kiranmanoj125

About Candidate

Education

B
B.Tech in Electrical and Electronics Engineer 2018 to 2023
Presidency University, Bengaluru, India

**Presidency University, Bengaluru** is a prestigious institution known for its commitment to excellence in education, research, and innovation. With state-of-the-art infrastructure, the university provides a dynamic learning environment that fosters both theoretical knowledge and practical skills. The **School of Engineering** at Presidency University is particularly renowned for its industry-aligned curriculum, hands-on projects, and strong focus on interdisciplinary learning. The university emphasizes holistic student development, encouraging participation in research, technical competitions, and internships. Its experienced faculty and robust academic programs prepare students to excel in their chosen fields, contributing to their success in the competitive global landscape.

Work & Experience

M
MEP Electrical Engineer August 2023 - September 2024
Orison Solutions LLC

As an MEP Junior Electrical Engineer at Orison Solutions, Bengaluru (August 2023 - September 2024), I designed and supervised electrical systems for residential and commercial projects. My role involved creating electrical layouts, performing load calculations, equipment sizing, and ensuring compliance with industry standards. I collaborated closely with multidisciplinary teams to optimize MEP solutions, supervised on-site installations, and conducted quality inspections. Additionally, I handled troubleshooting, maintenance, and project documentation, contributing to efficient project delivery and client satisfaction.

Awards

B
Best final year project 2023
For my final year project at Presidency University, Bengaluru (2023), I developed an innovative system that generated electricity using fire, coupled with an integrated air pollution controller. The project aimed to harness thermal energy efficiently while mitigating harmful emissions. The system provided a sustainable energy solution by converting heat energy from fire into electrical power. Simultaneously, the air pollution control mechanism ensured reduced environmental impact by filtering pollutants. This project showcased a unique approach to clean energy generation and received recognition for its practical implications in sustainable technology.

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