Highly motivated Electronics and Communication Engineering graduate with a strong foundation in circuit design, signal processing, and digital systems. Proficient in programming languages such as C, C++, and Python, and experienced with industry-standard tools and software. Demonstrated ability to work effectively in team environments through successful completion of academic and hands-on projects. Eager to apply technical skills and innovative problem-solving abilities in a challenging engineering role.
Proficient in C/C
Data Structures
VLSI Design
JAVA
Linux
Equipment set up
Leadership Qualities
Technical skills
Performance Improvement
Teamwork and Collaboration
Problem-Solving
Project Support
Power Lifter
Aquarist
Badminton
Swimming
Working on projects
IMAGE STEGANOGRAPHY :
The Image Steganography project involves embedding secret data within digital images to ensure secure communication. User can encode and decode hidden messages within images, maintaining the original image’s appearance while concealing sensitive information. This project combines techniques in image processing and data encryption to enhance privacy and data security.
Technologies used : C language – Function pointers, File I/O handling, File pointers, string operations, Bitwise operations.
Key challenges & : The use of file pointers and file operators
learning's Bytewise and Bitwise manipulation of data by declaring a local buffer to encrypt and decrypt data.
ADRESS BOOK :
The Address Book project is a comprehensive application designed to manage and organize contact information efficiently. It offers features such as Add, Edit, Search, Delete, Display and Save contact information of 'n' number of people.
Technologies used : C Language, File I/O.
Key challenges & : Traversing through file data and searching details.
Learning Editing the contact details.
AGRICULTURAL BOT :
The "Agricultural Robot using Arduino Mega" project addresses the growing need for innovative solutions in modern agriculture by introducing an autonomous robot designed to enhance farming efficiency. Leveraging the versatile Arduino Mega microcontroller platform, this project aims to create a cost-effective and adaptable agricultural robot capable of performing tasks such as planting, monitoring, and harvesting crops.
Components used : Arduino Mega 2560, L298 Motor Driver, MG995 Servo Motor, Moisture Sensor, NPK Sensor, HC05 Bluetooth Module, DC Motors, Water Pump, MAX485 TTL to RS485 Module Converter, 5V Relay Module, 12V Rechargeable Battery.
Software used : MIT App Inventor, Arduino IDE, Eclipse Mars 2.0, SQLyog, XAMPP Control Panel.