Abrar Fahad
Computer Science Student • Web Developer • Free Business Consultant
Summary
Computer Science and Physics undergraduate who balances academic coursework with hands-on web development. Passionate about building modular vanilla web applications, games, and web tools without heavy template frameworks. Committed to helping emerging entrepreneurs through pro-bono advisory on web performance, practical marketing, and site architecture.
Education & Training
Technical & Advisory Skills
HTML5 (Semantic), CSS3 (Flexbox/Grid), JavaScript (Vanilla ES6+), Node.js
DOM APIs, Responsive Web Architecture, Algorithmic Game Logic, Git Basics
Website Speed & Conversion Audits, Positioning, Organic Marketing Strategy
Selected Web Projects
8 ApplicationsDesigned and engineered an independent e-commerce storefront for a Bangladesh-based jewelry brand. Built from scratch without CMS builders like WordPress, prioritizing fast load times and clean code architecture.
Professional company site for an architectural and engineering firm. Features an active staging deployment on a dedicated subdomain while ongoing client revisions take place.
Typing proficiency and keyboard practice website. Incorporates an intelligent "AI Mode" that identifies specific weak keystrokes and recurring typographic errors to generate targeted drills.
Lightweight, low-latency online whiteboard created for tutors and students to quickly draft ideas, sketch formulas, and visualize notes during remote classrooms.
Advanced iteration of Tic Tac Toe composed of nested sub-boards. Each individual move forces the opponent to play in a designated outer sector, requiring long-range strategic calculation.
Original variation where older moves evaporate after a cycle of turns, eliminating stalemate traps and forcing players to stay adaptive.
Browser-based puzzle based on binary Sudoku mechanics. Enforces strict zero-and-one placement constraints across square matrices.
A fundamental implementation of the classic game built to master native DOM manipulation, event listeners, and clean state handling without frameworks.