Chief Executive Officer | Power Electronics Expert
IIT Bombay M.Tech graduate with 8+ years driving innovation in power electronics, hardware design, and fault-tolerant systems.
A glimpse into my journey as a power electronics engineer and technology leader.
Leading technical strategy with deep expertise in power conversion, fault tolerance, and high-efficiency designs.
M.Tech from IIT Bombay in Power Electronics, I bring 8+ years of industry experience in hardware design and converter technologies. As CEO, I drive NxElite's vision for cutting-edge solutions.
Passionate about reliable, efficient power systems — from EV chargers to fault-tolerant drives — while mentoring the next generation of engineers.
CEO
NxElite
IIT Bombay
M.Tech
15+
Projects
1
Research Papers
50+
Students Mentored
8+
Years Experience
Core expertise powering high-reliability power systems.
Converters (Buck, ANPC)
Fault-Tolerant Design
Power Delivery (PD)
Type-C Charging
PLECS
PSpice for TI
OrCAD Capture
Allegro PCB
Embedded Systems
Control Strategies
Hardware Prototyping
Mentoring & Leadership
Academic foundation in advanced power systems.
Indian Institute of Technology Bombay
Specialized in power converters, fault diagnosis, control systems, and high-efficiency designs.
Relevant University
Strong foundation in electrical engineering principles and electronics.
Innovative designs in power conversion and fault tolerance.
Sep 2024 – Nov 2024
Designed 100W Type-C PD charger with power delivery controller, buck converter, Type-III compensator. Simulated in PSpice, developed schematics & PCB in OrCAD/Allegro.
View DetailsJul 2023 – Jun 2024
Investigated redundancy in converters, literature survey, ANPC simulation in PLECS, fault detection, digital control for open-circuit faults and mode switchover.
View DetailsPeer-reviewed contributions to power electronics.
Published: 2024 IEEE International Communications Energy Conference (INTELEC) · Aug 5, 2024
Introduces real-time OC fault diagnosis in 3L-ANPC converters using pole voltage deviation. Load-independent, fast detection (within one cycle), supports multiple faults. Validated via simulation and experiment.
Let's discuss power electronics innovation, collaboration, or strategic opportunities.