Your main responsibilities will be to support development projects in the field of power electronics, focusing on one or more of the following areas:

• DC-DC converters
• On-board chargers
• Traction inverters

You will gain hands-on experience with key elements of power electronic products, such as circuit and schematic design, power and gate driver layout, DC-link design, as well as thermal and mechanical aspects.

Additionally, you will support the testing of electronic prototypes in various ongoing development programs.

If there is mutual interest, you will have the opportunity to continue your working student position in the form of a subsequent thesis project.

We offer a dynamic and innovative work environment, where you will be part of our pioneering work together with our customers shaping the future of mobility.

International and innovative collaboration rings a bell? That's how we work.

Our technical and personal onboarding concept will help you to hop on easily.

We support lifelong learning: educate yourself, apply your knowledge and get creative.

Mobile working, flex-time and modern workplaces are part of our DNA.

We are deeply rooted in our values: respectful communication, care, openness, passion and trust.

As a working student, you will be enrolled in Electrical Engineering, Mechatronics, Control Engineering, Mechanical Engineering or a comparable field of study.

You should have a solid knowledge of the fundamentals of power electronics and related components.

Team spirit, social skills, and intercultural openness are essential for this role.

Strong analytical and conceptual abilities are also required.

Good German and English language skills are necessary.

Personality is more than anything!

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You will validate control algorithms for powertrain and energy management systems, conduct diagnostics and manage communication networks, and utilize Vector CAN tools and Matlab-Simulink for system modeling, simulation, and testing.

Your responsibilities will also include performing data acquisition and analysis to support validation and verification activities, driving innovation by proposing and developing new ideas in collaboration with cross-functional teams, and contributing to the improvement of cross-departmental processes in interdisciplinary environments.

You will support HV battery controls and functional safety activities, ensuring development quality and defining respective measures.

The ideal candidate will have a minimum Bachelor's degree in Electrical/Electronics/Control/Mechatronics/Mechanical or Automotive Engineering, preferably with at least 3 years of experience in battery development or automotive systems.

Fluent speaking and excellent writing skills in English are required, and German would be a plus.

Strong analytical skills and the ability to work in multidisciplinary teams are essential.

You should have a good understanding of or interest in lithium-ion batteries, battery system development, battery management systems, electrical components, sensors, and actuators, electrical safety standards and calculations, electric vehicles, electric machines, and power electronics, and automotive powertrain.

This is a permanent position, and the posting date was April 14, 2026.

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You will also define battery-relevant operating modes and expected behaviors, align with the HV System Engineer on fault reactions, lead/participate in technical design reviews and track actions to closure, evaluate supplier test data and translate findings into design decisions, define and manage battery performance requirements and KPIs, and define battery-specific validation needs and acceptance criteria.

To succeed in this role, you will need a minimum Bachelor’s degree in Electrical / Electronics / Control / Mechatronics / Mechanical or Automotive Engineering, proven hands-on experience (5+ years) with Li-ion batteries in automotive/industrial energy storage, with demonstrated depth in chemistry and cell characterization, experience working with battery suppliers and interpreting technical data (cell characterization, abuse tests, aging results), solid understanding of thermal management for batteries (cooling/heating architectures, thermal limits, preconditioning needs), familiarity with battery safety concepts and standards expectations (e.g., abuse scenarios, isolation monitoring principles, safe state concepts), experience with charging-performance collaboration (charge curves, charge acceptance, lithium plating risk mitigation), experience with different cell formats (pouch, prismatic, cylindrical) and pack integration strategies (module-to-pack, cell-to-pack), experience with benchmarking / teardown interpretation and cost/performance trade studies, knowledge of recycling / second-life considerations and regulatory trend impacts, and fluency in speaking and excellent writing skills in English (German would be a plus).

You will also need to be willing to frequent and long-term travel abroad.

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You will support HV battery electrical design, mechanical design, modelling and simulation activities, support HV battery controls and functional safety activities, and support battery element engineer in vehicle and powertrain projects. You will also ensure development quality and define respective measures.

To be successful in this role, you should have a minimum Bachelor’s degree in Electrical / Electronics / Control / Mechatronics / Mechanical or Automotive Engineering, preferably with knowledge of automotive and battery-related areas. You should be fluent in English and have strong analytical skills and ability to work in multidisciplinary teams.

You should have a good understanding of or interest in the following topics: Lithium-ion batteries, battery system development, battery management systems, electrical components, sensors, and actuators, electrical safety standards and calculations, electric vehicles, electric machines, and power electronics, system and component-level safety analyses, and automotive powertrain.

