Welcome to my website
Hello! I'm Adarsh C Hegde and this is my corner of the internet. In this digital space, you'll find about my education, skills and my projects.
Profile
First of all, thank you for visiting my website.
I am glad that you are taking the time to get to know me properly.
A few things I would like to share about myself are my personality
and my hobbies. I am an enthusiastic, quick learner possessing strong
problem-solving skills and an analytical thinker who thrives in
dynamic environments. With a high degree of adaptability and
my proactive approach, I am able to achieve successful results in
challenging situations.
My hobbies include Badminton, Chess, Art-both digital and
traditional and spending time with friends and family.
Education
Bachelor of Engineering in Electronics and Communication
Sir M Visvesvaraya Institute of Technology
CGPA: 7.9 out of 10
2019/08 - 2023/05
Bengaluru, India
Pre-University Education
KMWA Deeksha Integrated PU college
Percentage: 87.2%
2017/06 - 2019/04
Bengaluru, India
Primary and Secondary Education
Sri Vani Public School
Class 10 Percentage: 88.33% in ICSE Curriculum
2004/04 - 2017/03
Bengaluru, India
Skills
Programming Languages
• Java Programming
• C Programming
•
Python Programming
Embedded Programming
• Arduino IDE
Hardware Design and Simulation
• Verilog HDL
• Cadence Virtuoso
Technical Skills
• Object Oriented Programming
• Data Structures and Algorithms
Languages
• English
• Kannada
• Hindi
Projects
Intelligent Animal Repelling System
The project addressed animal migration toward
human settlements. It would detect the ungulates
and based on their sensitive frequency range, generate
a tailored Ultrasonic frequency that would harmlessly
repel the animal in the subject.
Disclaimer: No animals were harmed during the
making or testing phase of this project. The project
working was proven with the help of a lcd display and
its effectiveness was proven through the IEEE research papers
which agreed on the effect of this project would bring about.
Autonomous Maze Solving Robot
The project aimed to create an autonomous maze-solving robot, using left-wall following algorithm. Ultrasonic sensors detect obstacles in front of the robot and the maze wall to the left. With Arduino Uno as the microcontroller, along with voltage regulators and motor controllers formed the robot's hardware. Arduino IDE was used to program the logic and the programmed navigation logic enabled autonomous maze navigation.