01Module 01
Mechanical Design & Simulation
- Robot body, chassis and manipulator design in SolidWorks
- Structural analysis and stress simulation in ANSYS
- Drivetrain design for power and precision (high-torque DC motors)
My Equation · Offline Robotics ResidencyBuild Real Robots.
Build Real Robots.
Not Slideshows.
Offline. Hands-on. Built on real hardware.
The Program
The Resident Robotics Program is a fully offline, hands-on residency where you build real robots on real hardware — using ROS2, the same industry-standard stack behind Tesla, ABB, and KUKA. No pre-recorded lectures. No theory that dead-ends at an exam. You're in the lab, with the machines, from day one.
And it doesn't stop at skills. A real internship is built into the program — so you walk out with proof you've done the work, not just a certificate that says you watched it. Technical depth and a career head start, in one residency. Aligned with GTU norms.
Inside the Lab
See What 60 Hours in the Lab Actually Looks Like.
00:00 / 00:00
Real students. Real robots. Real builds — pressed into one short film.
Why Learn From Us
01
Taught by Engineers Who've Felt the Pain
70% of our team are engineers. We've sat in the lectures that taught everything except how to actually build. So we built the opposite — rigorous, practical, and led by people who've shipped real systems, not just slides.
In-House R&D
Four Robots. All Built In-House.
01/ 04
01Autonomous
Campus Robot
From CAD to a Rolling Robot.
Every chassis, mount and shell is designed, 3D-printed and assembled on our own R&D floor — the whole journey, in-house.
Payload
15 kg
Runtime
8 hrs
Navigation
LiDAR + SLAM
Top speed
1.5 m/s
02Research
T-Bot
It Maps. It Plans. It Moves Itself.
Real-time mapping and path planning on ROS 2, fusing LiDAR and IMU data to move safely through dynamic, unpredictable spaces.
Drive
Differential
Compute
Jetson
Sensors
LiDAR + IMU
Stack
ROS 2
03Control
Q-Bot
Balance, Solved 1,000 Times a Second.
Closed-loop balancing at 1 kHz — real PID and LQR control running on real hardware, not just in simulation.
Type
Self-balancing
Control
PID + LQR
Loop rate
1 kHz
Sensors
6-axis IMU
04Industrial
S/O Arm Manipulator
Industrial Precision, Down to ±0.1 mm.
Six degrees of freedom with ±0.1 mm repeatability for pick-and-place, assembly and inspection tasks.
DOF
6
Reach
850 mm
Payload
5 kg
Repeatability
±0.1 mm
Curriculum
A real robot is mechanical, electrical, and intelligent — so you'll train across all three. Equal depth, real tools, nothing skipped.
02Module 02
Electronics & Embedded Control
- PCB and circuit design in KiCad
- The control unit — wiring the brain behind every move
- Sensor and actuator integration (360° LiDAR, motor systems)
03Module 03
Robotics Software, Vision & AI
- ROS2 — the industry-standard robot operating system
- Simulation in Gazebo and the Simulation-to-Reality (Sim2Real) workflow
- Computer vision with OpenCV and AI-driven autonomous systems
Tools you'll master
The Experience
Where students don't take notes — they build, break, and ship.
The My Equation Legacy
0%
of our team are engineers
0+
companies actively hiring from us
—
students trained
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internship conversion rate
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robots built in-house
fill in49+ companies actively hiring from us
Only 70% and 49+ are locked from the brochure. The rest await real figures — honest numbers close more sign-ups than any headline.
Limited Seats · Ahmedabad
Apply for the residency or ask us anything — our onboarding team replies fast.