Munich Electrification

Hardware Engineer

• Design responsibility for circuit components and/or complete PCBAs, including ownership of the release process
• Component selection and supplier communication during development, including creation and maintenance of component libraries
• Circuit design using Altium Designer
• Design analysis and documentation in accordance with customer and internal ME requirements
• Specification, design and construction of test fixtures and equipment to perform hardware-level tests
• Execution of hardware component and hardware-integration tests on prototypes, development samples and production units
• Support in creating test requirements and test sequences, taking into account internal and customer requirements, and development of risk analyses for used technologies and required mission profiles
• Scripting of test sequences to enable partial or full automation of hardware test cases
• Documentation of test results and maintenance of traceability between test cases and hardware requirements
• Support for root cause analysis of component or design failures identified during testing
• Management of test equipment resources in cooperation with project owners and other stakeholders

Hardware Development Engineer

SDET

• Develop test cases for software and system integration and qualification following ASPICE and ISO 26262/21434 standards
• Plan, execute and analyze test runs for regression and release testing in an agile context
• Provide continuous test feedback to systems and software stakeholders
• Analyze CAN traces in order to narrow down root causes of failed test cases and customer issues
• Help improve XIL test infrastructure, e.g. higher automation in test execution and reporting

Senior Test Engineer

Software Engineer

• Design & Implementation: Architect and implement scalable feature additions to our in-house XIL framework and automated reporting toolchains.
• Performance Optimization: Conduct resource analysis (CPU/Memory) to ensure the framework operates within strict timing limits dictated by embedded real-time requirements.
• Certification Support: Ensure the HiL environment and framework architecture support the rigorous evidence-gathering required for ISO 26262 and ISO 21434.
• Standardization: Enforce modular, maintainable code structures adhering to our Internal Python Developer Guide as well as common best practices.
• Infrastructure as Code: Develop and test deployment scripts to automate the rollout of test environments across the organization.
• CI/CD Integration: Maintain and optimize release pipelines for all versioned work products (Python modules, configs).
• Stability & Maintenance: Proactively monitor framework stability and establish a support plan to address bug fixes and environment upgrades.
• Technical Documentation: Produce and maintain high-quality API documentation and comprehensive setup/troubleshooting guides.
• Enablement: Create training materials (tutorials/how-tos) and conduct workshops for Test Engineers and End-Users.

Senior Test Framework Developer – f/m/d

Data Engineer

• You are the owner of an exploratory workstream and not executing against a fixed spec. You define the technical direction, work hands-on in the lab, and your success is measured by the transition of lab-proven concepts into our real-world BMS product pipeline.
• Design and evaluate advanced diagnostic algorithms for state estimation and battery health assessment across cell chemistries (NMC, LFP).
• Develop novel fault detection and anomaly detection approaches, combining physics-based features with machine learning.
• Build validation frameworks that quantify algorithm performance across operating conditions, temperatures, and aging states.
• Define data collection requirements like measurement protocols and operating points needed for robust validation.
• Collaborate with research partners on joint algorithm development and structure research project with academic partners.

Battery Science, Data Engineer

Product Manager

• Lead the technical part of business development activities: Review RFQ's and define suitable ME products with respect to the ME product strategy & represent ME as a technical leader and innovative company towards customers and prospective clients.
• Define new products and product roadmap based on identified market trends and needs.
• Lead the effort estimation & provide holistic cost estimation for business case evaluations and commercial offers: Development efforts & resource assessment, validation & testing concepts
• Define the technical and industrialization concept for quotes together with the Chief Technical Officer and the Chief Operation Officer
• Identify business cases and align product strategies in R&D and provide feedback to the Chief Technical Office and Chief Growth Officer
• Identify the most suitable products for the customer (carry-over vs new development) in alignment with the ME product strategy
• Facilitate a seamless transition from the acquisition phase to project execution

