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Vaanika Singla

Electrical Engineering Student & Electronics Lead

New Brunswick, NJ

ABOUT ME

I'm an Electrical Engineering student at Rutgers University who enjoys working on hands-on projects. Most of my experience is in PCB design and power electronics, but my first love was mechanical design! My goal is to be part of projects that will make a positive impact on people for years to come. If you have something interesting to work on, reach out :)

PROJECTS
CONTACT
RESUME
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Temperature Monitoring Board (In Progress)

Designed a mixed-signal PCB using an STM32 MCU to condition and acquire 90 temperature sensor signals in a high-noise environment, implementing analog filtering and layout techniques to preserve signal integrity.

STM32Signal IntegritySignal IntegrityCAN CommunicationSPI Communication Mixed Signal Design
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Charge Control PCB and Charge Cart

Problem: Designed a PCB to emulate the handshake protocol for the J1772 charging port and then switch to communicate with the battery management system. Integrated, wired, and tested the PCB with the rest of the charge cart. Constraints: Adhere to...

WiringLTSpice SolderingCrimping BreadboardingTroubleshootingAltium Designer
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EMI Testing and Troubleshooting

Problem: Designed a series of tests to isolate the source of noise in a system. Based on these tests, filtering and EMI mitigation techniques were implemented to reduce noise by 90%. Constraints: Must fix this issue by the end of the calendar year....

EMI OscilloscopesDCDC ConvertersPower Supplies Power Electronics DIfferential Probe Digital Signal Analyzer
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High Voltage Indicator Light PCB

Update the schematic and PCB to prevent overheating of the linear regulators while maintaining the location of the holes and the LED.

PCB LayoutAltium Designer Thermal ManagementDesign Rule CheckingCopper Pour Optimization
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Toy Airplane With Spinning Propeller

Designed and built a toy airplane with a spinning propeller using CAD tools in OnShape, and 3D printed the body for the model.

CADOnshape3D PrintingElectronics Integration
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Sensor and PCB Integration on an Electric Vehicle

Integrated multiple PCBs and sensors onto the vehicle, focusing on power distribution, system bring-up, and debugging non-functional hardware in a real racing environment.

Sensor integrationHardware debugging Design PresentationRoot cause analysis PCB rework and validationPower distribution and wiringEmbedded systems debugging (Arduino-based systems)