Mechanical Design Engineer

Job Description

Why Join Us? (Job Vision)
At Bosch, your role transcends conventional CAD modeling and technical drafting. As a core member of our safety-critical Electronic Control Unit (ECU) R&D team, you will stand at the very frontier of smart chassis and brake-by-wire technologies.
Here, you will act as both a "champion of RPP (Rationalization, Process, Product) technical cost optimization" and a "meticulous design engineer striving for zero-defect precision engineering". We seamlessly bridge advanced mechanical design and simulation with century-old German manufacturing excellence. Join us and work alongside the brightest minds to redefine the baseline of mobility safety with rigor and innovation!

Responsibilities
• RPP Cost Optimization Champion: Lead the technical cost optimization of ECU mechanical components. Independently conduct 360° technical feasibility evaluations (covering functional integrity, manufacturing processes, and 15-year automotive lifetime reliability) and deliver professional bilingual engineering reports.
• Guardian of Precision: Address complex, high-density structural packaging and mechanical integration using Creo. Apply GD&T (Geometric Dimensioning and Tolerancing) to convey design intent perfectly, translating concepts into fully constrained, parametric 3D models and high-standard 2D technical drawings.
• Master of Tolerancing: Perform rigorous statistical tolerance stack-up analyses (Worst-Case and Monte Carlo methods) to find the optimum balance between manufacturing costs and assembly yields, ensuring first-time-right physical integration.
• DFMA & Process Alignment: Act as the technical bridge between design and manufacturing. Collaborate with suppliers and Bosch automated production lines to align precision manufacturing and assembly processes, implementing robust error-proofing (Poka-Yoke) strategies.
• Solid Team Backup: Manage engineering documentation archiving, perform standard specification retrieval, and actively stand in for routine tasks to support the team during critical product validation and testing phases.

Professional Growth

1. Automotive-Grade Transformation: Elevate your expertise by developing safety-critical ECU hardware. Transform your engineering background from other precision sectors into a high-barrier, highly valued Automotive Grade R&D career.
2. Distinguished Mentorship: Learn from our highly experienced technical experts and senior mentor team. Here, constructive technical debates and design reviews are active catalysts for your professional growth.
3. True German Engineering Culture: We reject bureaucracy and champion execution efficiency. We celebrate data-driven decisions, radical transparency, and absolute ownership. You are highly encouraged to satisfy your curiosity by exploring the "Physics of Failure" behind every test.

Qualifications

1.  Technical Hard Skills
   • Education: B.S. or M.S. in Mechanical Engineering, Mechatronics, or Automotive Engineering.
   • The Toolbox: Proficient in Creo modeling, with a solid command of GD&T standards and tolerance stack-up methodologies.
   • Manufacturing & Materials: Solid understanding of engineering plastics and metallic materials properties, as well as precision tooling structures and assembly processes.
   • Strong Plus:
   o Familiarity with ANSYS or Moldflow simulation tools.
   o Good understanding of PCB design and process (PCB knowhow).
   • Languages: Fluent English for global collaboration and professional technical presentations.
2. Soft Skills
   • Ownership: Uncompromising dedication to quality; rigorous self-check habits to eliminate low-level dimensional errors and drive design issues to closure.
   • To-the-point: Direct, precise, and highly logical communication style; quickly and accurately grasp the core design constraints and pain points of team members and clients.
   • Humble: Open-minded; eager to learn from senior specialists and on-site assembly experts; view constructive feedback as an opportunity to grow.
   • Proactive & Curious: Active pathfinder when blocked instead of passively receiving instructions; passionately curious about new technologies, materials, and the "Physics of Failure."
   • Transparent & Reliable: Deliver on technical promises; communicate with high transparency; dare to expose risks and issues early, proactively escalating potential technical and quality risks without delay.
   • Resilience: Maintain composure and a solution-oriented approach when facing high pressure or rejected designs.

Additional Information