• Oversee the entire product release process, including planning, execution, and post-release activities.
• Act as the development representative within the project team and serve as the primary contact for Industrialization, Operations, and Purchasing on development-related topics.
• Coordinate tasks and assign them to the various stakeholders to ensure timely delivery of product features and functionality.
• Monitor and manage product costs, including Bill of Materials (BOM) costs, to optimize overall product profitability.
• Define and manage product variants to meet diverse customer needs while maintaining consistency and quality.
• Identify, investigate, and resolve quality issues, working closely with the quality team to ensure compliance with industry standards and customer requirements.
• Manage suppliers and track the maturity of their products, ensuring timely delivery of components.
• Develop and oversee comprehensive validation plans to verify product performance and reliability.
• Identify, assess, and mitigate product risks to minimize potential issues and ensure product safety.

Product Owner, Hardware 	6 BESS Electronics

QA Engineer

• Design Control & Robustness Oversight: Plan and support the execution of all design control deliverables throughout the product development lifecycle and into post-launch "product care" activities. Oversee hardware quality from initial Altium circuit design and component selection to final manufacturing release, actively highlighting and ensuring that robust design guidelines are rigorously followed.
• Design and Milestone Reviews: Participate actively in—and often lead—design reviews, structured design handovers, and project milestone reviews to ensure that quality requirements, system integration needs, and modular reusability standards are met at every stage.
• Safety, Compliance & Standards: Ensure that all product development outputs and processes adhere to internal quality standards and external automotive regulatory requirements (e.g., ISO 26262, ASPICE, LV 124). Drive critical hardware safety work products, including FMEDA reports, Worst-Case Circuit Analysis (WCCA), and insulation coordination.
• Audit and Inspection Support: Act as the primary Subject Matter Expert (SME) during all internal and external audits and quality inspections. Provide the necessary support, traceability documentation, and evidence to prove process compliance and product robustness.
• Testing, Validation & Cross-Functional Support: Manage the design, execution, and analysis of engineering, validation, and production tests (including EMC pre-compliance and EOL testing). Act as the central technical interface to resolve quality and manufacturing issues alongside Systems, Industrialization, and Operations.

Design Quality Engineer

• Backlog Management: Support the SW Product Owner in refining, prioritizing, and maintaining the software backlog to ensure the development team has clear "ready" tasks
• Requirements Engineering: Translate high-level customer requirements into detailed software functional requirements and user stories
• Sprint Coordination: Assist in sprint planning and tracking progress toward project milestones, ensuring software deliveries align with overall system timelines
• Stakeholder Interface: Act as a point of contact between technical project management, software developers, and the testing team to ensure feature alignment and clarification
• Release Readiness: Support the documentation and tracking of software defects and feature completion for series release

Intern – Software Product Owner

Technical Project Manager

• Plan and align all technical deliverables across the full V-cycle.
• Own and maintain the technical project timeline (FROP – Full Release & Execution Plan).
• Coordinate close alignment with engineering teams across SW, HW, and systems.
• Steer and support the Field Application Engineer.
• Consolidate technical Change Requests and assess technical feasibility.
• Ensure alignment between SW roadmap, HW development, and customer releases.
• Identify technical risks early and drive mitigation strategies.
• Track implementation progress across all technical teams.
• Ensure technical deliverables are completed on time.
• Support ASPICE compliance and technical audit readiness.
• Make sure the project is a success.

Engineer

• Prepare and update Validation Master Plans, project plans, and detailed protocols for all validation and commissioning activities.
• Define specifications and manage requirements for environmental and electrical tests, taking customer requirements into account and developing risk analysis tools based on the technologies used and the required mission profile.
• Manage test and laboratory equipment resources in cooperation with project management and external partners.
• Perform complex testing, collect samples, and oversee/review testing and reports produced by junior staff and contractors.
• Analyze test results to verify criteria are met and prepare/review summary reports and documentation for regulatory compliance.
• Ensure all validation activities and documentation comply with internal quality standards and external regulatory requirements (e.g., GMP, ISO).
• Implement advanced automation of test procedures and data analysis for test evaluation.
• Lead lessons-learned processes related to validation performance and field failures.

