Graduate having built, deployed, and maintained a robot. A 4-year programme measured by what you ship.
Format
Full-Time; Opt-in Residential
Eligibility
Class XII with Maths & Physics
Commencement date
Aug ‘27
Duration
4 Years (incl. 1 Year Industry Training)
Build a robot from Day 1. Give it senses, a mind of its own, and a team to work with. Graduate with a fleet of robots.
You write your first programs and model the chassis in CAD. By the end of the year, your first robot drives.
What you ship
Your robots get eyes and hands. It starts sorting objects, gripping them, and placing them without dropping or crushing.
What you ship
Your robots autonomously map unfamiliar spaces, plan their own paths, learn skills from demonstration and work as a team.
What you ship
You choose where your robot works, and spend your final year getting it there. The capstone is a deployment where your robot runs inside a partner company's operations.
What you ship
Ship robots and prototypes every term inside a best-in-class Makers’ Lab.
Get 1:1 mentorship from founders and CTOs actually running robotics companies.
Benchmark your work against 50+ robotics research labs through industry immersions.
Makers’ Lab by Masters’ Union is a hands-on maker space and prototyping hub with AI, electronics and 3D printing under one roof. Students take a conceptual business or tech idea and walk out with a physical, working model.
Off-campus
You learn robotics by building it with your friends while having fun. A few moments from off-campus.
Evolve your robotics expertise by unlocking new hardware, new intelligence, learning new courses, doing internships, and a public demo where your robot must perform.
How to write, test, and debug code to solve real problems and control machines
How to analyse and design circuits using resistors, capacitors, and transistors
How to turn ideas into precise technical drawings and 3D models using CAD tools
How to bring designs to life by prototyping, assembling, and troubleshooting hardware
How to use calculus and algebra to model and solve real engineering problems
How to explain technical ideas through reports, presentations, and documentation
How to organise data efficiently and design fast, reliable algorithms at scale
How to filter, analyse, and extract useful information from sensor and audio signals
How to choose materials and predict how parts and structures handle force and stress
How to apply probability, statistics, and optimisation to model robotic and AI systems
How to trace AI’s core ideas and build systems that search, reason, and solve problems
How to combine sensors, motors, and microcontrollers to make a robot sense and move on its own
Your rover races the circuit, your quadruped patrols its zone, and your humanoid tracks a person through the crowd, all live in front of the cohort.
Practitioners who have shipped robots into production, teaching from build logs, not slide decks.
Faculty & industry experts
200+ operators
CEO & Co-Founder
Founder & CEO
Co-Founder
Co-Founder
Vice President & Global Business Head
Senior Director & Business Head
Professor, Robotics Department
Co-Founder
CEO
CEO, WISERLI & Co-Founder and CTO
Founder & CEO
Head of Engineering
Head of Controls
Head of Computer Vision
Senior Robotics Engineer
Associate Professor, Robotics Research Centre
Associate Professor
Every track ends the same way: a working robot deployed in the industry.
Track A
Autonomous mobile robots that pick, carry and sort in fulfilment centres that never stop.
Deploy At
E-commerce fulfilment, logistics and warehouse automation companies.
Track B
Robots built in our shape, learning to walk, see, follow and lend a hand in spaces designed for people.
Deploy At
Humanoid startups, physical-AI research labs, service robotics.
Track C
Machines that take off, hold steady, deliver and inspect from the air.
Deploy At
Drone services, aerial mapping and survey, aerospace engineering teams.
Track D
Robots that help in homes, hospitals and care centres. The hardest environment in robotics: someone’s living room.
Deploy At
Consumer robotics, healthcare and assisted-living technology.
Track E
Arms and cobots that weld, assemble and inspect on the factory line, side by side with the people who run it.
Deploy At
Auto and electronics plants, precision manufacturing, system integrators.
Track F
Rugged robots that walk pipelines, climb structures and go where it’s unsafe to send a person.
Deploy At
Infrastructure inspection, energy and utilities, defence-sector engineering.
Explore how perception, motion planning and control power robots in the real world, then come back and close the gap on your own machine.
New-age robotics
You go inside India's new-age robotics companies: drones, humanoids, autonomous delivery, warehouse swarms. You work alongside the engineering teams on a part of a live system and leave knowing how a robotics company actually ships.
Where it could happen
Outcome
You've worked inside a robotics company and contributed to a robot that ships.
Guest
Satish Shukla
Company
Addverb
Format
Podcast
“The hard part was never the robot. It was the two customers who said yes before anyone else believed.”
The pivot
HR at Asian Paints to robotics founder.
First customers
Winning deals with no track record.
Deep-tech economics
Funding a capital-heavy business.
Going global
Competing from an Indian factory floor.
1-2 WeeksExperience how leading companies are using AI, machine learning, and digital systems to build and scale across geographies.
Where you go
Semester / SummerSpend a summer or semester abroad at prestigious global institutions including Imperial College, Griffith University, and Singapore Management University.
Partner institutions
Class X & XII Marks (Expected/Final) from one of the recognised boards including CBSE, ISC, IB, IGCSE etc. Students having Maths and Physics in Class XII are eligible for the programme.
Applicants can either provide their JEE Scores (Session 1 or Session 2), take our aptitude test (MUSAT) or submit their SAT scores.
Applications would be evaluated for extracurricular achievements and projects.
We will assess these qualities through your application responses and the video essay.
This programme is built for students who learn by building, and who are drawn to robotics and AI not as subjects to study, but as systems to make work.
You are a strong fit if you
| Rounds | Dates | Online Scholarship Test | Results | Application Fees | Commencement | Action |
|---|---|---|---|---|---|---|
| Round 1 | 5th October 2026 to 15th December 2026 | October/November 2026 | October/November 2026 | INR 750/- | Aug ‘27 |
Essential Documents
About the Video Essay
Eligible Competitive Exams
Status of Evaluation
Scholarships of 20%, 35% and 50% on tuition are awarded on JEE, SAT or MUSAT performance and the applicant’s overall profile. Loans of up to 95% of programme fees are available through partner institutions.
Admission fee
INR 1,80,000/-
One-time, non-refundable
4-year tuition fees
INR 52,50,000/-
Before scholarship
Scholarship slabs on tuition
₹ 42,00,000
JEE 85%ile+ / SAT 1290+ / MUSAT 35+
₹ 34,12,500
JEE 90%ile+ / SAT 1360+ / MUSAT 40+
₹ 26,25,000
JEE 95%ile+ / SAT 1450+ / MUSAT 43+
Scholarships are awarded based on performance in the Masters’ Union University Scholarship Aptitude Test (MUSAT) or other recognised aptitude/entrance tests, along with the applicant’s overall profile.
Hostel is charged separately. Loans cover up to 95% of programme fees.
Admission via video essay and MUSAT. JEE and SAT scores are also accepted. No prior robotics experience needed. Curiosity and the itch to build are enough.
Apply now
