Designs, builds, and programs autonomous and semi-autonomous robotic systems for environmental, mechanical, and competitive applications. From line-followers that train new members to autonomous machines that win national honors, this is everything the division has built and where it competes next.
A self-navigating robot equipped with air quality, temperature, humidity, and soil pH sensors, designed to patrol and log environmental data in urban green spaces.
Objectives
Automate environmental data collection
Demonstrate practical robotics in ecology
Achieve 2.5-hour autonomous runtime
Hardware
Arduino MegaMQ-135 SensorDHT22L298N Motor DriverLiPo Battery3D-Printed Chassis
Nadia Rahman · Khalid Hassan · Mariam Akter
ongoingproj-005
Automated Greenhouse Monitoring System
A sensor-driven greenhouse controller that regulates irrigation, ventilation, and grow lights based on real-time soil moisture, temperature, and light readings — built for the campus botany garden.
A compact competition robot that tracks high-contrast lines using an infrared sensor array and reroutes around obstacles with ultrasonic ranging — the build that earned MSC its IEEE merit certificate.
Objectives
Complete a timed line-following course reliably
Detect and avoid obstacles without human input
Serve as the division's training platform for new members
Hardware
Arduino NanoIR Line Sensor ArrayHC-SR04 Ultrasonic SensorGeared DC MotorsL293D DriverAcrylic Chassis
Nadia Rahman · Rifat Hossain · Mariam Akter
02 · Competitions
Olympiads & Honors
Gold2025
Best Environmental Project
Dhaka Inter-School Science Fair
The Robotics team's Environmental Monitoring Robot won the top prize in the Environmental Solutions category for innovation and practical impact.
Merit2023
Merit Certificate — Robotics
IEEE Bangladesh Student Branch Competition
MSC received a merit certificate for the line-following and obstacle-detecting robot demonstration at the IEEE robotics challenge.