TE Connectivity Hiring! Full Time Simulation Intern (Mechanical-Material-Electrical Engineering) - Full Time, 6 Months in - Ricebowl

For more than 75 years, TE have partnered with customers to produce connectors and sensors with high reliability and durability that make a connected world possible. We provide solutions that power electric vehicles, aircraft, digital factories, and smart homes. Innovations in TE enable life-saving medical care, sustainable communities, efficient utility networks, and the global communications infrastructure.

The Singapore R&D Center is chartered to work with TE’s Business Units to identify technical areas of interest for R&D and develop technologies that will impact all segments. In order to improve the New Product Development process, TE is investing in upfront simulation, modelling and data mining capabilities, as a part of our Digitalization strategy. Effective use of modelling helps to “get it right the first time.” The intern will work under the supervision and mentorship of TE scientists to use simulations in the development of new products, materials and manufacturing processes.

Duties & Responsibilities:

• Technology scouting and literature survey to identify the state of the art in the fields of material sciences and manufacturing processes
• Support the modelling and simulation for new product evaluation and development
• Work in a multi-disciplinary environment with specialists in data science, material science, mechanics, additive manufacturing, and other fields

Qualifications:

• Major in mechanical/material/electrical engineering or related fields (undergraduate or postgraduate programme)
• Experience in literature survey/technology scouting
• Fundamental understanding of mechanical/material/electrical engineering and manufacturing technologies
• Skilled in CAD design and interest in CAE simulations
• Good presentation and communication skills
• A self-motivated learner
• A good team player

Nice to have:

• Programming experience preferably in Python
• Experience in simulations of injection molding, fluid dynamics, or mechanics