AVL is a leading mobility technology company that provides concepts, solutions, and methodologies in fields like vehicle development and integration, e-mobility, automated and connected mobility, and software for a greener, safer, better world of mobility.

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In this role, you will lead the design, development, and integration of Omen's advanced electric propulsion system. You will own the electric powertrain architecture from concept through production, optimizing for the unique demands of a tail-sitter platform including VTOL operations, efficient cruise flight, and charging.

As the electric propulsion Lead, you will work closely with program leadership and cross-functional teammates to deliver a high-performance, reliable solution which seamlessly integrates with the rotor systems, powerplant, and cooling systems. You will own the propeller drive system as well as electric components of the on-board power generation, including battery, power management, and power conversion.

You will drive component selection, manage supplier relationships, lead testing and validation efforts, and ensure the electric propulsion systems meet performance and integration requirements. This is a hands-on high ownership role where you will tackle hard technical problems, be the expert, and play a critical role in bringing a groundbreaking aircraft platform to operational reality.

Join our dynamic team and help us build the next generation of autonomous flight systems.

Key Responsibilities:

• Own the design of electric propulsion systems including motors, battery, inverters, and high voltage power management
• Lead electric performance analysis, voltage and thermal modeling, and energy optimization studies to meet mission requirements for electrical loads.
• Lead the development and execution of test plans for electric propulsion subsystems and combined power generation, including ground test stands, HILs, and flight test, building up to system verification to ensure compliance with project goals and industry standards
• Define and validate technical performance measures including power, efficiency, thermal limits, and fault tolerance across all operating modes
• Engage suppliers and create detailed technical specifications and interface control documents for electric propulsion components and assemblies as required
• Collaborate with other teams for solutions on system packaging, structural/thermal interfaces, and thrust/power control architectures
• Manage development schedules and technical risks in coordination with program management

Requirements:

• High-ownership and a bias toward action – if you see a problem, you want to fix it
• Bachelor's degree in Aerospace Engineering, Mechanical Engineer, Robotics, Physics, or related technical discipline
• 12+ professional years or be recognized as a seasoned expert with significant influence in their field
• Experience in engineering leadership and project execution for aerospace, automotive, or defense sectors with focus on electric or hybrid propulsion
• In-depth knowledge of electric motors, generators, power electronics, battery systems, thermal management, and energy storage architectures
• Hands-on experience with propulsion system development, testing, and integration for aerospace platforms
• Strong project management skills, with experience using tools like JIRA and Confluence, and knowledge of Agile and Waterfall methodologies
• Exceptional communication and stakeholder management abilities, capable of engaging effectively with both technical teams and non-technical partners
• Eligible to obtain and maintain an active U.S. Secret security clearance
• Travel to test sites and vendors as needed

Preferred Qualifications:

• Direct experience developing hybrid-electric or electric propulsion systems for aircraft, rotorcraft, eVTOL, or UAS platforms
• Proven track record leading propulsion systems through full qualification campaigns from early development through flight test and production
• Experience with propulsion system modeling and simulation tools
• Familiarity with aviation environmental and EMI standards (MIL-STD-810, MIL-STD-461, DO-160, or equivalent) and qualification campaigns for flight hardware
• Experience with Formula SAE, Baja SAE, Design Build Fly, or similar competitive engineering programs demonstrating hands-on vehicle integration experience

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You will work on new aircraft development in a lean, high-ownership culture where you directly shape the product and operate at a velocity to fly new designs within months, not years.

In this role, you will design, develop, and integrate a high-performance hybrid-electric propulsion system into the Omen air vehicle. You will own and design powertrain components from concept through production, optimizing for the unique demands of a tail-sitter platform including VTOL operations, efficient cruise flight, and rapid transition between flight modes.

As a Principal Powertrain Engineer, you will work closely with program leadership and cross-functional teammates to deliver a high-performance, reliable propulsion solution. You will drive component selection, manage supplier relationships, lead testing and validation efforts, and ensure the powertrain meets performance, weight, thermal, and reliability requirements.

This is a hands-on role where you will tackle hard technical problems, mentor junior engineers, and play a critical role in bringing a groundbreaking aircraft platform to operational reality. You will be a trusted subject matter expert in the design and development of our powertrain.

Join our dynamic team and help us build the next generation of autonomous flight systems.

