standards, customer requirements, and functional safety objectives. Participate in design reviews, risk assessments, and engineering problem-solving activities throughout the product lifecycle. Drug Screening Requirement: As a federal contractor, Alten USA maintains a drug-free workplace. All candidates selected for employment will be required to successfully complete a pre-employment drug screening as a condition of hire.

🏢 Summary: Staff Guidance, Navigation, and Controls (GNC) Engineer responsible for the full lifecycle of ADCS and Propulsion subsystems for a constellation of radar imaging spacecraft and future quantum space missions. The role includes designing control algorithms, leading subsystem development, building high-fidelity simulations, and supporting on-orbit operations. This position works cross-functionally to ensure spacecraft performance and mission success. 🗂️ Requirements: Bachelor's degree in aerospace, mechanical, electrical engineering, physics, or related field, 5+ years experience in GNC, ADCS, or control systems for spacecraft, robotics, autonomous vehicles, or UAVs, Strong knowledge of state estimation and filtering, Strong understanding of rigid body and flexible dynamics, Experience leading hardware development projects, Familiarity with orbital dynamics and Low Earth Orbit environment, Proficiency in Python or MATLAB, Eligibility under U.S. export control regulations (ITAR) 📃 Skills: GNC, ADCS, Control, StateEstimation, Filtering, OrbitalDynamics, LEO, Python, MATLAB, Simulink, C++, Simulations, Propulsion, StarTrackers, Gyroscopes, GPS 🏢 Description: The Role As a Staff Guidance, Navigation, and Controls (GNC) Engineer, you will be responsible for the full lifecycle of the Attitude Determination and Control Systems (ADCS) and Propulsion subsystems for a constellation of radar imaging spacecraft and future quantum space missions. You will serve as a cognizant engineer for GNC hardware and software and work closely with a multidisciplinary team to ensure spacecraft meet mission objectives and to design next-generation systems. This role sits in the Spacecraft Engineering organization alongside systems, thermal, electrical/harnessing, mechanical/deployables, radar/communications, and flight software engineers. Responsibilities - Drive the full lifecycle for ADCS and Propulsion systems: design, build, test, on-orbit operations, and decommissioning. - Generate and own ADCS and Propulsion performance requirements to satisfy mission objectives. - Lead research and development for new spacecraft subsystems, conduct trade studies, system sizing, and present at design reviews. - Act as a technical authority on control theory; design and implement state estimators and control algorithms for spacecraft localization and pointing. - Develop custom software tools to automate engineering workflows and enhance on-orbit operational efficiency. - Build high-fidelity software simulations to model spacecraft dynamics and system behavior. - Serve as subject matter expert for ADCS and Propulsion and as technical contact for external vendors and partners. Required Qualifications - Bachelor’s degree in aerospace engineering, mechanical engineering, electrical engineering, physics, or related technical field. - 5+ years of experience with GNC, ADCS, or control systems on spacecraft, robotics, autonomous vehicles, or UAVs/drones. - Solid understanding of state estimation/filtering and rigid body and flexible dynamics. - Demonstrated leadership of hardware development projects. - Familiarity with orbital dynamics and the Low Earth Orbit (LEO) environment. - Familiarity with a scripting language such as Python or MATLAB. - Must meet U.S. export control and ITAR requirements. Preferred Qualification - Familiarity with GNC/ADCS hardware such as star trackers, sun sensors, reaction wheels, torque rods, control moment gyroscopes, propulsion systems, accelerometers, gyroscopes, magnetometers, and GPS. - Proficiency in MATLAB/Simulink, Python, or C/C++ and experience developing flight software. - Experience operating in real-time environments and managing technical risk. Compensation The approximate base salary range for this position is $145,920 - $182,000. Final salary is determined based on education, qualifications, experience, office location, market data, and internal equity. Benefits Comprehensive medical, dental, and vision plans, 401(k) matching, unlimited PTO and paid holidays, parental/adoption leave, legal insurance, and a home technology stipend. U.S. Export Control Requirements Employment is contingent upon verification of U.S. Person status or eligibility to obtain required authorizations under U.S. export control regulations and government contract restrictions.

