Robotics Engineer · Competitive Programmer · Systems Builder
Computer Science & Engineering student at University of Global Village (UGV), Barishal. Merging the power of algorithmic problem solving, embedded robotics, and modern full-stack web software.
Bridging physical circuits, microcontrollers, and modern full-stack web software. Click on any project card to explore the full engineering case study and hardware architecture.
Proficiencies spanning embedded hardware microcontrollers, sensor protocols, competitive algorithm programming, and full-stack web development.
Turning algorithmic problem-solving pressure into structured, efficient, and reliable code solutions under competition conditions.
Secured first place in algorithmic problem solving under strict timed contest conditions using C++.
Demonstrated consistent top-tier algorithm implementation, mathematical reasoning, and debugging efficiency.
Represented UGV at the national inter-university level, tackling complex graph theory, dynamic programming, and math problems.
Earned highest star tier in C++ problem solving, demonstrating mastery of language internals, memory management, and OOP.
Believing that technology creates the greatest impact when shared, I actively mentor young learners in programming, robotics, and innovation.
Conducted a three-day intensive workshop for 50+ students (Class 7, 8, and HSC levels) exploring space exploration technology and building miniature Mars Rover prototypes.
Introduced young minds to foundational computer science concepts through interactive visual block programming, animation, and logic games.
Representing UGV student body for computer programming education outreach and participating as a guest speaker at regional seminars.
I'm Sagor Sharif, a Computer Science & Engineering undergraduate at the University of Global Village (UGV) in Barishal, Bangladesh. My work lives where software and hardware collide.
While many software developers stay strictly in the browser, I'm drawn to projects where code breathes life into physical devices: an Arduino-powered safety device transmitting GPS coordinates via GSM, an autonomous rover tracking paths with IR sensors, or digital sand trickling through LED matrices according to gravity.
When I'm not breadboarding circuits or deploying full-stack web applications with Next.js and Supabase, I'm competing in programming contests or mentoring youngsters in STEM workshops. I believe engineering is at its best when it solves real human problems.
Core coursework: Object-Oriented Programming (C++), Data Structures & Algorithms, Embedded Systems, Database Management Systems (DBMS), Computer Networks, Operating Systems.
I'm open to technical collaborations, embedded hardware builds, software development opportunities, and STEM initiatives.