Architecting Sub-Second KaTeX Quiz Engines: Zero-Latency Physics CBT
How we eliminated DOM reflow bottlenecks and achieved 60fps scrolling across 180+ math-heavy questions in a JEE Advanced computer-based testing engine.
Deconstructing mechanics and electrodynamics for JEE aspirants by day; architecting procedural testing engines, canvas visualizers, and educational software by night.
Modern pedagogical excellence requires dual competence: deep theoretical mastery of competitive physics combined with the capability to engineer performant, responsive software tools.
Specialized coaching in competitive physics for JEE Advanced and NEET aspirants. Focus on multi-concept synthesis, calculus-based derivations, and intuitive geometric modeling.
Architecting high-throughput educational applications, procedural problem generation algorithms, and canvas-based mechanics visualizers that run with sub-millisecond latency.
A curated portfolio of active production platforms, examination engines, e-commerce storefronts, and computational tools engineered by Syed Mazhar Ali.
High-throughput computer-based test platform replicating NTA examination interfaces for JEE Main, JEE Advanced, and NEET. Engineered for zero-latency question navigation, real-time timer tracking, state synchronization, and dynamic KaTeX mathematical formula evaluation.
Digital repository of Daily Practice Problems (DPP) and categorized physics worksheets for competitive students. Includes problem classifications across Mechanics, Electrodynamics, and Optics with analytical solutions, vector diagrams, and downloadable modules.
Modern commercial e-commerce storefront for hair accessories, jewelry, and craft supplies in India. Implements mobile-first catalog browsing, cart operations, dynamic inventory tracking, customer review workflows, and streamlined checkout architecture.
Zero-dependency client-side HTML5 canvas physics simulator executing real-time numerical integration (Euler/Verlet) for non-linear pendulum oscillations, damping, and phase-space vector telemetry. Runs at a rock-solid 60 FPS directly in your browser.
Algorithmic problem synthesis engine that parameterizes physics problem geometry and kinematics symbolically, synthesizing randomized DPP problem sheets, vector diagrams, and publication-ready PDFs with step-by-step KaTeX solutions.
Calculus derivations, rotational mechanics deconstructions, and frontend performance insights.
How we eliminated DOM reflow bottlenecks and achieved 60fps scrolling across 180+ math-heavy questions in a JEE Advanced computer-based testing engine.
A deep dive into decomposing complex planar rigid body motion, navigating instantaneous centers of rotation (ICOR), and avoiding the classical non-inertial torque pitfalls.
How I transitioned from hesitant experimentation to building full educational tools with Google Gemini using rapid conversational iteration.
Reflections on building a consistent writing habit, navigating the gap between physical notebooks and digital publishing, and staying focused on a single topic.
Whether you are seeking competitive physics training for JEE Advanced, discussing educational software architectures, or exploring technical collaborations, connect through any of the channels below.