We're looking for an Engineering Manager – Electrical Engineering to lead a team of talented engineers developing and integrating the avionics and electrical systems that power our next-generation aircraft, X-BAT. This role is ideal for a hands-on technical leader who thrives in fast-paced environments, enjoys mentoring engineers, and is passionate about delivering reliable, high-performance systems from concept through production.

Responsibilities:

• Lead aircraft and ground vehicle integration of custom electronics, sensors, actuators, payloads, and other flight critical sub-systems
• Demonstrate cross-functional ownership engaging with all X-BAT teams, including manufacturing, operators, supplier development engineering, supply chain, mechanical, thermal, etc.
• Contribute to aircraft and ground vehicle architecture design
• Drive design and execution of flight critical custom avionics
• Build, lead, and mentor a world-class avionics engineering team
• Establish and enforce appropriate design processes
• Maintain technical excellence,implement rigorous design processes and ensure compliance with industry standards
• Work in a fast-paced environment

Requirements:

• 5+ years of experience as an Electrical Engineer
• 3+ years of lead/manager experience
• Strong technical fundamentals
• Experience with custom electronics design and system level integration

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As a Failure Analysis Engineer, you will be responsible for diagnosing and analyzing functional failures in highly complex electronic assemblies throughout the product lifecycle. You will provide expert technical support to Contract Manufacturers during production and test phases, ensuring rapid resolution of manufacturing-related failures.

Key responsibilities:

• Diagnose and analyze functional failures in highly complex electronic assemblies
• Provide expert technical support to Contract Manufacturers during production and test phases
• Collaborate closely with R&D teams to root-cause prototype and pre-production issues
• Perform hands-on failure analysis, including hardware manipulation, measurement, mounting/demounting, and rework of assemblies
• Utilize laboratory equipment (oscilloscopes, multimeters, logic analyzers, power supplies) to characterize failures and confirm hypotheses
• Leverage Linux-based environments and develop/maintain Tcl scripts to automate tests, extract data, reproduce failures, and support diagnostics
• Document analysis results, root causes, and corrective actions clearly and thoroughly
• Interface with cross-functional teams (Engineering, Manufacturing, Quality, Field Service) to drive timely and aligned issue resolution
• Identify recurring failure patterns and propose continuous improvements to design, process, or test methodologies
• Ensure compliance with internal procedures, quality requirements, and relevant industrial standards

Requirements:

• Engineering degree in Electronics (mandatory)
• Minimum 5 years of experience in failure analysis, hardware debugging, electronics design, manufacturing support, or related technical role
• Deep expertise in complex electronic assemblies, including mixed-signal, digital, analog, and power electronics
• Strong system-level understanding of mechanical integration, power management, and thermal impacts on electronics reliability
• Hands-on proficiency with laboratory equipment (oscilloscopes, multimeters, logic analyzers, power supplies)
• Solid experience working in Linux environments for analysis, data extraction, and debugging
• Proven ability to develop and deploy Tcl scripts for test automation and diagnostics
• Fluency in both French and English (spoken and written); German language skills are a plus

Experience Level: Senior Employment Type: Full-time Workplace Type: Onsite Category: Engineering Industry: Technology Salary Range: Competitive salary Required Skills: Failure analysis, electronics design, manufacturing support, Linux, Tcl scripting, oscilloscopes, multimeters, logic analyzers, power supplies Preferred Skills: German language skills, experience with complex electronic assemblies, system-level understanding of mechanical integration, power management, and thermal impacts on electronics reliability

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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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