I completed the certification course from the University of Maryland: Robert H. Smith School of Business. Even though it was a compact program, it was powerful and highly practical. It strengthened my understanding of how AI creates real leverage, not just in technology, but in careers, leadership, and business outcomes.
Activity / Program Focus: Leveraging Artificial Intelligence for Career Empowerment
Key Skills: Artificial Intelligence (AI) · Artificial Intelligence for Business
This course played a real role in helping me build community and momentum around my mission: helping 10 million people move from fear to fluency in AI. It strengthened my understanding of how meaningful communities are built, not through noise, but through trust, collaboration, and consistent value.
This was the certificate course that truly changed the course of my life. I studied Strategic Management, and it shifted how I think about decisions, priorities, growth, and long-term direction. I stopped looking at work as “tasks” and started seeing everything as strategy, positioning, and execution.
To earn the certificate, I completed all required assignments, quizzes, and examinations, and the program helped me build a strong foundation in strategy management, a skill I still use daily while building and leading my ventures.
I completed the Certificate Course in Business Management from IIT Delhi between January 2013 and June 2013. The program was compact, but the learning environment was intense and highly enriching, driven by structured assignments and live lectures delivered directly by IIT Delhi faculty.
The course covered six core pillars of business management, giving me a well-rounded view of how organisations actually operate and scale. One of the most valuable parts of the program was the brainstorming session with alumni, where real-world perspectives met classroom frameworks.
Key Subjects Covered:
1. Marketing Management
2. Human Resource Management
3. Information Technology
4. Finance Management
5. Creative Problem Solving
6. Operations Management
This course became a strong bridge between my engineering mindset and business execution, something I still apply daily while building and leading ventures.
I completed my M.Tech in Electronics & Communication Engineering from 2012 to 2014. This phase sharpened my ability to think like a researcher and a system designer, where logic, structure, simulation, and validation matter as much as the final output. Along with regular assignments and examinations, I completed a thesis that strengthened my foundation in digital design and real-world problem solving.
Thesis: Simulation of Traffic Light Controller using VHDL (Published in Darpan International Research Analysis)
Designed and implemented a traffic light controller to address the challenge of increasing traffic congestion in metro cities.
Built the controller using VHDL, focusing on clean, reliable logic design and simulation.
Developed the complete control logic using a Finite State Machine (FSM) to manage traffic signal operations systematically and efficiently.
This thesis trained me to convert a real-world problem into a structured model, design a solution with logic-driven precision, and validate it through simulation, an approach I still apply today while building scalable, practical, and high-impact AI systems.
I completed my B.Tech in Electronics & Communication Engineering (ECE) from 2008 to 2012. That phase didn’t just teach me subjects; it trained my brain to think in systems, signals, reliability, and real-world constraints.
Today, as the Founder & Director of ReThynk AI Innovation & Research Pvt Ltd, I use the same engineering mindset every day, whether I’m designing AI solutions, building implementation frameworks, or optimising processes for measurable outcomes. ECE taught me how to break complex problems into clear blocks, validate outputs, and build solutions that work beyond theory.
Along with academics, I completed a practical degree project that shaped my approach early:
1. Degree Project: Automatic Robot Control through Mobile and Desktop
2. Designed and developed a system to control a robot using mobile and desktop interfaces.
3. Enabled remote robot operation up to 1 km range.
Implemented a call-based control mechanism by making calls to the mobile device attached to the robot for reliable command execution.
This project became my first real experience of combining communication + automation + control systems, and that learning still powers my work today as I build AI-driven systems that are practical, scalable, and engineered for real results.