A passionate AI Software Developer (and also a Robotics Rocket Scientist) graduated from Deakin University, with a great passion for software and electronics.

I am a resilient, skeptical, and pragmatic professional who constantly self-evaluates and self-reflects on himself to become a better version of himself. Not only I am persistent to make things gradually better, but I also thrive in the process as well.

Asides than a selfless and contributing individual, I also consider myself to possess crucial leadership qualities. I can put myself along with my teammates aligned to any goal or challenge set before us and push them forward for success. I find myself as a team player who has made selfless decisions, divided tasks as per roles and enjoyed my multiplied success with my peers. As a leader, I also realize the gravity of leading by example rather than handing out paperwork and some instructions.

I am a competent programmer in languages like Python and C#, having a keen eye for logical intricacies while swiftly and efficiently coding and debugging programs. With the completion of my Master’s degree, I am now a capable developer with Web and .NET Applications.

⚡Fun fact: I like building and modifying RC Cars for Leisure. I also love Origami and Sculptering Robots!

I'm diving into several exciting areas to build my technical skills and explore innovative technologies:

Data Structures and Algorithms (DSAs): Actively learning and practicing core DSAs to strengthen my problem-solving skills. Focusing on arrays, linked lists, trees, graphs, and algorithms like sorting, searching, and dynamic programming. Currently working through problems on platforms like LeetCode to solidify my understanding.

Arduino Crash Course: Exploring the Arduino ecosystem to understand microcontroller programming. Experimenting with sensors, actuators, and basic circuits to create small projects. My goal is to master the basics of embedded systems and apply them to real-world applications.

ESP32 Crash Course: Learning to use the ESP32 microcontroller for potential wireless projects. Studying its Wi-Fi and Bluetooth capabilities, as well as its integration with sensors and cloud platforms. Currently experimenting with simple projects like remote sensor monitoring and basic home automation.

My Part 1 of my ROS2 and Gazebo Simulation Tutorials has been published. Now I'm creating a new article on Part 2, extending on how to control the object. Stay Tuned!

Objective: I will be implementing a simple Quadcopter which can be moved with a simple Velocity Controller and Odometry Plugin.

I might be new here but stick around for more. I recently created a new profile (Old one was on my Uni Email and is no longer available!!)

LinkedIn Profile Hackerrank LeetCode

• 💼 Professional Role: AI Software Developer
• 🌐 Skills:
  • Programming Languages: Python, C++, C, C#, MySQL, HTML, CSS, JavaScript, Assembly Languages
  • Frameworks & Tools:
    • Python: Tensorflow, PyTorch, OpenCV, Librosa, Sci-Kit Learn, Pandas, NumPy, Keras, Matplotlib, Flask, Django, Pygame, Tkinter, Stable-Baselines3
    • C#: SplashKit , ML-Agents, Unity Programming
    • JS: React.js , Node.js, ExpressJS, Angular.js, Bootstrap CSS
  • Software and Tools: IBM, GitHub, Git, Docker, Docker Compose, Postman, Mailgun, MongoDB, pgAdmin, PostgreSQL, Postman, Mailgun, MongoDB, GCP, AWS, Pspice, Proteus, MATLAB, MicroWind, Veriwell, Verilog HDL
  • Embedded MicroControllers of Choice: Arduino UNO R3, Raspberry Pi 3B, ESP32 , PIC32 Series
  • Operating Systems: Windows, Linux
  • Expertise:
    • Game Level Design/ Game Development
    • .NET Development
    • Full-Stack Software Development
    • Deep Learning and Computer Vision
    • Reinforcment Learning
    • DSAs in Software
    • Microcontroller Programming
    • AI/ML Model Development, Optimisation and Deployment
    • Data Science and Analytics
    • Data Engineering & ETL Pipelines