Responsibilities

• Develop new and innovative solutions for existing and future ion implanters.

• Ensures adherence to the development process including requirements planning, schedule estimates, concept reviews, design reviews, verification, and validation test plans.

• Monitors progress of projects, confers with program and project engineers and reviews reports to see that development is progressing according to schedule and within budgetary guidelines. Recommends corrective action as required.

• Manages the mechanical engineering interface to the design services group and to offshore teams to deliver quality designs and on-time performance.

• Communicates to customers and cross-functional groups the status of various development projects. Ensures that products and projects are delivered to meet customer requirements and specifications. 

• Holds mechanical engineers accountable to quality goals, schedules, development process, and system performance. The role requires close day-to-day interaction with both project managers and key customers to manage the complete mechanical engineering lifecycle for new and legacy products. Strong interpersonal skills are mandatory, together with a drive to succeed.

• Ensures mechanical designs meet design objectives as well as safety, industry (SEMI), and customer specific requirements.

• Executes design, qualification, and release of mechanical assemblies—experience with semiconductor capital equipment a plus.

• Troubleshoot, find root cause, and recommend corrective actions to system-level problems that cross multiple engineering disciplines. Having some knowledge of controls and electrical systems would be helpful.
   

Qualifications

• Accomplished mechanical engineer capable of contributing to technical design.

• Know how to roll up your sleeves and get the job done right.

• Practical experience with the design, manufacture, and service of highly automated electromechanical systems.

• Have an unrelenting drive for understanding the fundamental physics behind the most complicated parts of our system; refuse to take things at face value.

• Must possess strong decision-making, analytical, and problem-solving skills.

• Solid technical background to understand, communicate, and make decisions to improve the overall product and mechanical architecture.

• Experience working with offshore teams is a benefit.

• Strong written and verbal skills.

• Experience with a PLM system. Specific knowledge of the following is a plus: PTC/Windchill

• 3D modeling and FEA analysis skills. Specific knowledge of the following is a plus: PTC/Creo, Ansys.

• BSME (MSME preferred)

• 5 years of experience in mechanical engineering