Key Responsibilities:

• Own the design of hybrid-electric propulsion systems including motors, generators, battery packs, fuel systems, power electronics, and propeller/rotor integration

• Electric machine sizing and design, transmission sizing and design, inverter sizing and design, and how the full system integrates into the air vehicle.

• Conduct powertrain performance analysis, thermal modeling, and energy optimization studies to meet mission requirements for endurance, payload capacity, and operational envelope

• Lead the development and execution of test plans for powertrain subsystems and full-up systems, including ground test stands, HILs, and flight test

• Define and validate technical performance measures including power, efficiency, thermal limits, and fault tolerance across all operating modes

• Create detailed technical specifications and interface control documents for powertrain components and assemblies

• Collaborate with the Airframe and Vehicle Controls teams for solutions on system packaging, structural/thermal interfaces, and thrust/power control architectures

• Conduct design reviews, perform requirements analysis, and plan system verification to ensure compliance with project goals and industry standards

• Establish and manage supplier relationships for critical powertrain components, including technical requirements definition, design reviews, and qualification oversight

Required Qualifications:

• High-ownership and a bias toward action – if you see a problem, you want to fix it

• Bachelor's degree in Aerospace Engineering, Mechanical Engineer, Robotics, Physics, or related technical discipline

• Minimum of 12+ professional years in technical leadership roles such as a Principal Engineer, Chief Engineer, or similarly relevant position focused on propulsion systems

• Experience in engineering team leadership and project execution for aerospace, automotive, or defense sectors with focus on electric or hybrid propulsion

• Proficiency in powertrain engineering skillsets including electric motors, transmissions, generators, power electronics, battery systems, and thermal management

• Hands-on experience with propulsion system development, testing, and integration for aerospace platforms

Preferred Qualifications:

• Direct experience developing hybrid-electric or electric propulsion systems for aircraft, rotorcraft, eVTOL, or UAS platforms

• Proven track record leading propulsion systems through full qualification campaigns from early development through flight test and production

• Experience with propulsion system modeling and simulation tools

• Familiarity with aviation environmental and EMI standards (MIL-STD-810, MIL-STD-461, DO-160, or equivalent) and qualification campaigns for flight hardware

• Experience with Formula SAE, Baja SAE, Design Build Fly, or similar competitive engineering programs demonstrating hands-on vehicle integration experience

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We're looking for a Power Engineer II to contribute to the design, analysis, and validation of power electronics systems critical to our aircraft. This role is perfect for an engineer with a solid foundation in power systems who is eager to grow, own challenging projects, and see their work move rapidly from concept to flight.

Key responsibilities include:

• Designing power electronics systems, including high-voltage and low-voltage systems, DC-DC converters, inverters, and motor controllers
• Developing embedded safety and protection mechanisms
• Designing across power ranges, from 10 kW high-power applications
• Owning the entire hardware development flow, from concept to testing and validation
• Collaborating with mechanical, CAD, embedded, software, production, and aircraft teams throughout the product lifecycle

Requirements include:

• B.S. in Electrical Engineering or equivalent
• 1+ years of experience as an Electrical Engineer
• Experience with circuit design, schematic capture, component selection, circuit testing, and debugging
• Familiarity with Altium or equivalent
• Experience with lab equipment, such as oscilloscopes, power supplies, E-loads, and multimeters

This is a full-time position with a salary range of $91,660 - $137,490 per year, plus bonus, benefits, and equity.

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As a Senior Electrical Engineer on our Hardware Test team, you will own the design and development of test systems that push our hardware to its limits. From designing custom PCBs and automated test sequences to developing electrical and mechanical test stands, you'll be at the forefront of ensuring the highest reliability in aerospace hardware.

This is a high-impact role where your expertise in power electronics, RF, communications, and automation will help shape the future of intelligent defence systems.

Key responsibilities include:

• Leading the design, validation, and deployment of advanced test systems for V-BAT's critical components and subsystems.

• Architecting PCBs and test interfaces for power electronics, RF, and communication systems.

• Developing automated test sequences in Python, ensuring scalability, efficiency, and repeatability.

• Designing and integrating custom test fixtures, including relays, PLCs, PCBAs, and harnessing.

• Owning and driving cross-functional design reviews, advocating for design-for-testability (DFT) improvements.

• Working hands-on with HASS, ESS, and HALT testing, validating performance in simulated harsh environments.

• Being a technical mentor, guiding junior engineers and contributing to Shield AI's growing expertise in hardware test engineering.

