The candidate will be a member of a multi-site K&S team that develops and sustains semiconductor assembly equipment. The successful incumbent will be responsible for the design, development, documentation and testing of mechanical subsystems that is part of a high-performance semiconductor assembly machine under development.
- Analyzes, designs, and tests electro-mechanical systems for high-performance multi-axis robotic semiconductor manufacturing equipment and process equipment.
- Performs analysis and calculations necessary to ensure designs meet requirements including performance, reliability, manufacturability, and cost targets.
- Evaluates prototype designs against requirements, performs testing, documents and analyses data and write reports.
- Support fabrication/build of prototype and production systems
- Work closely with Electrical Engineering and Software teams to achieve module performance
- Manage Bill of Materials for the machine, as well as related accessories and kits.
- Support the integration of multiple subsystems and modules into the overall CAD model of a large machine with >2,000 unique components
- Leverage various software tools and lab equipment to collect data
- Provides technical support to our field engineers and customers
- Other duties as assigned
Knowledge & Experience requirements
- Minimum 2 years of precision mechanical engineering design or related experience
- Capable of using 3D CAD solid modeling tools (such as NX or ProEngineer), Finite Element Modeling (Nastran or equivalent), and MS Office tools.
- Ability to perform analysis related to thermal, fluid, motion, vibration, and pneumatic systems.
- Ability to perform testing, write reports, and evaluate prototype designs against product requirements.
- Ability to interpret requirements and Design tooling according to customer’s specifications and requirements
- Ability to perform machine trouble shooting and testing
- Knowledge of materials and production methods.
- Knowledge of low volume manufacturing methods and mechanical engineering standards including GD&T (Geometric Dimensioning and Tolerance).
- Ability to perform detailed analysis related to motion systems and mechanism designs. Education Requirements
- Minimum a bachelor’s degree in mechanical or robotics engineering Other requirements
- Good communication and interpersonal skills
- Ability to think outside the box
- Innovative thinking
- Positive Attitude
- Team player with a cross functional mindset
- Result-driven and can-do mentality
- Some travel (domestic and international) may be required