SR.
Electrical Engineering · NJIT · Expected May 2027

Shreedhar
Rajendran

Embedded Systems · PCB Design · Vehicle Networks · Battery & Power Systems

I build, integrate, test, and improve embedded electronics across PCB hardware, vehicle networks, and battery systems.

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Populated PCB design render of the Peripheral Testing Board
Peripheral Testing Board — populated PCB design render
Engineering focus

One foundation.
Three domains.

One electrical-engineering foundation, demonstrated through independent builds, vehicle integration, and team systems work.

Selected work

Engineering in context

Four projects with different levels of maturity and different kinds of engineering responsibility.

Independent embedded systems project

Peripheral Testing Board

I designed a reusable ESP32-S3 board to make CAN, SPI, I²C, and UART testing more repeatable before integrating those interfaces into larger systems.

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ESP32-S34-layer PCBCANSPII²CUART
Embedded systems internship

PAL-K Electric Truck Controls

I helped select a CAN gateway controller, then integrated, configured, programmed, debugged, and lab-tested its communications behavior.

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CANESX.4cs-gwopenSYDEPCAN
NJIT Solar Car Team · BMS Team Lead

NJIT Solar Car BMS

I led Orion BMS 2 integration and staged bench bring-up from initial CAN communication through one- and four-cell testing.

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Orion BMS 2CANBattery Systems
Senior design team project · In progress

Autonomous VTOL Drone

I contribute CAN transceiver circuitry and CAN, CCU, and radar communications firmware across interfaces with the broader team system.

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CANCAN TransceiversCCU FirmwareRadar CAN
Supporting work

Class-D Amplifier · Energy Metrics · HKN tutoring and technical support

About

Building, integrating, validating.

I am an NJIT electrical-engineering undergraduate focused on embedded hardware and the interfaces that make complete systems work.

My experience spans independent PCB development, vehicle controls integration, battery systems work, and multidisciplinary team projects. I learn by making a system boundary clear, building or integrating within it, testing methodically, and improving the next iteration.