Ground Robotics
Six-wheel drive platforms with GPS, onboard cameras, and servo-driven arms — built to navigate terrain and actually pick things up.
About me
A builder who learns by taking things apart. I'm Shayan Suvro Saha, and I build things that fly, roll, and increasingly decide what to do on their own — a custom quadcopter, and a six-wheeled rover carrying GPS, a camera, and a servo-driven robotic arm.

Fig. 01 — Shayan Suvro Saha
Who is Shayan Suvro Saha?
Shayan Suvro Saha is a student, programmer, and robotics builder who develops autonomous robotics, computer vision, and AI-assisted software projects — including a six-wheeled exploration rover, a custom quadcopter, and an EMG-controlled prosthetic hand — alongside web ventures such as Sitevera and Modcraft AI.
Hi, I’m Shayan Suvro Saha — student, programmer, robotics enthusiast, and founder & web developer of Sitevera.
I like AI, robotics, and creative technology, and most of what I build comes down to combining software and hardware until an idea turns into something real — Python, JavaScript, React, Arduino, and whatever AI tools speed that up.
One of my major projects is an autonomous planet-exploration rover that combines computer vision, a Raspberry Pi–based control stack, sensors, motor control, and a robotic arm to navigate and complete tasks on its own.
I’m also into AI-assisted software development, and I’m building Modcraft AI to explore how far AI can go in writing code and automating the more repetitive parts of development.
Long-term, I want to keep getting better at AI, robotics, and engineering, and eventually build things that are actually useful to people, not just interesting to me. For now that mostly means learning by building, and chasing whatever idea I can’t stop thinking about.
Interests & skills
How I work
Everything I take on ends up being some mix of these.
Six-wheel drive platforms with GPS, onboard cameras, and servo-driven arms — built to navigate terrain and actually pick things up.
Multirotor frames, brushless propulsion and ESCs, plus the flight-controller wiring and tuning it takes to get stable, controllable flight.
Vision pipelines that let a machine detect, classify, and verify what it's looking at — then decide what to do about it on its own.
Arduino and embedded C, sensor integration, power distribution, wireless links, and the hardware–software glue that holds a build together.
Selected work
Three robotics builds, each documented as its own case study.
The path so far
Competitions, training, and the builds they led to.
Now
A six-wheeled rover with computer vision, a robotic arm, and LoRa telemetry, plus a hand-wired quadcopter on a 3D-printed frame.
2025
Studied digital electronics, automation, DC motor control, sensors, and wireless communication.
2025
Studied AI fundamentals and emerging technology.
2025
Participated in the Bangladesh Physics Olympiad, the 20th Apex Astro-Olympiad, Chittagong Science Carnival 4.0, and the Chattogram ICT Fair.
2024
Participated in a school-level programming competition at St. Placid's School & College.
Beyond robotics
Chess.com
Outside of robotics I play chess — currently rated 1304 as @bgb327.