Design Engineer Harness

Responsibilities:

Technology Benchmarking & Innovation

• Identify, evaluate, and benchmark emerging hardware electronic technologies and innovative solutions for new energy applications.
• Assess potential suppliers, analyze industry trends, patents, and technical developments, and contribute to collaborations with research institutions and external partners.
• Support technology roadmap planning and innovation initiatives aligned with customer and business requirements.

• Lead the development, integration, and validation of hardware electronic solutions, including requirements definition, functional analysis, testing, and risk management.
• Define technical specifications and validation plans while optimizing product performance, reliability, and cost throughout the development lifecycle.
• Conduct system-level integration activities and ensure successful implementation of electronic components within the overall system architecture.

• Develop and maintain technical requirements and specifications for hardware electronic components.
• Ensure traceability between system requirements and component-level specifications throughout the development process.
• Analyze validation and testing results to ensure components meet performance, quality, and manufacturing requirements.

• Support the introduction of new hardware electronic technologies and product solutions in line with the company's innovation roadmap.
• Promote innovation, knowledge sharing, and cross-functional collaboration to accelerate technology adoption and product industrialization.
• Foster strategic partnerships with key suppliers and external stakeholders to drive technical excellence.

• Manage supplier technical performance and support sourcing activities, including technical evaluations, RFI/RFQ processes, and cost optimization.
• Provide technical guidance to internal teams and stakeholders regarding hardware electronic technologies, performance, and product competitiveness.
• Collaborate closely with key suppliers to ensure successful product development, validation, and launch.

• Facilitate the transfer of technologies, methodologies, tools, and best practices from research and innovation programs into serial product development.
• Capture lessons learned and drive continuous improvement across product development activities.

Qualifications:

Requirements

• Master's degree or PhD in Electronics Engineering, Electrical Engineering, Battery Systems, Mechatronics, or a related technical discipline.
• Proven experience in hardware electronics development, electronic control systems, sensors, actuators, or diagnostic technologies within the automotive or industrial sector.
• Fluent English communication skills, with the ability to participate in technical discussions in an international environment.

• Strong understanding of electronic control units (ECUs), control systems, sensors, actuators, and on-board diagnostic technologies.
• Solid knowledge of electronics design, validation, testing methodologies, and product development processes.
• Familiarity with automotive quality standards and engineering tools, including DFMEA, root cause analysis, and problem-solving methodologies.
• Knowledge of EMC, electronic manufacturing processes, and system integration principles.
• Experience with component validation, calibration, and performance optimization is an advantage.
• Understanding of materials, industrial processes, and reliability requirements for automotive electronic products.

• Strong analytical and problem-solving abilities with a structured engineering mindset.
• Excellent communication and stakeholder management skills, with the ability to collaborate effectively across functions and with external partners.
• Proactive, self-driven, and results-oriented, with strong organizational and project coordination capabilities.
• Ability to drive innovation, manage priorities, and contribute effectively in a fast-paced and international environment.