Solar-Powered Medical Incubator
Designed an electronics subsystem including sensor integration and temperature monitoring circuitry, and contributed to the development of a solar-powered neonatal incubation prototype.
Electrical and Electronics Engineering Undergraduate
Electrical and Electronics Engineering undergraduate with hands-on experience in PLC programming, LabVIEW automation, embedded systems, sensor integration, and real-time monitoring and control applications.
SIMTEST DYNAMICS LLP
Two months
Completed industrial training focused on a research-based project titled "AI Module for UAS: Autonomous Recognition, Identification, and Targeting."
Bosch Rexroth Centre of Excellence, AKGEC
Promoted automation and industry training programs among engineering students; assisted in organizing PLC and automation training sessions.
B.Tech, Electrical and Electronics Engineering
2023–2027
Class XII
2023
76%
Class X
2021
87%
Designed an electronics subsystem including sensor integration and temperature monitoring circuitry, and contributed to the development of a solar-powered neonatal incubation prototype.
Developed a monitoring system integrating a DHT22 temperature-humidity sensor and MQ-135 gas sensor; implemented threshold alerts, real-time data visualization, and data logging using NI LabVIEW.
Simulated a four-way intersection using timers and sequential logic, developing timing flows and responsive control systems.