Center of Excellence for Electronic Cooling and CFD Sim Lab,
College of Engineering and Technology,
SRM Institute of Science and Technology,
Kattankulathur, Chennai - 603203, Tamil Nadu, India,
Mobile: 9677059138, 7904754109
Email: head.ceec.ktr@srmist.edu.in, gnanaveb@srmist.edu.in
https://www.srmist.edu.in/department/center-of-excellence-for-electronic-
cooling-and-cfd-simulation/

A PhD Studentship in Electronics Cooling typically involves conducting advanced 
research in the field of thermal management for electronic devices and systems. 
Here's an outline of what such a position might entail:

Research Focus: The PhD research will focus on investigating various aspects of 
electronics cooling, such as heat dissipation, thermal interface materials, heat 
sink design, and thermal management techniques for electronic devices ranging 
from microchips to larger electronic systems.

Experimental and/or Computational Work: Depending on the nature of the research 
project, the PhD student may conduct experimental studies in a laboratory 
setting, utilizing equipment for thermal characterization, heat transfer 
measurement, and prototype testing. Alternatively, the research may involve 
computational modeling and simulation using software tools like computational 
fluid dynamics (CFD) to analyze heat transfer phenomena.

Literature Review: The PhD student will conduct a comprehensive review of 
existing literature and research in the field of electronics cooling, 
identifying gaps in knowledge and areas for further investigation.

Design and Optimization: The student will be involved in the design and 
optimization of cooling solutions for electronic devices and systems, aiming to 
improve performance, reliability, and energy efficiency.

Collaboration and Networking: Collaboration with other researchers, both within 
the university and with external partners in industry or academia, may be 
essential for sharing knowledge, accessing resources, and validating research 
findings.

Publication and Dissemination: The PhD student will be expected to publish their 
research findings in peer-reviewed journals and present their work at 
conferences and seminars, contributing to the advancement of knowledge in the 
field of electronics cooling.

Teaching and Mentoring: Depending on the program requirements, the student may 
also have opportunities to gain teaching experience by assisting with 
undergraduate courses or mentoring junior students.

Thesis Writing and Defense: The culmination of the PhD program will be the 
preparation and defense of a doctoral thesis, which presents the original 
research conducted by the student. This will involve writing a comprehensive 
document detailing the research methodology, results, and conclusions, followed 
by an oral defense in front of a committee of faculty members.

Professional Development: Throughout the PhD program, the student will have 
opportunities for professional development, including attending workshops, 
seminars, and training sessions on topics such as research ethics, academic 
writing, and career planning.

Overall, a PhD Studentship in Electronics Cooling offers an exciting opportunity 
for aspiring researchers to make significant contributions to the field and 
develop expertise in a specialized area of thermal engineering.