The ideal candidate will have:

• A B.S. in Electrical Engineering or related STEM field.

• 3+ years of industry experience in hardware design and test engineering (or equivalent experience with advanced degrees).

• Deep expertise in electrical design, mechanical, and software engineering principles as applied to hardware test systems.

• Ability and willingness to travel up to ~25% (1 week/month) to our Dallas, TX office.

• Proven ability to design, implement, and validate multidisciplinary hardware systems in a fast-paced, high-stakes environment.

• Track record of ownership,driving projects from concept to execution, delivering exceptional results.

• A team-first mindset, with high standards for yourself and others, and a passion for solving complex technical challenges.

• Track record of working hard, being a trustworthy teammate, holding yourself and others to high standards, and being kind to others.

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We're looking for an entry-level Power Electronics Engineer who is excited to help bring X-BAT's next-generation power systems to first flight. In this role, you will own a meaningful project directly tied to our power architecture critical path, while receiving direct mentorship from senior power and electrical engineers.

Responsibilities:

• Own a power electronics design that directly impacts X-BAT system performance and major flight test milestones, supported by a senior engineer who provides technical guidance and review.
• Contribute to the full hardware lifecycle including concept development, modeling, worst-case analysis, schematic capture, simulation, prototyping, bring-up, verification, integration, and flight test support.
• Design and analyze low-voltage and high-voltage power systems including DC-DC converters, inverters, motor controllers, battery systems, power distribution, and protection circuits.
• Design systems across power ranges from < kW low-power loads to >10 kW high-power applications while balancing efficiency, thermal constraints, EMI/EMC performance, and reliability.
• Partner with ECAD engineers on PCB layout for power density, thermal performance, EMI mitigation, and manufacturability.
• Execute hands-on board bring-up, debug, root-cause analysis, and validation using oscilloscopes, power supplies, electronic loads, and other test equipment.
• Support environmental, stress, and qualification testing (HALT, vibration, temperature cycling) for aerospace-grade reliability.
• Collaborate closely with Mechanical, Embedded, Software, Production, and Aircraft teams to ensure robust system integration and clear interface ownership.
• Drive disciplined engineering practices including documentation, risk reduction, and closing the loop between analysis and test results.

Requirements:

• B.S. in Electrical Engineering or equivalent.
• Strong technical fundamentals in circuits, electronics, and power systems.
• Hands-on experience (coursework, labs, clubs, or internships) with power electronics such as converters, motor drivers, batteries, or high-power systems.
• Familiarity with electrical design tools (Altium, KiCad, etc.).
• Experience using lab equipment such as oscilloscopes, power supplies, e-loads, and multimeters.
• Participation in an engineering team/club or hands-on project experience.

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As an Electrical Engineer on our Hardware Test team, you'll have the opportunity to design and automate test systems that validate everything from power electronics to RF communications. You'll work hands-on with PCB design, Python scripting, and advanced environmental testing (HASS, ESS, HALT) to ensure the highest standards of reliability.

Responsibilities:

• Design and own test systems for critical UAV components and subsystems, from concept to validation.
• Work across multiple EE disciplines, including power electronics, RF, communications, and system integration.
• Develop PCBs to interface between test stands and the device-under-test (DUT).
• Build custom test fixtures integrating relays, PLCs, PCBAs, and harnessing for automated and high-fidelity testing.
• Collaborate in cross-functional design reviews, advocating for testability improvements that streamline hardware validation.
• Adapt and innovate in a fast-moving, high-stakes environment, where your work directly impacts mission success.

Qualifications:

• B.S. in Electrical Engineering or equivalent hands-on experience OR you are an undergraduate, graduate or PhD student expected to graduate in 2026.
• Strong foundation in electrical, mechanical, and software engineering principles.
• Experience in multidisciplinary hardware projects,whether through internships, jobs, clubs, personal projects, or research.
• Experience with PCB design tools (Altium, KiCAD, Eagle, etc.).
• A track record of ownership, innovation, and delivering results in complex technical environments.
• A team-first mindset, holding yourself and others to high standards, while being adaptable and solution-oriented.
• A track record of working hard, being a trustworthy teammate, holding yourself and others to high standards, and being kind to others.

Salary:

$81,456 - $122,184 a year

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As a Staff Engineer - Electromagnetics, Power & Systems Team, you will be responsible for delivering consulting services and conducting training sessions for customers, enhancing their adoption of simulation technologies.

