Power Technology Development & Integration Intern

GlobalFoundries; Singapore; On-site; SGD 20,000 - 27,000; Full time

Benefits offered by this job

Mentorship

Professional development

Networking with executives

Job summary

GlobalFoundries seeks an enthusiastic Power Technology Development Integration Intern to support the development and characterization of the 55BCDL-Gen2 technology. You will gain hands-on experience in semiconductor process integration, device and SRAM characterization, yield analysis, and physical failure analysis while collaborating with engineers to optimize processes.

Ideal candidates are pursuing a bachelor’s degree in relevant fields, maintain strong academics, and commit to 16–24 weeks

Qualifications

• Actively pursues a Bachelor's degree in Electrical Engineering, Physics, Materials Science, Chemical Engineering or equivalent.
• Must be in good academic standing.
• Available for 16–24 week credit-bearing internship.

Responsibilities

• Support development and characterization of 55BCDL-Gen2 technology focusing on process integration optimization.
• Understand Core, I/O, and SRAM device architectures and electrical characteristics.
• Perform SRAM yield analysis and identify improvement opportunities.
• Conduct physical analysis (SEM/TEM) and correlate characteristics to electrical/reliability performance.
• Evaluate process stability (inline/ET CpK) and propose optimizations to meet requirements.
• Suggest process and design enhancements to meet product specs.

Skills

Academic standing

40h/week commitment

Project duration 16-24 weeks

Education

Bachelor's degree in Electrical Engineering, Physics, Materials Science, Chemical Engineering or equivalent

Job description

GlobalFoundries seeks an enthusiastic Power Technology Development Integration Intern to support the development and characterization of the 55BCDL-Gen2 technology. You will gain hands-on experience in semiconductor process integration, device and SRAM characterization, yield analysis, and physical failure analysis while collaborating with engineers to optimize processes.

Ideal candidates are pursuing a bachelor’s degree in relevant fields, maintain strong academics, and commit to 16–24 weeks