Design Quality Engineer
About the job
- A degree at the Bachelor, Master, or equivalent level in Material Engineering, Physics, Electronics, Mechatronics, or a related technical field.
- Excellent English skills and strong communication and presentation abilities.
- Strong critical, creative, and rational thinking skills for solving complex system integration challenges and evaluating design trade-offs.
- Deep understanding of automotive quality, reliability, and functional safety standards, including ISO 26262, ASPICE, AEC-Q100, and IPC-A-610.
- Proven experience driving structured root cause analysis and problem-solving methodologies, including 8D, 5 Whys, and Ishikawa, for manufacturing defects, field returns, and failed tests.
- Practical experience with Electronic Design Automation tools, specifically Altium Designer, and component lifecycle management for reviewing schematics and layouts.
- Plan and support the execution of design control deliverables throughout the product development lifecycle and post-launch product care activities.
- Oversee hardware quality from initial Altium circuit design and component selection through final manufacturing release, ensuring robust design guidelines are followed.
- Participate in and lead design reviews, structured design handovers, and project milestone reviews to ensure quality requirements, system integration needs, and modular reusability standards are met.
- Ensure product development outputs and processes adhere to internal quality standards and external automotive regulatory requirements, including ISO 26262, ASPICE, and LV 124.
- Drive hardware safety work products, including Failure Modes, Effects, and Diagnostic Analysis reports, Worst-Case Circuit Analysis, and insulation coordination.
- Act as the primary subject matter expert during internal and external audits and quality inspections, providing traceability documentation and evidence of process compliance and product robustness.
- Manage the design, execution, and analysis of engineering, validation, and production tests, including Electromagnetic Compatibility pre-compliance and End-of-Line testing.
- Serve as the central technical interface for resolving quality and manufacturing issues with Systems, Industrialization, and Operations.
About the company
Munich Electrification GmbH designs and makes battery management systems, control components, and software for electric vehicles and stationary energy storage. Its modular platform includes wireless and wired cell monitoring boards, smart battery sensors, and a Battery Management Disconnect Unit, with the Smart Edge BMS using a distributed architecture to separate safety hardware from computing and supporting up to 1500V. The company differentiates itself with a modular, scalable platform, wireless communication to cut wiring and weight, automotive-grade safety and cybersecurity certifications, and partnerships that integrate power hardware with software and create a vertically integrated BMS suite. Its goal is to enable safer, more efficient, and scalable energy storage and EV systems by quickly adapting to different customer needs while meeting strict industry standards.
Company Size
201-500
Company Stage
N/A
Total Funding
N/A
Headquarters
Munich, Germany
Founded
2015
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Simplify's Take
What believers are saying
- Eaton's May 28, 2026 partnership opens megawatt charging and preferred-supplier channels.
- The August 2026 ME SSR and May 2026 BMDU broaden cross-sell into commercial vehicles.
- Ardian highlighted growth into data centers, NRMM, automation, robotics, and BESS.
What critics are saying
- Ardian's July 2026 buyout still needs competition approval, delaying integration and cash deployment.
- Daimler Truck and OEM programs create concentration risk if one platform slips or cancels.
- Solid-state relay adoption faces validation risk against entrenched contactors, fuses, and Tier-1 incumbents.
What makes Munich Electrification unique
- Ardian acquired control on July 13, 2026, funding selective buy-and-build expansion.
- Munich Electrification combines BMS, sensors, software, and solid-state disconnection into one stack.
- The August 11, 2026 ME SSR targets uptime-critical e-trucks and e-buses.
