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 robotics residency in Ahmedabad, Gujarat, 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.
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.
02
Built on the Industry Standard
You'll train on ROS2 — the real framework powering robotics at Tesla, ABB, and KUKA. Paired with high-fidelity simulation and our Simulation-to-Reality (Sim2Real) approach, you learn the exact stack the industry runs on.
03
A Real Internship, Real Hiring Partners
The program includes a live internship and a direct line to companies hiring robotics talent — ATRI, Virtuoso, Motorama, Jenex, Homebot, and 49+ more. We don't just train you. We hand you the pipeline.
04
Backed by Names That Matter
A Certificate of Partnership with NASSCOM IT-ITeS SSC. Member of the Nvidia Inception Program. Partnered with IBM's startup initiative. Your training carries weight before you even walk into the interview.
In-House R&D
Four Robots. All Built In-House.
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
4 kg
Runtime
1–1.15 hrs
Navigation
LiDAR + SLAM
Top speed
0.5 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
Raspberry Pi
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
Trajectory
Trotting, Crawling, Walking
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
500 mm
Payload
200 g
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.
Help Us Decide
Which city do we teach next?
The Resident Robotics Program is going city by city. The map shifts on its own — hover to hold a city, and vote for where we teach next.
Ahmedabad
Bangalore
Pune
Delhi
The map shifts on its own — hover to hold a city. Mobile: tap.
The My Equation Legacy
0k+
Mentees Enrolled
0+
Colleges Reached · Pan India
0+
Industrial Trainings
0+
Internship Companies
0%
of our Team are Engineers
0+
Robotics Hiring Partners
Mentors coming from
Robotics Training in India
Questions, Answered
Where can I get hands-on robotics training in Ahmedabad?
My Equation's Resident Robotics Program runs from our hands-on lab in Ahmedabad, where you build real robots on real hardware — no pre-recorded lectures, no theory that dead-ends at an exam. It's the first stop as we bring the program to more cities across India.
Is this an online or an offline robotics course?
It's 100% offline and hands-on. You're in the lab with real robots, sensors and hardware from day one — the opposite of a video course.
What will I learn in the robotics program?
You'll train on ROS2 — the industry-standard robotics stack behind Tesla, ABB and KUKA — plus mechanical design (SolidWorks, ANSYS), electronics and PCB design (KiCad), simulation (Gazebo) and computer vision (OpenCV), building four real robots along the way.
Who is the robotics course for? Do I need prior experience?
It's built for engineering and diploma students across India who want real, job-ready robotics skills — not just theory. Beginners are welcome; we start from the fundamentals and take you all the way to building complete robots.
Is there an internship or placement support?
Yes. A live internship is built into the program, plus a direct line to companies hiring robotics talent — ATRI, Virtuoso, Motorama, Jenex, Homebot and 49+ more hiring partners.
How do I enroll, and which cities is the program in?
Seats are limited. Apply through the form on this page and our onboarding team will reach out with the next batch details. We're live in Ahmedabad and expanding — if we're not in your city yet, cast your vote in the City Survey for where we open next.
Limited Seats · Ahmedabad
Apply for the residency — our onboarding team replies fast.