We are committed to delivering excellence in the development, simulation, testing and integration of propulsion systems, with all the experience of the AVL group in a local, personalized way and with a close technical service.

Our team is formed by an international team that develops cutting-edge mobility technology. We offer a wide range of benefits, including:

• Innovative Environment: join a forward-thinking company that promotes a pro-active work atmosphere.
• Career Progression: opportunities for professional growth within our organization.
• Competitive Salary: we offer a competitive salary package improving industry standards.
• Language Learning: access to language learning resources for employees interested in improving their English/German/French skills.

If you are a motivated and enthusiastic individual with a passion for mobility development and technical innovation, we encourage you to apply for this exciting opportunity.

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The ideal candidate will possess deep expertise in integrating mechanical, electronic, and software systems into complex optical products. This role will involve leading the design and development of high-performance optical devices from concept through production, ensuring precision, reliability, and manufacturability.

Responsibilities:

• Lead the mechanical and electromechanical design of complex optical systems.
• Collaborate closely with optical, electrical, and software engineers and suppliers to ensure system-level integration and performance optimization.
• Conduct tolerance analysis, thermal and vibration studies to ensure optical alignment stability and reliability.
• Support prototype build, testing, and design iteration cycles.

• Design and integrate sensors, control systems, and embedded components to enable automated alignment, focusing, and calibration of optical systems.
• Develop and refine feedback and control algorithms for mechatronic subsystems.

• Serve as a technical lead in cross-functional teams, guiding junior engineers and technicians.
• Define system requirements, design specifications, and validation protocols for mechatronic subsystems.
• Interface with manufacturing and supply chain teams to support design-for-manufacturing (DFM) and design-for-assembly (DFA) initiatives.

• Design and oversee qualification testing of mechatronic components and optical assemblies.
• Implement quality and reliability assessments throughout the design cycle.

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The ideal candidate must be able to draw on a wide range of engineering principles and work within demanding timeframes and develop original, practical solutions to technical and logistical problems.

Responsibilities:

• Understand technical requirements, problems, or client briefs and develop solutions that satisfy the requirements.
• Engage in engineering, designing, prototype development, and enhancing electro-mechanical systems and software for autonomous vehicles and related devices and subsystems.
• Apply fundamental engineering principles, best practices, and analysis in areas including mechanical, electrical, electronics, and software.
• Conduct research, document findings, and present reports.
• Develop design documents for parts, sub-systems, and final integrated systems.
• Select the required tools and materials for the manufacturing, assembly, and maintenance process.
• Integration of electro-mechanical systems and software into a fully integrated system.
• Proof of concept, functionality, and reliability testing of components, sub-systems, and fully integrated systems.
• Participate and lead testing efforts in the laboratory and in the field which includes on marine environments.
• Identify trends in runtime and failures of ASV components, subsystems, and system through continual analysis of expansive datasets.
• Identifying areas of weakness in the systems and processes and making recommendations for improvement.
• Responsibilities culminate in creating ASV platforms and the software to interface with them.

Qualifications:

• BS in mechatronics engineering, mechanical engineering, electrical engineering, physics, robotics, or similar.
• 3+ years of experience.
• Strong understanding and skills in engineering fundamentals, best practices, and analysis methods including analytical first principles, numerical methods, and simulation modeling.
• Field experience operating, maintaining, diagnosing, testing, and repairing electro-mechanical systems.
• CAD modeling parts and assemblies.
• Finite element analysis (FEA) including static, dynamic, and modal on various electro-mechanical structures and systems.
• Ability to work in collaborative or independent environments.
• Autonomous vehicle experience or Marine systems experience including surface, subsurface, and deep sea experience preferred.
• Maritime operations including offshore support preferred.
• Generating drawings, schematics, bill of materials, and work instructions for manufacturing and assembly.
• Software skills including Linux, Python, C/C++.

Additional Information:

This role requires access to export-controlled information or items that require “U.S. Person” status. As defined by U.S. law, individuals who are any one of the following are considered to be a “U.S. Person”: (1) U.S. citizens, (2) legal permanent residents (a.k.a. green card holders), and (3) certain protected classes of asylees and refugees, as defined in 8 U.S.C. 1324b(a)(3)

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Responsibilities

• Design next-generation automotive ECUs, inverters, and BMS, including schematic, simulation, thermal analysis, PCB layout, circuit tolerance, worst-case analysis, and signal integrity analysis.
• Design analog circuits using op-amps, logic gates, analog/digital sensors, signal isolators, transceivers, MCUs, and PMICs.
• Design switch mode power supplies (Buck, Boost, SEPIC, Flyback, etc.).
• Define hardware-software and communication interfaces (CAN, LIN, etc.), specifying component sourcing activities.
• Support lab tests, debug, and validation activities.
• Support project and quality management activities.

Requirements

• Bachelor's degree in Electrical/Electronics, Mechatronics Engineering.
• Minimum 2 years of experience in related areas.
• Experience with analog and digital hardware design.
• Experience with analog circuit simulation and analysis using LTspice or similar SPICE software.
• Experience with Altium Designer or similar PCB design software.
• Experience with lab equipment and testing.
• Fluent speaking and excellent writing skills in English.

Benefits

• Competitive salary and benefits package.
• Opportunity to work with a leading mobility technology company.
• Collaborative and dynamic work environment.
• Professional development and growth opportunities.

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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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