Mechanics · motors · autonomy · Builder programme
Robotics Builder
Build the rover, write its behaviour and make it survive a repeatable test course.
Programme overview
Know the starting point and finish line.
For someone who wants to understand why a robot moves badly, misses an obstacle or drains its battery—and fix it.
- Duration
- Typical plan: 10 weeks
- Format
- 20 guided studio sessions
- Starting point
- Beginner route available; prior electronics or robotics skills can be reviewed
- Programme fee
- ₹9,499
Shared studio parts are included; a take-home rover kit is priced separately. Your schedule, payment plan and total cost are confirmed in the written build brief before enrolment.
A four-wheel rover with manual control, obstacle-avoidance mode and a servo-mounted sensor head, tuned for a defined studio test course.
Build sequence
01
Make one motor predictable
Wire a driver, reverse direction, vary speed and measure what the battery and motor are doing.
02
Build a driveable chassis
Assemble the rover, route power correctly and write reliable forward, reverse and turning controls.
03
Add perception
Mount and calibrate distance sensors, then stop and turn before a collision.
04
Add manual and autonomous modes
Control the rover remotely and switch cleanly between human commands and sensor-driven behaviour.
05
Tune the final machine
Improve the sensor mount, cable management, turning logic and reliability on the test course.
Completion
Finish with work you can show and explain.
Attendance alone does not complete the programme. The build and its record must meet the stated test.