Overview As Mechanical Design Engineering Manager, you lead a team of engineers designing advanced mechanical and opto-mechanical subsystems for semiconductor inspection and metrology equipment. You steer complex product development programs from concept to manufacturing release, balancing performance, cost, and schedule. You partner with cross-functional leaders to drive technical strategies and deliver reliable, high-precision systems. This is a hands-on, impact-driven role in a fast-paced, innovation-focused environment.
Compensation / Benefits- medical, dental, vision
- 401(k) with company matching
- employee stock purchase program (ESPP)
- tuition reimbursement
- paid time off and holidays
- family care and bonding leave
Responsibilities- Lead the design and development of complex mechanical and opto-mechanical subsystems for semiconductor capital equipment
- Guide teams through full product development cycles: requirements, concept, architecture, detailed design, analysis, prototype, integration, validation, and manufacturing release
- Ensure successful design reviews and drive Design-for-X (DfX) for manufacturability, reliability, serviceability, cost, quality, and performance
- Collaborate with Program Managers and Engineering Leaders to execute multi-disciplinary development programs
- Manage resources, schedules, budgets, priorities, and technical risks; ensure timely milestones and product releases
- Lead cross-functional teams to resolve complex issues and achieve program objectives
- Set clear goals and development plans for engineers; build organizational capability through recruiting, coaching, succession planning
- Foster a culture of innovation, accountability, collaboration, and continuous improvement; propagate engineering best practices
Key requirements- Semiconductor inspection/metrology/lithography or advanced manufacturing experience
- Pro/E/Creo, SolidWorks or equivalent CAD tools
- Experience with machining, sheet metal fabrication, welding, and castings
- Strong fundamentals in mechanical engineering, materials, and fabrication methods
- Experience with opto-mechanical systems, vacuum systems, motion control, FEA and simulation tools, GD&T, tolerance analysis
- Strong written and verbal communication and organizational skills
- Ability to adapt in a fast-paced semiconductor environment
- strong communication skills
- cross-functional collaboration
- detail-oriented
- opto-mechanical design
- vacuum system design
- motion control mechanisms