🏢 Summary: The offer is for a Power Electronics Developer responsible for designing and developing motor drive and battery management hardware for advanced control systems. The role covers the full product lifecycle, including requirements definition, schematic and PCB design, prototyping, verification, and testing in a multidisciplinary R&D environment. The position focuses on high-voltage power electronics, motor control, and system integration for industrial and renewable energy applications. 🗂️ Requirements: Degree in electronics, automation, cybernetics or related field, Industrial experience in power electronics development, Strong knowledge of analog electronics and high voltage design, Experience in motor drive and battery management system design, Proficiency in schematic design and PCB layout using ECAD tools, Experience with power semiconductor selection (IGBTs, MOSFETs, diodes), Knowledge of AC/DC power electronics topologies, Experience with laboratory measurement and testing equipment, Understanding of EMC and CE compliance requirements, Knowledge of control algorithms and embedded programming for verification 📃 Skills: Analog, PowerElectronics, MotorControl, BMS, IGBT, MOSFET, Diodes, Altium, ECAD, PCB, EMC, CE, Oscilloscope, FPGA, Embedded, AC, DC 🏢 Description: Job Purpose About Us: At TechnipFMC, within the Controls & Automation product line, we are pioneering technology platforms for the electrification of Subsea Control Systems and the advancement of renewable energy sources such as offshore wind, hydrogen, and wave energy. Our Team: The Electronics R&D team works across a broad spectrum of technologies, including analog electronics, FPGA, SoC, power design, safety design, motor controllers, processor design, and power line modems. These technologies are integral to various control system applications. Your Role: As part of the Controls & Automation team at TechnipFMC, you will engage in the design, development, qualification, system integration, and production of new products, from commissioning to field operation. Our multidisciplinary development environment includes HW, SW, system, test, mechatronics, and production engineering teams working collaboratively. We are seeking Power Electronics Developers with expertise in motor control and battery management systems to join our Hardware development team. Job Description Define hardware requirements in collaboration with system, drive train, and battery management system architects and developers. Design and develop motor drive and battery management circuits, PCBAs, and modules, including component selection, schematic drawing, PCB layout, and prototype building. Conduct functional verification of motor drive and battery management system circuits, PCBAs, sub-assemblies, and electrical actuators. Collaborate with systems architects, mechanical designers, PCB layout, manufacturing, reliability, and SW engineering teams to design and develop power electronics products. Create test procedures and write test reports on functional, environmental, system operation mode, and manufacturing testing of custom power electronic designs. Location:  Krakow - 4 days from office + 1 day working from home Please submit your CV in English You are meant for this job if: Analog electronics, including discrete design with Opamps, transistors, inductors, transformers, and capacitors for high voltage designs. Component selection of high voltage power semiconductors (IGBTs, MOSFETs, diodes) for gate drives and analog/digital measurement circuits. Power electronics design across various topologies in the AC or DC domain for motor controllers, battery management circuits, power supplies, and switches. Schematic design and PCB layout using ECAD tools like Altium Designer or equivalent. Knowledge of motor drive and battery control topologies, semiconductor component performance, and loss mechanisms. Experience with lab instruments such as oscilloscopes, network analyzers, signal generators, programmable loads, motor, and battery simulators. Expertise in PCB layout for optimal component placement, reduced stray inductance/capacitance, improved manufacturability, and EMC compliance. Knowledge of control algorithms and embedded programming for circuit design verification. Experience in power electronics design optimized for DFX requirements (manufacturability and testability). Understanding of EMC requirements and CE certification relevant to motor controller design in control system applications. Qualifications : BSc, MSc, or PhD in electronics, automation, cybernetics, or a related engineering field. Industrial experience in relevant power electronics development and industrialization. Ability to approach complex problems structurally. Open-minded, professional English proficiency, and adaptability to work in a multicultural environment. Continuously raising standards, innovative, and solution oriented. Interest in electronics is an additional advantage. What We Offer: Exciting global R&D environment. Engaging tasks and work-life balance. Flexible working arrangements. State-of-the-art development environment. Training and career development opportunities. Comprehensive insurance and pension plans.

