Curiosity becomes useful through disciplined building.
My path through computer science, applied AI, robotics, and system engineering.
I build at the intersection of intelligence, software, and machines.
My work is grounded in an engineering approach: understand the system, define its constraints, build a testable prototype, and document the decisions that shape it.
I am especially interested in computer vision, robotics integration, autonomous systems, and drones. Rather than treating a model as the complete solution, I focus on how sensing, reasoning, hardware, interfaces, and evaluation work together.
I am currently strengthening my technical depth while moving from academically focused projects toward reliable real-world systems and collaborative research environments.
Building the theoretical base behind practical systems.
B.Tech in Computer Science Engineering
Undergraduate engineering education covering programming, data structures, operating systems, databases, software design, artificial intelligence, and system building.
AS & A2 Levels
AS Level Examinations - Mathematics, Physics, Chemistry, Biology A2 Level Examinations - Mathematics, Physics, Chemistry
IGCSE
IGCSE Examinations Cambridge - Mathematics, First Language English, Physics, Chemistry, Biology, Information and Communication Technology, Islamiyat
Tools grouped by how they contribute to a system.
AI & perception
Models and reasoning systems used in applied prototypes.
Robotics & embedded
Hardware, sensing, actuation, and autonomous-system integration.
Software engineering
Programming, tooling, documentation, and delivery foundations.
Engineering design
Mechanical and technical design tools used for physical systems.