Anmol Rehaan

Engineer with 1 year of experience managing shop-floor operations, technician teams, and testing workflows in a high-growth manufacturing start-up. Known for taking ownership, problem-solving using first principles, and driving business outcomes across cross-functional teams. Demonstrated leadership in real-time execution, event coordination, process optimization, and continuous improvement. Eager to leverage these skills in fast-paced, operations-heavy roles like General Management.

VLSI Design Methodologies Maven Silicon May 2023

SPI Design Project Completion Maven Silicon July 2023

Embedded Systems Bare-Metal Programming Ground Up (STM32) Udemy October 2023

JEE Main January 2024

95.5527 percentile

GATE-EC February 2024

AIR 5119

Smart Robotic Vacuum Cleaner

• An Obstacle Avoidance Robot with an integrated automated vacuum cleaner
• Sensors like Ultrasonic sensor, Infrared sensor were integrated with Arduino UNO
• Arduino UNO was programmed to provide output to L298N Motor Driver
• DC Gear motors were driven in suitable direction depending on obstacles around

Bluetooth Controlled Robotic Car

• Utilizes Arduino as the microcontroller to control the robot's movements
• Incorporates the L298N Motor Driver Module for precise control over motor direction and the HC-05 Bluetooth Module for wireless communication between the smartphone and the robot car
• Integrates a mobile app available on the Play Store, enabling users to control the robot's actions wirelessly
• Utilizes various motor control functions (forward, reverse, left, right, and stop) defined in Arduino IDE Code to move the robot car based on smartphone commands

16-bit Vedic Multiplier and Accumulator

• Design and Implementation of a 16-bit MAC unit for DSP applications
• 16-bit Vedic multiplier was implemented using a hierarchical approach by using 2-bit, 4-bit, and 8-bit Vedic multipliers
• Utilized Carry Save Adders (CSAs) and spanning tree adders to optimize the multiplication and addition stages.

Energy Generation through Speed Breakers

• Designed and implemented a roller mechanism arrangement for energy harvesting
• Project was aimed at sustainable energy generation from speed breakers
• Proposed the installation of "Power Generation Units from Speed Breakers" for

widespread energy generation

• Explored the potential of utilizing the generated energy for lighting infrastructure on

roads and supplying power to rural villages

Distributed Generation of Electricity

• A comprehensive project to harness renewable energy from multiple sources such as

Speed Breakers, Wind Turbines, Rooftop Solar Panels and Underwater Turbines

Smart Street Light

• Developed a functional prototype of a "Smart Street Light" using LDRs as the primary light-sensing component
• Utilized a BC547 NPN transistor for signal amplification and efficient switching of the street light
• Designed the system to conserve energy by intelligently controlling street lighting, reducing power consumption during daylight hours
• Explored potential applications in urban and suburban street lighting for enhanced energy efficiency and safety