🏢 Summary: Engineering role focused on leading the development, integration, validation, and delivery of vehicle control ECUs for automotive programs. The position involves cross-functional coordination, supplier management, program tracking, and support for prototype and production vehicle launches. Candidates will oversee ECU hardware development processes, manage schedules and risks, and ensure successful integration across electrical and vehicle systems. 🗂️ Requirements: 6+ years of program team or equivalent engineering experience, BS+ degree in Engineering or related technical field, Knowledge of electronics design, development, validation, and integration, Experience in ME, EE, or systems engineering, Experience working with contract manufacturers and vendors for PCBA and mechanical assemblies, Program management experience with schedules and program plans, Experience developing and launching complex products, Ability to manage multiple projects and resolve complex technical issues, Experience communicating with executive staff, Willingness to travel as needed 📃 Skills: ECU, PCBA, PLM, ME, EE, Validation, Integration, Electronics, Hardware, Systems, Automotive 🏢 Description: We're ALTEN Technology USA, an engineering company helping clients bring groundbreaking ideas to life—from advancing space exploration and life-saving medical devices to building autonomous electric vehicles. As part of the global ALTEN Group, the team delivers across the entire product development cycle, from consulting to full project outsourcing. When you join ALTEN Technology USA, you'll collaborate on engineering challenges supported by mentorship, career growth opportunities, and comprehensive benefits. You will be responsible for the development and delivery execution of vehicle controls electronic control units (ECUs). This role requires high levels of initiative, independent judgement, and indirect leadership capability. You will be the voice of the Electrical Hardware team among the larger cross-functional organization as well as the champion of vehicle program and cross-functional interests when working within the Electrical Hardware team throughout the product development stages. You will be responsible for driving the Design, Development, Release, and Validation for different ECUs. You will maintain and ensure awareness of overall program deliverables and report on status and risks to ensure appropriate visibility among teams. Responsibilities • Work closely with the Electrical Hardware Design team to create engineering and delivery schedules, closely track engineering progress, and deliveries against overall vehicle deliverable schedules. • Responsible for driving custom module developments with in-house PCBA designs and mechanical assemblies. • Identify programmatic risks and work to mitigate and reduce exposure, championing and raising issues and removing roadblocks to hit timing. • Work with the vehicle line, software, electrical and other teams to identify, come together, and drive critical path and ensure synchronized deliveries. • Lead and drive the development and integration of ECUs via design reviews, ensuring all pre-production builds are supported to effectively launch the vehicle. • Coordinate with suppliers and supply chain to ensure timely delivery of components and assemblies for prototype builds. • Coordinate with Vehicle integration and Electrical Systems to ensure delivery and successful integration of electronic assemblies. • Push and support the release of all engineering documentation to support PLM. • Support purchasing efforts as needed to ensure timely deliveries. • Be able to plan budget for the project and maintain forecast, maintaining risk registers. Qualifications • 6+ years of experience on a program team or equivalent experience • BS+ in Engineering or similar technical degree required • Detailed knowledge of electronics design, development, validation, and integration process • Prior relevant engineering experience in ME, EE or systems engineering • Experience working with Contract Manufacturers and vendors for PCBA, mechanical housings, complex system and high level assembly • Outstanding program management skills to include development of program plans, schedules, and clear definition and management of program goals • Proven experience in developing, launching and sustaining complex products • Demonstrated experience in addressing and solving complex issues • Strong communication experience with Executive Staff • Proven experience tracking and driving the progress of multiple projects • Strong team player and leader known to build trust, collaborate, communicate and partner with cross-functional teams • Travel as needed to support builds Salary Range • $125,000-135,000 • The actual salary offered is dependent on various factors including, but not limited to, location, the candidate's combination of job-related knowledge, qualifications, skills, education, training, and experience. All qualified applicants will receive consideration for employment and will not be discriminated against on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, disability, protected veteran status, age, genetic information, or pregnancy. Compliance Notice: Alten USA is a federal contractor subject to the requirements of the Vietnam Era Veterans' Readjustment Assistance Act (VEVRAA) and Executive Order 11246. Drug Screening Requirement: As a federal contractor, Alten USA maintains a drug-free workplace. All candidates selected for employment will be required to successfully complete a pre-employment drug screening as a condition of hire.

