As an Advanced Engineer in Advanced Solutions Business Unit's Mechanical Engineering Organization, this role will be working as a multi-disciplinary Engineer in Research & Development (R&D) department on advanced technology platforms for next generation high speed, high precision automated semiconductor assembly equipment.

Overview:

Develop, model, test, and validate system and subsystem performance for high‑speed, high‑precision semiconductor manufacturing equipment, from feasibility through mass production.
Collaborate cross‑functionally with mechanical, electrical, and software teams to define interfaces, execute test standards, and resolve issues through root‑cause analysis.
Design test programs, analysis tools, and proof‑of‑concept fixtures to support new product development, performance optimization, and engineering‑to‑production transitions.

Responsibilities:

Develop test program and analysis tools to conduct feasibility studies and establish critical system and subsystem-level performance parameters and constraints.
Work in close coordination with mechanical, electrical and software teams to conduct module/ system level validations, define and document electromechanical interface parameters with application software.
Model, test and analyze system and subsystem-level machine performance in high-speed, high accuracy semiconductor manufacturing equipment.
Define and execute test standards to qualify systems and sub-systems to specifications for mass production.
Perform root-cause analysis to understand, rectify and prevent issues during transition phase between Engineering and production and beyond as 2nd line of defense.
Design simple dynamic structures and fixtures to assist with module and sub-system level proof of concept studies.
Perform other duties as assigned.

Qualifications:

Masters/Bachelor's degree in Mechatronics/ Mechanical/ Electrical/ Systems Engineering
Work experience in R&D or Product Engineering preferred, as well as Semiconductor equipment and/or precision machine development experience.
Experienced with Matlab/Simulink, Python, C/C++ and Tcl to develop test program/ scripts and data analysis tools to study machine performance.
Principles of operation of servo control systems, vision systems, material handling systems
Hands-on testing and data analysis experience test planning and set-up, design of experiments, instrumentation, statistical analysis, etc.
Experience with technical systems requirements analysis, definition, allocation, and validation.
CAD experience (NX preferred) for electro-mechanical system design and GD&T knowledge will be a plus.
Strong personal initiative and demonstrated ability to work in a fast-paced environment on multi-disciplinary projects.
Sense of timeliness and strong desire to find solutions for new product development.
Good communication skills (written and oral)
Willingness to work as part of a global engineering team with offices in Singapore, Europe, China, and the US ability to travel internationally.

Mechanical Engineer (Mechatronics-Systems Engineer)