// Builder · Maker · Systems Thinker
CS & Engineering student obsessed with the intersection of code and hardware. Former CanSat intern. Currently engineering quadruped robots, EMG-controlled systems, and anything that makes software touch the physical world.
Full-stack VTOL drone engineered from scratch with my former CanSat team. Handling aerodynamics, flight controller firmware, and airframe structural design — bridging aerospace theory with embedded systems.
Professional desktop real-estate platform. A deep dive into database management, relational schemas, and polished UI design. Find your next home.
High-performance City Management & Emergency Response Ecosystem for Dhaka. Complex backend logic meets real-world civic infrastructure.
4-legged robotic chassis designed in Fusion 360. Exploring inverse kinematics and movement algorithms for autonomous terrain navigation.
Experimental interface between muscle signals and robotic control. Translating bioelectric signals into mechanical commands.
A study in game loops, collision detection, and state management. Clean implementation from scratch — the classic, reimagined.
Selected for the UIU CanSat team after a competitive interview process. Working on aerospace systems, hardware-software integration, and satellite prototyping.
AEROSPACE SELECTEDParticipated in the UIU university-level Physics Competition as part of a team. Awarded an accomplishment certificate for performance and teamwork.
TEAM EVENT CERTIFIEDAchieved 5-star rating in Java problem solving on HackerRank — consistently solving algorithmic challenges at a high level.
JAVA ALGORITHM VIEW PROFILE →Published a preprint on ResearchGate: Cybersecurity Incidents and Their Social Impacts — Case Studies and Ethical Implications.
RESEARCH PUBLISHED