About Me

From the elite defence labs of DRDO–DRDL to intensive research in consciousness studies and neuromorphic systems, my path as an engineer has been defined by extremes — of intellect, intention, and impact. I am a graduate in Electronics and Communication Engineering from Thapar University, and my journey is fueled by a relentless pursuit to understand complex systems, both human and machine. At DRDL, I was entrusted with the AI Band Vision Project under the mentorship of Dr. Akula Naresh (Scientist-F), where I developed and deployed a real-time aerial object detection system using YOLOv7 on the NVIDIA Jetson AGX Xavier. This was not theoretical R&D — it was applied innovation for national defence. I trained custom datasets, optimized edge inference pipelines, and integrated my work into Tunga, an autonomous aerial platform powered by the Jetson Nano and Pixhawk. Every iteration was a high-stakes contribution to real-world autonomy — a rare fusion of AI, embedded systems, and robotics, shaped by urgency and purpose. Then, at the peak of my technical momentum, I pursued a 12-month deep dive into consciousness research, human behaviour analysis, and neuromorphic computing. I studied EEG signal processing, explored Gödel's incompleteness theorems and their implications for AI, analyzed decision-making frameworks through the lens of game theory and the Prisoner's Dilemma, and investigated mind-body-soul health parameters for optimizing cognitive performance. This wasn't a pause from technology — it was advancing my understanding of intelligence itself. I researched sustainable system design methodologies, developed frameworks for work-life optimization, and created stress reduction protocols based on neuroscience principles. I studied how biological neural networks inspire more efficient computing architectures and explored time management systems that enhance productivity while maintaining mental clarity. This research phase revolutionized my approach to engineering. I now design systems with a deep understanding of human cognition, decision theory, and sustainable performance. My work integrates insights from psychology, neuroscience, and raw philosophy to create AI systems that are not only technically superior but also aligned with human needs and long-term sustainability. I've since returned with enhanced capabilities, immersing myself in projects at the intersection of artificial intelligence, robotics, control theory, physics-inspired simulation, and brain-inspired computing. My work now flows with a dual force: scientific precision and philosophical depth. Outside the lab, I live the same ethos of flow and control. I perform improvised guitar solos, master freestyle football, ride the edge with advanced skateboarding, compete in boxing, and race through virtual skies in high-speed FPV drone simulations. These aren't hobbies — they are extensions of the same presence and performance that define my engineering. I build systems that think, sense, move — and evolve. And I do so not just with skill, but with purpose. My mission is to push the boundaries of intelligence — both artificial and human — and to engineer a future that is not only smarter, but also more conscious.