• Engineered VAFuzz, a high-performance fuzzer(4000 executions/second) extended from AFL++. Implementing C/C++ configuration and input co-execution algorithm for presence-condition seed queues and variability-aware mutations. Achieved superior code coverage on 84% of benchmark programs. • Extending the Google FuzzBench framework to support compile-time configurability, utilizing Docker containers to orchestrate scalable variability-aware fuzzing experiments. • Developed complex Bash and Python automation scripts to manage the build, execution, and data extraction of large-scale fuzzing campaigns.

• Developed scalable, responsive web interfaces using Next.js and Tailwind CSS, integrating with Node.js backends to deliver seamless user experiences. • Optimized rendering paths by implementing memoization strategies (React.memo, useMemo) and code-splitting, resulting in a 40% reduction in component re-renders and a 1.5s decrease in Time to Interactive (TTI). • Refactored legacy API consumption patterns to use efficient data fetching hooks, reducing redundant network requests by 25% and improving application state stability. • Automated deployment workflows via GitHub Actions CI/CD pipelines, reducing build times by 30%

• Taught python fundamentals to students of class 9 to class 11. • Assisted senior computer science teacher to teach his courses of GCSE O level Computer Science(2210)

• Recruited and led 300+ volunteers, chief organiser at multiple fund raising youth events of 4000+ participants. • Our work has been featured in national TV channels like Atn Bangla and Ek Takar Khobor. Built portfolio website using React.

• Leader during growth from 50 members to 200+ members, making it the school’s largest academic club. • Chief organiser of intra-school events(Science fair, Science film festival, Science and Math Olympiad) and academic sessions. • Prepared question sets on Mathematics, Physics, Chemistry, ICT, Programming, and Astrophysics for olympiads.