🏢 Summary: Senior Embedded Hardware Developer role focused on designing, developing, verifying, and industrializing embedded hardware solutions for control systems in subsea and renewable energy applications. The position involves end-to-end hardware development including FPGA modules, PCBAs, system integration, and compliance with safety and EMC standards. Work is carried out in a multidisciplinary R&D environment collaborating across hardware, software, and system teams. 🗂️ Requirements: Degree in electronics, automation, cybernetics or related engineering field, Proven industrial experience in embedded hardware development, Expertise in digital electronic design and high-speed serial interfaces, Strong knowledge of FPGA design and verification methodologies, Experience with schematic design and PCB layout using ECAD tools, Understanding of SoC platforms, CPUs and microcontrollers, Knowledge of EMC requirements and CE certification, Familiarity with safety standards such as IEC61508, Experience with laboratory measurement and analysis instruments, Proficiency in embedded programming languages 📃 Skills: FPGA, VHDL, SoC, CAN, RS232, RS485, I2C, SPI, USB, LTspice, MATLAB, Simulink, Python, Quartus, C, C++, Assembly, Altium, ECAD, EMC, IEC61508 🏢 Description: Job Purpose About Us: At TechnipFMC, within the Controls & Automation product line, we are pioneering technology platforms for the electrification of Subsea Control Systems and the advancement of renewable energy sources such as offshore wind, hydrogen, and wave energy. Our Team : The Electronics R&D team works across a broad spectrum of technologies, including analog electronics, FPGA, SoC, power design, safety design, motor controllers, processor design, and power line modems. These technologies are integral to various control system applications. Your Role: As part of the Controls & Automation team at TechnipFMC, you will engage in the design, development, qualification, system integration, and production of new products into commissioning and field operation. Our multidisciplinary development environment includes HW, SW, system, test, mechatronics, and production engineering teams working collaboratively. We are seeking Senior Embedded Hardware Developers with expertise in embedded systems and hardware design to join our Hardware development team. Job Description Define hardware requirements in collaboration with system architects, SW architects, product owners Design and develop embedded hardware circuits, PCBAs, FPGA modules, including component selection, schematic drawing, PCB layout, and prototype building. Conduct functional verification of embedded hardware circuits, PCBAs, FPGA modules, electronic sub-assemblies. Collaborate with systems architects, mechanical designers, PCB layout, manufacturing, reliability, and SW engineering teams to design and develop embedded hardware products. Create test and verification procedures and write test reports on functional, environmental, system operation mode, and manufacturing testing of custom embedded hardware designs. You are meant for this job if: Expertise in digital electronic design including high speed, serial communication interfaces (CAN, RSXXX, I2C, SPI, USB), control, processor, network interface design on SoC platforms. Extended understanding of Central Processing Units, microcontrollers, embedded software and signal processing techniques Advanced knowledge of VHDL and FPGA design and verification methodologies. Experience of LT SPICE, MATLAB, Simulink, Python, and Intel (Altera) Quartus Knowledge of C, C++, assembly language or other embedded software languages Schematic design and PCB layout using ECAD tools like Altium Designer or equivalent. Experience with lab instruments such as oscilloscopes, logic analyzers, network analyzers, communication analyzers, signal generators, and simulators. Expertise in PCB layout for optimal component placement, reduced stray inductance/capacitance, improved manufacturability, and EMC compliance. Experience in embedded hardware design optimized for DFX requirements (manufacturability and testability). Understanding of EMC requirements and CE certification relevant to embedded controller design in control system applications. Knowledge and experience of safety and reliability standards including IEC61508 Qualifications: BSc, MSc, or PhD in electronics, automation, cybernetics, or a related engineering field. Industrial experience in relevant embedded hardware development and industrialization. Ability to approach complex problems structurally. Open-minded, professional English proficiency, and adaptability to work in a multicultural environment. Continuously raising standards, innovative, and solution oriented. Interest in electronics is an additional advantage. What We Offer: Exciting global R&D environment. Engaging tasks and work-life balance. Flexible working arrangements. State-of-the-art development environment. Training and career development opportunities. Comprehensive insurance and pension plans.

🏢 Summary: Opportunity for an experienced Embedded Systems Architect to lead architectural decisions and full lifecycle development of embedded products using real-time operating systems. The role involves defining system requirements, designing embedded architectures, managing SDLC processes, and collaborating with cross-functional teams. Candidates will work hands-on with C/C++ and RTOS environments to deliver robust, high-performance embedded solutions. 🗂️ Requirements: Bachelor’s degree in Electrical Engineering, Computer Science, or related field, Minimum 5 years of experience in embedded systems architecture and design, Proven experience in embedded software programming in C/C++, Experience with real-time operating systems (RTOS), Strong knowledge of embedded firmware requirements and design specifications, Experience with embedded Linux for real-time systems, Knowledge of software development processes and standards, Ability to generate and manage Technical Requirement Specifications 📃 Skills: C, C++, RTOS, Linux, ARM, x86, OPC-UA, Modbus, SQLite, Ethernet, IP, Agile, SDLC, Virtualization 🏢 Description: Responsibilities: Lead architectural decisions for embedded products, evaluating technical and business trade-offs. Work with Product Management and customers to understand needs and develop requirements early in the conceptual phase. Present and justify recommended systems and architectures to stakeholders. Create diagrams such as functional blocks, data flow, use case, sequence, block diagrams, signal flow, and architectural frameworks using Model-Based Systems Engineering. Design system architecture for embedded systems using real-time operating systems such as real-time Linux or other small-footprint OSs. Manage the full software development life cycle (SDLC) of embedded software. Design software development and deployment using virtual environments across host platforms running virtualization. Work in or lead development teams to accelerate product development. Education and Experience: Bachelor's degree in Electrical Engineering, Computer Science, or related field preferred. Minimum 5 years of experience in embedded systems architecture and design. Proven track record in embedded software programming in C/C++ and experience with real-time OS (RTOS). Qualifications: Strong knowledge of requirements and design specifications for embedded firmware systems, including hardware/software trade-offs and memory/processor performance optimization. Robust knowledge of software development processes and standards, embedded firmware development tools, Linux for real-time systems, Agile methodologies, industrial protocols, IP and Ethernet networking, and industrial process control. Knowledge of OS/kernel concepts, ARM and x86 microprocessors, inter-process communications, embedded web servers and web-based UIs, OPC-UA, Modbus, SQLite, and secure networking. Ability to generate and manage Technical Requirement Specifications. Strong analytical and problem-solving skills. Experience collaborating with cross-functional teams including production, testing, customer support, and supply chain. Excellent written and verbal communication skills with ability to produce clear technical documentation.