Validation Engineer

Backend Engineer

• Develop and maintain embedded software modules in C and/or C++ for BMS (Battery Management System) applications
• Implement low-level drivers, communication stacks and diagnostic functions
• Write unit tests and ensure high branch coverage
• Participate in code reviews and actively contribute to code quality
• Integrate and test software on target hardware (microcontrollers)
• Debug embedded systems using oscilloscope, debugger and logic analyzer
• Work with automotive communication protocols (CAN, LIN, SPI)
• Implement requirements from ISO 26262, ASPICE and MISRA C:2012
• Collaborate closely with systems engineers, test engineers and product owners

Embedded Software Developer, C/C++

Systems Engineer

• As a Systems Engineer for Battery Management Systems (BMS), you will be instrumental in the design, development, and integration of advanced BMS solutions tailored for automotive applications.
• You will work within a multidisciplinary team, focusing on the technical aspects of BMS projects, and collaborate closely with cross-functional teams to deliver innovative products that meet industry standards and customer expectations.
• You define and develop the project-specific System Specification, ensuring the "What" is clearly defined for the implementation teams.
• You apply and integrate our existing platform architecture (hardware and software blocks) to meet specific customer project requirements.
• You define and document robust SW/HW interfaces in accordance with our platform rules to minimize integration friction.
• Gather, analyze, and manage system requirements throughout the V-Model development lifecycle using our toolchain.
• Conduct system-level analyses (e.g., DFMEA) to identify and mitigate potential design risks early in the process.
• Create and maintain essential technical documentation, including system specifications, design documents, and customer-facing user guides.
• Serve as the primary technical interface for the project team (Software, Hardware, Test) to resolve technical ambiguities.
• Collaborate closely with validation teams to ensure a clear understanding of system behaviors and support integration testing.

• Validate functionality and performance at hardware, software, and system levels
• Translate EOL / FKT test requirements into effective test strategies and FKT software framework components
• Develop automated test scripts and tools to streamline production testing processes
• Enhance and optimize automated test cases for improved coverage, cycle time, and reliability
• Ensure seamless operations through calibrations and troubleshooting
• Swiftly resolve technical issues at production locations and in-house equipment
• Develop and implement predictive and corrective maintenance strategies for production equipment
• Conduct training sessions for suppliers and external factories
• Create and maintain documentation for test system designs, software frameworks, and automated test scripts

Manufacturing Testing Systems Engineer – f/m/d

Project Manager

• As a Senior Logistics Project Coordinator, you will play a key role in our Logistics and Micro Factory Team.
• Work closely with external partners and internal stakeholders across multiple departments.
• Oversee the smooth and timely distribution of goods to our customers, production partners, and key suppliers.
• Collaborate with customers and production partners to lead the development and implementation of logistics and packaging concepts.
• Manage warehouse operations, inventory control, and in-house prototype activities.
• Establish and maintain clear communication with production partners, suppliers, and customers.
• Define, monitor, and analyze key performance indicators (KPIs) for process improvements.

Senior Logistics Project Coordinator

• Assist software development engineers in developing innovative BMS (Battery Management Systems).
• Drive code quality through active refactoring, code clean-ups, and maintenance of existing codebases.
• Design and implement common libraries to streamline development across multiple projects.
• Support the development of core BMS algorithms, including life-cycle calculations (e.g., State of Health).
• Enhance the reliability of the flash tool, implement standard UDS support, ensure configurability, and add Over-the-Air (OTA) flashing capabilities.
• Develop a simple, user-friendly UI tool for hardware validation teams to enable straightforward hardware testing via interfaces (using UDS and debug CAN).
• Build and maintain metrics dashboards to visualize runtime metrics, ensure compatibility across projects, and implement automated alerts for anomalies.