Job Description

Bugatti Rimac, part of the Rimac Group, brings together two forces that have redefined the automotive world. By combining Rimac’s cutting-edge electric performance and innovation with Bugatti’s 110+ year legacy of crafting iconic hypercars, we are pushing the boundaries of what’s possible in automotive engineering.

Our team is at the core of this, we work with passion, aim for excellence, and take ownership of what we do. We grow together, pioneer solutions, and deliver vehicles that set new standards.

Get in the driver's seat 

As a Electrical Architecture Engineer, you will define and develop the vehicle electrical architecture that enables our next generation of high-performance hypercars. 

Working across System engineering, Electrical Engineering, Software and Hardware, Functional Safety, you will translate vehicle and system requirements into a robust system architecture concepts and detailed technical definitions, ensuring the electrical integration compliance throughout the whole vehicle.

You will love this role if you enjoy understanding how an entire vehicle works, turning complex system requirements into clear electrical solutions, challenging technical assumptions, and taking architecture from an early concept all the way to a vehicle that works in the real world.

Where you’ll make an impact 

• Develop vehicle-level electrical architecture concepts, from early project phases through design release, prototype vehicles and series development
• Define Electrical Power Distribution Architecture, including power domains, source/load relationships, protection concepts, grounding and power management strategies
• Define logical electrical connections and ECU interfaces from integration perspective, including power, communication, wake-up, digital, analogue and other type of interfaces
• Translate system and feature requirements into electrical architecture requirements, ensuring clear allocation between ECUs, components and electrical domains
• Create and maintain the electrical architecture documentation, including the high-level architecture and block diagrams, low-level architecture and interface detailed design, electrical specifications and design standards & guidelines
• Perform the electrical architecture analysis, such as power consumption, load balancing, architectural trade-off and feasibility studies, communication network concepts, …
• Collaborate with several cross-functional departments including, UX/UI, Homologation, Validation & Testing, System Engineering, FuSa, Cybersecurity, Wiring Harness, eDMU, Product Development, HW&SW development teams, and with other domains.
• Drive architectural integration and issue resolution during prototype builds, vehicle testing and validation, identifying root causes and coordinating cross-functional technical solutions.
• Contribute to future vehicle technology and architecture development, evaluating new concepts such as ePDMs, 48V systems, ADAS, Ethernet based components, SDV concepts and next-generation E/E architectures.

What are your core components 

• Bachelor’s degree or similar in electrical engineering, Electronics, Mechatronics, Automotive Engineering or a related technical field.
• Experience in automotive electrical systems, electrical architecture, ECU development, wiring systems, power distribution, system engineering or vehicle integration.
• Ability to interpret system requirements, electrical schematics, component specifications and ECU interface documentation and translate them into architecture-level solutions.
• Strong understanding of 12 V / 48 V electrical systems, power distribution, grounding, protection concepts and electrical interfaces.
• Good understanding of common automotive interfaces and communication technologies such as CAN, LIN, Ethernet, discrete I/O, analogue signals, high-side/low-side drivers and H-bridge-controlled loads.
• Experience with electrical architecture, schematic, requirements or lifecycle-management tools; experience with automotive E/E architecture tools, PLM, requirements-management or simulation environments is an advantage.
• A structured engineering mindset with the ability to analyse complex systems, make technical trade-offs and clearly document engineering decisions.
• Strong collaboration and communication skills, with the confidence to work across multiple engineering disciplines and challenge solutions constructively.
• Familiarity with high-performance vehicles, Full ICE/EV/HEV systems, functional safety, EMC, cybersecurity, power electronics or vehicle-level validation is considered an advantage.

Fuel Package

• Private healthcare and mental wellbeing support
• Flexible working hours and up to 12 days of remote work per month
• Transportation allowance and subsidized meals
• Company performance based bonus and holidays bonus
• Minimum 25 days of holidays from day one
• Internal education programs and opportunities to grow
• A supportive, collaborative, and high-performing environment where people succeed together
• Team events, company gatherings, and on-site perks (coffee, fruit, relaxation zones)
• Family support (kindergarten subsidies, children’s events and gifts)
• Dog-friendly office and partner discounts

Salary range starting at €37,500 gross per year. Your final compensation will be shaped by your experience, expertise and how your profile matches the scope of the role.