Introduction
The HV lab at the EE Department, established with support from the UGC COSIST program between 1994 and 1999, was primarily used as an instructional facility. Today, there’s a critical need to expand its role to support UG, PG, and PhD thesis projects, aid other departments in scientific research, and offer testing and consultancy services to industries. However, the high cost of specialized equipment creates a barrier to expansion and upgrades.
By enhancing the lab’s capabilities, we aim to bridge the gap between academia and industry, fostering research that tackles real-world challenges while providing students with hands-on experience in specialized fields. The upgraded lab will focus on developing advanced dielectric materials, refining high voltage testing methodologies, and conducting research to meet the growing demands of power generation, transmission, and distribution sectors. It will also create opportunities for consultancy services, enabling industry partners to collaborate with faculty and students on innovative solutions.Through alumni support, this lab can elevate the institute’s national standing in electrical engineering and provide a platform for alumni to contribute to research and technological advancements. The lab’s development will occur in phases, each focusing on critical equipment and infrastructure enhancements. To ensure the success of this initiative, we will offer naming rights for key lab sections and facilities, giving our alumni a chance to leave a lasting legacy while contributing to the institution’s growth. We invite our alumni to support this transformative upgrade, enabling the lab to serve both academic and industry needs and empower the next generation of engineers.
Estimated Timeline for the Project
- 2 Years: 0-6 Months: Build basic necessary infrastructure (e.g., power supply, ventilation, high-voltage safety features) with the help of institute work department.
- 6-12 Months: Procurement of specialized equipment 12-18 Months: Installation of specialized equipment (e.g., dielectric material testing apparatus, high-voltage power supplies).
- 18-24 Months: Begin regular operations, including student training, research, industry collaboration and offer consultancy services to industries for high-voltage testing and dielectric material analysis.
Expected Impact
The upgraded lab will bridge the gap between academia and industry by offering students hands-on experience in specialized fields, while driving research focused on advanced dielectric materials and high-voltage testing techniques. These initiatives will advance technology, meet industry needs, enhance workforce skills, and contribute to economic growth and sustainability, while strengthening the reputation of both the academic institution and industry partners. Overall, these initiatives will foster a dynamic ecosystem of innovation, education, and industry partnership that advances both technology and real-world problem-solving. This will make our contributor alumni proud, celebrating the growth of their department and alma mater, made possible through their continued support.