🏢 Summary: Role focused on designing and supporting advanced automotive safety systems, particularly image-processing ECUs, with responsibility for technical documentation, requirements analysis, and cross-functional engineering collaboration. The position involves system engineering activities in cooperation with software, hardware, and test teams within a hybrid work model. 🗂️ Requirements: 5–10 years of experience in embedded automotive systems, Experience in systems engineering or software development, Master’s degree in Electronics, Computer Science, or related field, Knowledge of ASPICE, Knowledge of Agile methodologies, Experience with JIRA, Experience with Polarion or DOORS, Good English proficiency, Very good knowledge of MS Office 📃 Skills: ASPICE, Agile, JIRA, Polarion, DOORS, AUTOSAR, SYSML, ECU, MSOffice 🏢 Description: Summary Ta rola koncentruje się na projektowaniu i wspieraniu rozwoju zaawansowanych systemów bezpieczeństwa w sektorze motoryzacyjnym, w szczególności w obszarze przetwarzania obrazu dla elektronicznych jednostek sterujących (ECU). Głównym celem jest zapewnienie, że produkty spełniają wymagania klienta poprzez rzetelną dokumentację techniczną oraz współpracę z różnymi zespołami inżynieryjnymi. Main Responsibilities: Tworzenie dokumentacji technicznej zgodnej ze standardami E&S. Analiza wymagań klienta oraz specyfikacji technicznych. Definiowanie parametrów i funkcjonalności produktu zgodnie z potrzebami klienta. Tworzenie i utrzymywanie dokumentacji dla prototypów elektronicznych. Wsparcie w realizacji testów pojazdowych i stanowiskowych, gdy jest to wymagane. Aktywne wsparcie i współpraca z inżynierami oprogramowania oraz testów. Udział w przeglądach systemowych i spotkaniach projektowych. Kontakt z klientami w sprawach dotyczących projektów. Realizacja zadań zgodnie ze standardami jakości E&S oraz harmonogramami. Utrzymywanie pozytywnego wizerunku firmy w kontaktach z klientami i współpracownikami. Ciągły rozwój kwalifikacji zawodowych. Ochrona informacji poufnych oraz mienia firmy. Metodyczne podejście do rozwiązywania problemów. Key Requirements: Od 5 do 10 lat doświadczenia w zakresie wbudowanych systemów motoryzacyjnych, w obszarze inżynierii systemów lub tworzenia oprogramowania; doświadczenie w inżynierii elektrycznej również będzie akceptowane. Tytuł magistra w dziedzinie elektroniki, informatyki lub pokrewnej. Znajomość ASPICE. Znajomość metodyk Agile, w tym narzędzia JIRA do planowania. Znajomość narzędzi Polarion / DOORS. Dobra znajomość języka angielskiego. Bardzo dobra znajomość pakietu MS Office. Nice to Have: Doświadczenie w zakresie bezpieczeństwa funkcjonalnego. Doświadczenie w obszarze cyberbezpieczeństwa. Znajomość AUTOSAR. Doświadczenie w inżynierii wymagań, obejmujące analizę wymagań interesariuszy oraz tworzenie uporządkowanych wymagań systemowych. Doświadczenie w modelowaniu architektury z wykorzystaniem SYSML. Other Details: Projekt: Projektowanie kontrolera w obszarze zaawansowanych systemów bezpieczeństwa – ECU do przetwarzania obrazu. Projektowanie w obszarze inżynierii systemów oraz współpraca / kontakt z zespołami SW, HW i Test. Model pracy: hybrydowy, 2–3 dni w tygodniu z biura. Budżet: do 135.