Key responsibilities include:

• Providing simulation solutions for electric machines, wireless charging, power electronics design, PCB layout, magnetic actuators, and transformers, optimizing electromagnetic performance.
• Automating simulation workflows using Python APIs such as PyAEDT to improve efficiency and reproducibility.
• Establishing virtual product development workflows using advanced methodologies like model order reduction, control integration, validation, and design optimization.
• Collaborating with multidisciplinary teams to develop Multiphysics simulation workflows and conduct system performance analysis.
• Enabling simulation-driven component development and system validation using advanced simulation technologies.
• Working closely with customers to solve development and validation challenges, accelerating product development cycles.

In this role, you will have the opportunity to accelerate customer innovation and product development by integrating advanced simulation solutions into their workflows, enhance Synopsys' reputation as a leader in simulation-driven design and engineering excellence, and drive adoption of automation and optimization technologies, enabling customers to achieve higher efficiency and performance.

To be successful in this role, you will need to have a deep understanding of electromagnetic field theory, power electronics, and simulation methods for power loss and efficiency analysis, hands-on experience with Ansys Maxwell, Ansys Motor-CAD, Ansys TwinBuilder, Ansys Q3D Extractor, or similar simulation tools, proficiency in programming languages (Python, C#, Javascript) for automating simulation workflows, and knowledge of control development, validation, and testing (model-in-loop, hardware-in-loop) for electric machines or power electronics.

If you are a logical and analytical thinker with strong problem-solving skills, excellent interpersonal and communication abilities, organized and adept at time management, professional, business-oriented, and driven to succeed, then this could be the role for you.

Join the Low Frequency Electromagnetics and Electrification team within Synopsys Customer Excellence, where you will partner closely with customers, product development, and marketing to deliver cutting-edge simulation solutions and drive business growth.

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Responsibilities:

• Architect power delivery systems for data center and super compute platforms, including multiphase VRMs and Intermediate Bus Converters (IBCs).
• Architect low voltage, high current (500A-1000A+) power rails for LPU, GPU and accelerator modules.
• Apply control theory principles to optimize power converter performance, stability, and transient response.
• Select and characterize power components including MOSFETs, inductors, transformers, and magnetic devices using vendor tools and configuration GUIs.
• Collaborate with ASIC and package teams to ensure power integrity across high-density PCB builds.
• Develop and complete lab validation plans using oscilloscopes and other test equipment.
• Build automation scripts to improve characterization efficiency and data analysis.
• Collaborate with power management ICs via I2C, SPI, and PCIe protocols for system integration and debug.
• Work with cross-functional teams including mechanical, thermal, firmware, and silicon build engineers.

Requirements:

• BS or MS in Electrical Engineering (or equivalent experience) with focus on power electronics.
• 5+ years of experience crafting power systems for data center, super compute, or high-performance computing applications.
• Deep expertise in multiphase VRM development and Intermediate Bus Converter (IBC) topologies, and control theory as applied to power converters.
• Hands-on experience with high-current (500A-1000A+) low voltage power delivery systems.
• Proficiency with Cadence tools for power integrity analysis and simulations, and experience with high-density PCB build and layout considerations.
• Familiarity with communication interfaces: I2C, SPI, PCIe.
• Proficient with scripting languages (Python, Perl) and Linux environment.
• Strong hands-on lab skills with oscilloscopes and power measurement equipment.
• Clear and effective communication skills, both written and verbal.

Preferred Qualifications:

• Experience with AI accelerator power delivery for platforms such as TPU, GPU, or similar architectures.
• Knowledge of advanced magnetic component build and optimization for high-density applications.
• Experience with power modeling and simulation tools.
• Background in EMI/EMC compliance and mitigation techniques.
• Proven track record in bringing power solutions from concept to mass production with experience collaborating with external vendors and suppliers.

