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The Software Development Leader is responsible for managing the software team, driving project goals, analyzing software requirements, ensuring adherence to development processes, monitoring project performance, conducting risk management, and coordinating software deliveries within BorgWarner PowerDrive Systems.

The Systems Development Engineer will lead the technical development of power electronics inverters, ensuring compliance with stakeholder, performance, and regulatory requirements. Responsibilities include collaborating with cross-functional teams, managing technical requirements, conducting design reviews, and mentoring junior engineers.

The Software Architect creates software architectural design specifications for power drive systems, ensuring A-SPICE compliance. Responsibilities include analyzing software requirements, defining architecture elements, and planning software topics with partners. The role requires participation in the development of complex embedded software from conception to production.

Coordinates engineering efforts to resolve problems in power electronics inverters, maintains communication with customers, defines problem management strategies, analyzes defects, tracks resolutions, and supports root cause analysis. Requires Bachelor's in Electrical, Mechatronics or Software Engineering, automotive industry experience, knowledge of software development lifecycle, analytical skills, and fluency in English.

The Change and Configuration Manager is responsible for managing systems configuration and engineering change processes, coordinating with project leads, and ensuring adherence to configuration management plans. This role involves tracking configuration items through the product lifecycle, implementing change management activities, participating in international project teams, and driving process improvements.

The Controls Engineer at BorgWarner is responsible for designing and developing manufacturing control systems, programming plant floor data interfaces, troubleshooting equipment, and leading vision inspection systems support. They ensure production efficiency by evaluating performance and proposing improvements.

The Electronics Hardware Architect - Electrification is responsible for analyzing, developing, documenting, and allocating the hardware architectural design for power electronics products, ensuring compliance with requirements such as ASIL and cybersecurity, and establishing requirement traceability. They will also work with design and testing teams on product safety and validation.