01 / Founder of 4TECH
Engineering student.
Builder by instinct.
I connect code, circuits and mechanisms to explore what engineering can make possible.
A curiosity for how things work.
A drive to build what comes next.
I’m a B.Tech Electrical and Electronics Engineering student at B.S. Abdur Rahman Crescent Institute of Science and Technology. My work spans embedded systems, robotic mechanisms and computational research. Through 4tech, I’m developing a practice around practical engineering and thoughtful experimentation.
02 / Selected work
A selection of my completed projects. Read the technical approach, system architecture and engineering contribution behind the work.
Representative imagery — not this 4TECH build.01 / RF instrumentation & automation
Automated angular scanning and RF data acquisition for antenna pattern analysis.
Developed by Mohammed Vashir
View Project
Representative imagery — not this 4TECH build.02 / Robotics & computational engineering
Mechanical design and computational kinematics for coordinated robotic manipulation.
Developed by Mohammed Vashir
View Project
Representative imagery — not this 4TECH build.03 / Embedded control & PCB engineering
A compact controller architecture integrating processing, sensing, motor drive and battery power.
Developed by Mohammed Vashir
View Project
Representative imagery — not this 4TECH build.04 / IoT & environmental instrumentation
Multi-sensor data acquisition and a web interface for environmental monitoring experiments.
Developed by Mohammed Vashir
View ProjectExplore RF systems, autonomous platforms and experimental engineering.
Full project collection03 / Technical disciplines
The tools I use to connect a physical problem with a working design.
Education
B.Tech in Electrical and Electronics Engineering
B.S. Abdur Rahman Crescent Institute of Science and Technology
Vandalur, Tamil Nadu
Training & certifications
MathWorks
February 2026EduPyramids, SINE, IIT Bombay
November 2025 · Score: 82.5%04 / The approach
A considered process, from the first question to the next useful observation.
Start with the use case, operating conditions and practical constraints. Decide what can be measured before deciding what to build.
Work through the relationship between electronics, software and mechanics. Use schematics, CAD and mathematical models to make the interfaces clear.
Develop individual subsystems, bring up firmware and integrate in focused iterations. Record what works and what needs another pass.
Compare observations with the original question. Report limitations alongside results and use the findings to guide the next iteration.
05 / Start a dialogue
A technical challenge, a prototype or a new collaboration. I’d like to hear what you have in mind.
A concise overview of my education, skills and selected work.
Discover Sabeel Ahamed’s embedded hardware, wireless power transfer, and technical leadership.
Explore Yashwanth C’s projects, skills and engineering background.