«I'm A. Shyasank — a mechanical engineering student and automotive enthusiast exploring engineering concepts, mechanical systems, vehicle architecture and digital technology.»
«I like looking at ordinary engineering problems and asking a different question: What if we redesigned the system?»
As a dedicated mechanical engineering student, my core interests span internal combustion engines, powertrain systems, vehicle architecture, CAD, motorsport technology, mechanical systems, digital interfaces, and experimental engineering. Simultaneously, I am building Formulassist, an engineering-focused venture designed to nurture technical concepts.
Investigating multi-stroke cycles, rotary geometry, and advanced forced induction systems.
Developing safety mechanisms, intelligent sensors, and chassis-integrated control concepts.
Translating theoretical calculations into structural designs and 3D prototyping parameters.
Creating an ecosystem to support students and innovators in developing technical ideas.
«Eight engineering concepts exploring engines, transmissions, safety, vehicle intelligence and powertrain technology.»
«A theoretical advanced engine architecture exploring an eight-stroke operating cycle with additional gas-recirculation and water-injection stages...»
«A developing rotary-engine concept exploring alternative engine architecture and gas-exchange principles.»
«A mechanical continuously variable transmission concept exploring variable transmission ratios through a mechanical system.»
«An electronic/motor-assisted turbocharger concept exploring electrically assisted turbocharging and improved boost response.»
«A developing engine-protection concept intended to reduce the risk of hydrolock caused by liquid entering the combustion chamber.»
«A fail-safe retractable vehicle door-handle concept exploring mechanical operation and reliable access during failure conditions.»
«An intelligent tyre-pressure monitoring concept focused on monitoring tyre conditions and improving vehicle awareness and safety.»
«A location-aware vehicle speed-control concept that uses geographical info to determine appropriate limits and assist speed control.»
Webcam-based gesture interface and hands-free computer interaction experiment designed to test alternative human-machine control frameworks.
Ongoing 3D models, engineering drawings, STL projects, and web development interfaces built to support technical presentations and engineering utilities.
Completed specialized training and certification in Electronic Control Unit (ECU) tuning, maps calibration, and engine management parameters via Tech Maghi.
Enrolled and completed motorsport engineering fundamentals and professional racing operations curriculum from the Indian Motorsports Academy.
Formulassist is an emerging engineering-focused venture built to help students, creators and innovators develop technical ideas, project concepts, digital presentations and engineering-oriented solutions.
Automotive concepts and vehicle-system thinking.
Mechanical concepts, mechanisms and development.
Technical project development and documentation.
Experimental digital and hardware interfaces.
Bridging the gap between conceptual automotive design and practical execution through dedicated student mentorship and engineering documentation.
Secured 1st prize with the Go-Kart project presentation and vehicle design demonstration.
Secured 4th prize at the ASME EFx project expo event for advanced engineering design and concept work.
Technical recognition associated with the 8-Stroke Smart Hybrid Engine paper presentation work.
Received consolidation recognition for the Rice Mill machinery modernization and efficiency project.
Successfully established and scaling Formulassist as an engineering venture, delivering technical concepts and client project solutions.