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Benefits
Flexible Work Hours
Hybrid Work Options
Wellness Program
Gym Membership
Meal Benefits
Commuter Benefits
Company Social Events
Remote Work Options
Growth & Insights and Company News
6 month growth
0%1 year growth
0%2 year growth
0%Munich Electrification unveils HV Disconnector between battery and vehicle. Munich Electrification presents an innovative battery disconnect device for high-voltage systems in commercial vehicles at the IAA Transportation in Hanover, Germany. Unlike the currently used mechanical or pyrotechnic fuses, the Munich-based company's solution is based on a chip circuit. By Cora Werwitzke 29.08.2026 - 13:00 From 15 to 20 September 2026, Munich Electrification will showcase its Solid-State Relay (ME SSR) at the IAA Transportation exhibition. This component is a semiconductor-based battery disconnector designed to connect the battery to the powertrain in electric commercial vehicles to safely isolate both systems when required. For instance, this includes when the vehicle is parked, during maintenance, or in the event of a fault. The German battery technology specialist explains that the ME SSR replaces conventional disconnection methods, such as mechanical contactors and pyrotechnic fuses, with a semiconductor circuit. This circuit is specifically engineered for the switching cycles, vibrations, and continuous loads typical in commercial vehicle operations. Munich Electrification notes that this innovation has been developed to address the frustration that fleet operators were experiencing because of the limitations of mechanical contactors. These wear out under high switching cycles, as do pyrotechnic fuses, which are single-use components. "In commercial vehicles, uptime dictates the profitability of the entire vehicle. Mechanical contactors wear out, and pyrotechnic fuses only trigger once - every failure means repairs and downtime. The ME SSR switches purely electronically: wear-free, in under five microseconds, and resettable after every fault. This keeps the vehicle in operation instead of in the workshop", said Timo Völkl, CTO, Munich Electrification. Munich Electrification's solution is its chip-based ME-SSR system. This system is designed to disconnect high-voltage circuits within microseconds without arcing or mechanical wear, according to the company. Compared to fuse-based protection, the SSR technology offers software-defined safeguards. This means the disconnect devices are configurable, self-testing to detect latent faults, and provide comprehensive data to predict failures before they occur, the company notes. The short-circuit protection is also resettable, and after a fault in the high-voltage system, the device remains operational instead of forcing vehicle downtime due to a blown single-use fuse. The ME SSR is available in two variants. As a standalone drop-in solution, it can be integrated into existing Battery Disconnect Units (BDUs), making it ideal for OEMs looking to enhance switching performance without redesigning the entire BDU. Alternatively, Munich Electrification offers the solution as an integrated module that combines switching and sensor technology in a single unit. This variant is suitable for new platforms and BDU consolidation projects aimed at simplifying system architecture. With the ME SSR, Munich Electrification is expanding its portfolio from battery management and sensor technology into high-voltage switching and disconnection technology. Until now, the company has primarily offered solutions for cell monitoring, current and voltage measurement, and functional safety. The ME SSR now builds on the company's Battery Management System (BMS) platform, which is already in use across numerous OEM programmes, including heavy-duty trucks. In the future, OEMs and suppliers can source battery management, sensor technology, switching systems, and safety software from a single provider. Among the company's named customers is Daimler Truck. 0 comments. about "Munich Electrification unveils HV Disconnector between battery and vehicle"
Munich Electrification unveils new solid-state relay. The solid-state relay reflects a shift toward treating fleet uptime as a deciding purchase factor for electric trucks * August 11, 2026 Munich Electrification (ME) is unveiling its solid-state relay (ME SSR) at IAA Transportation 2026 in Hanover, targeting high-voltage battery disconnect systems in e-trucks and e-buses. The unit acts as a central switch between battery and drivetrain, connecting power during operation and disconnecting it when parked, during servicing or in a fault. As electric commercial fleets scale, uptime is becoming a critical factor in drivetrain design. The ME SSR replaces mechanical contactors and pyrotechnic fuses, switching high-voltage circuits within microseconds without arcing or wear. Munich Electrification said the unit is configurable, self-testing and offers resettable short-circuit protection, so a fault no longer forces a blown fuse and vehicle downtime. The company said this improves drivetrain availability, supports functional safety to commercial vehicle standards, adds shock and vibration resistance, and simplifies integration by cutting components. The ME SSR is offered as a drop-in for disconnect units, or as an integrated module, ME SSR Next, combining switching and sensor technology for new platforms. In a statement, Timo Völkl, chief technology officer at Munich Electrification, said: 'The ME SSR switches purely electronically: wear-free, in under five microseconds, and resettable after every fault.' He said this keeps vehicles in operation rather than in the workshop, extending the company's portfolio from battery management into high-voltage switching.