B.Tech EEE at LPU
Building real circuits, not just simulations. EV powertrains, Arduino prototyping, IoT sensors, and Cisco enterprise networks.
I am a second-year Electrical and Electronics Engineering student at Lovely Professional University, Phagwara, Punjab. My Diploma in Electrical Engineering from New Government Polytechnic Patna-13 (8.78 CGPA) gave me a strong foundation in circuit analysis, electrical machines, and power systems.
I build things that work: Arduino-controlled transformer load-sharing systems, SIH hackathon hardware prototypes, and IoT sensor integrations. I am equally comfortable configuring Cisco enterprise networks and writing BASH automation scripts.
Outside the lab, I compete in badminton at the state level and have won multiple championship titles across institutions.
Lovely Professional University, Phagwara, Punjab. Lateral Entry admission focused on power systems, embedded electronics, and EV technologies.
CurrentNew Government Polytechnic (NGP), Patna-13, Bihar. Strong academic and practical grounding in electrical systems, circuit analysis, and workshop technology.
CGPA: 8.78The Earth Public School, Patna, Bihar. First Division with Distinction. Awarded Pratibha Samman Samaroh Certificate of Appreciation for outstanding board performance.
94.4%
Hardware system using Arduino microcontrollers and relay circuitry to balance load between primary and secondary transformers in real time. Automated relay switching prevents overload trips and improves power distribution reliability.
Interdisciplinary hardware prototype selected at the institutional level for the national SIH. Built circuit schematics, hardware interfacing routines, and presented the solution live to the faculty evaluation jury.
Cisco Networking Academy, June 2025
Cisco and EdCreate, April 2026
Cisco and NGP Patna-13, October 2025
Cisco Networking Academy, March 2024
IIT Bombay, Spoken Tutorial, April 2025
IIT Bombay and EduPyramids, November 2025
IIT Bombay, UNICEF YuWaah!, 2024
IIT Bombay and EduPyramids, 2023 - 2025
Comprehensive 4-week AICTE-approved industrial training on EV technology. Covered EV powertrain architectures, high-voltage battery management systems, charging standards and infrastructure, motor control principles, thermal safety protocols, and emerging e-mobility regulatory frameworks.
Led SIH hackathon prototyping, coordinated hardware development teams, managed project deliverables through structured milestones.
Systematic approach to circuit fault diagnosis, load-sharing optimization, and complex engineering challenge formulation.
Effective cross-discipline teamwork across electrical, electronics, and computer science. Comfortable presenting to diverse audiences.
Quick acquisition of new technologies and platforms. Earned 8 professional certifications in under 2 years.
Open to internships, projects, research collaborations, and opportunities in electrical engineering, EV systems, and embedded technology.