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Responsibilities:

• Design, prototype, build and test high-voltage battery management electronics for Fuse Energy’s stationary storage and grid-connected systems
• Own end-to-end PCBA development, including requirements definition, schematic capture, PCB layout, design reviews and design for manufacturability
• Develop automated validation setups and test firmware/software to ensure comprehensive functional, performance and safety coverage of BMS designs
• Support the transition of designs from prototype to production, including supplier engagement, bring-up and production test strategy
• Collaborate with firmware and software engineers to define hardware–software interfaces, diagnostics and safety mechanisms
• Work closely with mechanical and systems engineers to ensure electrical designs are optimised for thermal performance, isolation and environmental constraints
• Perform detailed failure analysis and root-cause investigations on PCBAs and systems in both lab and field environments
• Evaluate, select and integrate battery monitoring ICs, microcontrollers, isolation components and communication interfaces suitable for high-voltage applications
• Continuously improve designs to optimise reliability, component availability and BOM cost as systems scale

Requirements:

• Bachelor’s degree in Electrical or Electronic Engineering or equivalent practical experience
• At least 5 years of hands-on industry experience in analog and digital electronics design
• Strong fundamentals in circuit analysis, simulation and design trade-off evaluation
• Proven experience designing and debugging complex PCBAs with excellent failure analysis and troubleshooting skills
• Solid proficiency in Python for test automation, validation and data analysis
• Experience in one or more of the following domains: battery management systems, power electronics, high-voltage systems, microcontrollers or high-speed digital interfaces
• Familiarity with communication interfaces commonly used in BMS and energy systems (e.g. CAN, RS485, Ethernet, SPI, I²C)
• Experience with Altium Designer and circuit simulation tools such as LTSpice
• Exposure to mechanical CAD tools (e.g. Fusion 360, SolidWorks or similar), rapid prototyping and close collaboration with mechanical design

Benefits:

• Competitive salary and an equity sign-on bonus
• Biannual bonus scheme
• Fully expensed tech to match your needs
• Paid annual leave
• Breakfast and dinner allowance for office based employees

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Responsibilities:

• Conduct a literature review on typical degradation and failure scenarios (e.g. bond-wire lift-off, delamination, DC-link aging)
• Research algorithms for anomaly detection and remaining lifespan prediction
• Derive suitable state variables and measurement concepts
• Develop a modular test stand and hardware concept
• Complete the project with a test stand setup or concept paper including a roadmap

Requirements:

• Master's degree in Electrical Engineering, Mechatronics, or Physics with a focus on power electronics, test stand design
• Knowledge of power semiconductors (SiC, MOSFET, IGBT), DC-link capacitors, and basic knowledge of high-voltage test stands
• Knowledge of MATLAB, test stand software, and CAD software
• Excellent German and/or English language skills (min. B2)
• Structured working style, independence, flexibility

What we offer:

• Digital learning and working tools
• Mobile learning and flexible working hours after coordination with the team

Duration: 6 months Start date: April Location: Weissach, Germany Category: Engineering Industry: Automotive Salary range: Not specified Required skills: Power electronics, test stand design, MATLAB, test stand software, CAD software, German and/or English language skills Preferred skills: None specified

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To be successful in this role, you should have a strong background in vehicle technology, electrical engineering, mechanical engineering, mechatronics, or a related field. You should also have experience with high-voltage systems, such as electric machines, power electronics, or batteries. Additionally, you should have knowledge of thermal and electromagnetic simulation, as well as good technical knowledge of high-voltage hybrid drives.

As a team player, you will work closely with our experienced engineers to develop innovative solutions for our clients. You will be responsible for designing, developing, and testing simulation tools, as well as collaborating with cross-functional teams to ensure successful project delivery.

We offer a dynamic and supportive work environment, with opportunities for professional growth and development. If you are a motivated and talented individual who is passionate about engineering and innovation, we encourage you to apply for this exciting opportunity.

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What you'll do

Take an active, hands-on role in the development of On-Board Charger systems

Support system engineering activities from concept to SOP

Define, manage, and maintain system requirements & specifications

Design and align system architecture, interfaces, and integration concepts

Collaborate closely with hardware, software, and validation teams

Drive technical discussions with customers and support decision-making on OBC concepts and system-level trade-offs

Support problem analysis, root-cause investigations, and solution implementation

Contribute to robust, production-ready OBC solutions

What you need

• Bachelor’s degree in Electrical/Electronics/Controls/Mechatronics Engineering, and preferably, Master’s or PhD

• 2+ years of hands-on experience in OBC or AC/DC power electronics systems

• Series development & SOP experience in automotive projects

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What you'll do

Execute the development of power electronics systems by understanding requirements, defining technological solutions and architectures, and coordinating integration, calibration, verification, and validation activities.

• Define and Review CAN communication architecture (inputs/outputs) and software behavior logic (e.g., fault handling, safe shutdown, error signaling).

What you need

• Minimum Bachelor's degree or equivalent in Automotive Engineering, Electrical Engineering, Mechanical Engineering, Mechatronics or related field.

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