ABHISHEK KRISHNA DEEPAK

A Graduate in Electronics and Communication Engineering at VIT. Member of the Open-Source Community and GeeksForGeeks Student Chapter, with experience in event organization. My objective is to leverage my academic foundation and hands-on project experience to contribute to innovative solutions in the electronics and communication industry while continuously enhancing my technical and problem-solving skills.

• Indian Institute of Remote Sensing (IIRS), Indian Space Research Organization (ISRO):

Online Summer School on Usefulness of Remote Sensing & GIS for Environmental Studies.

• IBM

Enterprise Design Thinking

• LinkedIn, Project Management Institute

Enterprise Design Thinking Practitioner,

Project Management Foundations: Requirements.

• Wi-Fi Controlled DRONE: Creates a Wi-Fi-controlled drone using Arduino, enabling wireless flight control via a smartphone or computer., Arduino UNO, ESP8266 / ESP32 Wi-Fi Module, Brushless DC Motors (4), Electronic Speed Controllers, MPU-6050 (Gyroscope/Accelerometer), LiPo Battery (3S/4S).
• SMART WALKING STICK: Detects obstacles using Ultrasonic Sensors and provides audio/vibration feedback to guide visually impaired users., Arduino UNO, Ultrasonic Sensor (HC-SR04), DC Motors (1), Panic Button, MPU 6050 6 Axis accelerometer and gyroscope module.
• A Smart Monitoring System" presents a data-driven approach to aquaculture management by integrating Biofloc Technology (BFT) with the Internet of Things (IoT). The system automates the monitoring of key water parameters—including , Arduino Uno, pH Sensor, Dissolved Oxygen Sensor, Temperature Sensor (DS18B20), Turbidity Sensor, Water Level Sensor, 5V 1 Channel Relay Module, ESP8266, LCD1602 LCD Display, Power Supply (12V 2A).
• Wireless Power Transfer Systems Using Electric Vehicles

Wireless power transfer (WPT) system for electric vehicles (EVs), the system uses

Resonant inductive coupling enables contactless energy transfer from a transmitter pad to a receiver coil on the EV The main objective is to provide an efficient, safe, and convenient charging solution that can be integrated into future smart cities. The prototype's hardware components include an Arduino microcontroller, solar panels, a solar charge controller, a keypad, an RFID reader, an LCD display, and wireless charging modules. This low-cost prototype proves the feasibility of WPT, highlighting its benefits such as reduced mechanical wear and a lower risk of electric shock compared to traditional plug-in systems.