Overview
Join GlobalFoundries, one of the world’s leading semiconductor manufacturers, and gain hands-on experience in cleanroom layout planning and operations. This internship is designed for engineering students who want exposure to real-world fabrication environments, layout optimisation, and large-scale industrial processes that keep advanced chipmaking running efficiently.
What You’ll Learn
- How semiconductor fabs plan and redesign production spaces for efficiency and future capacity
- Practical AutoCAD application for cleanroom and sub-fab layout updates
- Cross-fab coordination for tool movements, space usage, and operational continuity
- How layout optimisation directly impacts throughput, safety and productivity
- The fundamentals of industrial engineering in a high-precision, high-stakes environment
Key Responsibilities
- Support cleanroom layout management, ensuring drawings and floor plans remain accurate and updated
- Use AutoCAD to revise, document and optimise layout configurations across main fab and sub-fab areas
- Assist with planning and executing tool relocations to improve space utilisation
- Participate in capacity transformation initiatives under the Industrial Engineering team
- Follow all Environmental, Health, Safety & Security (EHSS) guidelines and contribute to a safe working environment
Requirements
- Currently pursuing a Bachelor’s degree in Industrial, Mechanical, Civil Engineering or a related discipline
- Minimum standing: Sophomore at time of application
- Strong organisational skills and the ability to work methodically with technical drawings
- Good communication and project coordination capability
- Prior internship or leadership experience is an advantage
- Commitment: 20–24-week credit-bearing internship from Jan 2026 onwards
About GlobalFoundries
GlobalFoundries operates manufacturing facilities across three continents and partners with top global technology brands. Interns benefit from mentorship, professional development, and the chance to build industry-relevant skills in a world-class semiconductor environment.
