Project / Integration Engineer-Energy Systems (High Voltage) On-Site

Essential Responsibilities & Activities

• Support integration of all Energy Systems subsystems, including HV Battery, Energy Management, Thermal Systems, Charging, HV/LV Bus, and HV Safety, into the vehicle platform to meet program metrics on time and with high quality
• Cross-functional work and rapid studies across the Energy Systems organization
• Identify gaps in interface definitions and collaborate with subsystem teams to ensure consistent expectations, requirements alignment, and clear communication paths
• Support Energy Systems teams in completing project development deliverables by applying strong program and project management skills to close gaps
• Own and maintain HV and supporting LV bus specification documents, ensuring accuracy and version control
• Own the HV mechanization diagram and keep it updated throughout the program lifecycle
• Support and help manage weekly Energy Systems kickoff meetings, including agenda preparation and follow-up actions
• Collaborate effectively within a high-performing Energy Systems team and with cross-functional partners such as vehicle engineering, manufacturing, safety, and suppliers
• Adapt to changing work packages, program priorities, and development phases across the vehicle lifecycle

Requirements

• Bachelor's degree in Electrical Engineering, Mechanical Engineering, Systems Engineering, or a related technical field
• 3-10 years of experience in automotive, energy systems, or related engineering roles involving system integration
• Strong understanding of high-voltage (HV) systems, including batteries, power electronics, and HV safety requirements
• Experience with multi-disciplinary system integration, including mechanical, electrical, and software interfaces
• Proven ability to work across cross-functional teams and manage competing priorities in a fast-paced development environment
• Familiarity with vehicle architecture, HV/LV systems, and energy management concepts
• Experience with requirements management tools (e.g., DOORS, Jama) and system documentation practices
• Strong problem-solving skills with demonstrated ability to identify gaps and drive resolution across teams
• Effective communication skills, with the ability to convey complex technical concepts to diverse audiences
• Working knowledge of automotive development processes (e.g., V-cycle, APQP) is preferred
• Able to manage tasks independently while contributing to a high-performing team environment
• Experience with electrified vehicle energy systems and high-voltage components
• Exposure to cross-functional engineering collaboration and system integration activities
• Familiarity with automotive development processes and tools
• Strong technical curiosity and willingness to learn across multiple domains
• German language proficiency is preferred
• Willingness to travel, as needed