Goal and Approach

The objective of this program is to develop a scalable liquid-cooling cold plate architecture that optimizes thermal resistance and fluid dynamics to ensure reliable operation for next-generation GPU systems. Using various Computational Fluid Dynamics (CFD) tools, the student will investigate the fundamental heat transfer mechanisms within liquid-cooled cold plates. Through detailed analysis of simulation results, the student will propose and develop multiple optimized thermal designs tailored for high-performance GPU applications.

Scholarship

NTD 30,000 per month (NTD 10,000 from NTU and NTD 20,000 from a partner company).

Travel Costs

The student is responsible for covering all travel costs associated with this program.

Dormitory

Limited on-campus dormitory spaces are available, and the student must pay the dormitory fee at their own expense.

Registration Fee at NTU

The student is responsible for covering the NTU student registration fee, which ranges from NTD 5,000 to NTD 15,000 depending on the length of their stay.

Expected Program Period

September 1, 2026 – February 28, 2027 (six months).