Now Enrolling · 2026–2027

Engineer the Intelligent Machines of Tomorrow

B.Tech in Robotics Engineering — a multidisciplinary 4-year programme blending AI, Mechanics, Electronics, and Autonomous Systems to build the next generation of robotics professionals.

2.1M+
Robotics Jobs Globally
9,000+
Industrial Robots in India (2024)
4 Yrs
Undergraduate Programme
5
Specialisation Domains
Industrial Robotics
Autonomous Systems
AI-driven Robotics
Drone & Mobility
Medical Robotics
Physical AI
Human-Robot Interaction
Smart Manufacturing

Where Machines Think, Move & Adapt

Robotics Engineering sits at the crossroads of multiple disciplines. Our programme gives you fluency across all of them — so you can design, build, and deploy intelligent systems that operate in the real world.

🤖
Mechanical Engineering
Robot structure, kinematics, dynamics, CAD & manufacturing
Electronics & Embedded Systems
Sensors, actuators, microcontrollers, IoT, PLC automation
🧠
Artificial Intelligence & Computer Vision
ML, deep learning, perception, reinforcement learning, ROS
AI IoT ROS PLC AUTONOMOUS AGENT v4.2

Specialisation Domains

Choose Your Area of Mastery

In your advanced years, choose from five cutting-edge specialisation tracks aligned with the most in-demand robotics sectors globally.

01
Autonomous Robotics & Mobility
Navigation, drones, SLAM, path planning, autonomous vehicle systems
02
Industrial Robotics & Smart Manufacturing
Cobots, digital twins, Industry 5.0, smart factory systems
03
AI & Intelligent Robotics
Machine learning, deep learning, reinforcement learning, cognitive robotics
04
Medical & Healthcare Robotics
Surgical robotics, rehabilitation systems, AI-driven healthcare automation
05
Agricultural & Field Robotics
Precision farming, autonomous harvesting, smart irrigation, agri-AI

Curriculum

Structured for Depth & Breadth

Designed under the Choice Based Credit System (CBCS), blending core theory, hands-on practice, and specialised electives across four years.

CUTM1001
Differential Equations & Linear Algebra
3 Credits
CUTM1002
Laplace & Fourier Transforms
3 Credits
CUTM1003
Complex Analysis & Numerical Methods
3 Credits
CUTM1004
Discrete Mathematics
3 Credits
CUTM1005
Probability & Statistics
3 Credits
CUTM1006
Mechanics for Engineers
3 Credits
CUTM1007
Optics and Optical Fibres
3 Credits
CUTM1008
Applied Analytical Chemistry
3 Credits
CUTM1009
Applied Engineering Materials
3 Credits
CUTM1011
Optimisation Techniques
Professional Elective
CUTM1012
Engineering Economics & Costing
Professional Elective
CUTM1013
Project Management
Professional Elective
CUTM1014
Gender, Human Rights & Ethics
Professional Elective
CUTM1015
Climate Change, Sustainability & Organisation
Professional Elective
CUTM1016
Job Readiness
Professional Elective
ROB301
Engineering Mechanics for Robotics
4 Credits
ROB302
Electrical and Electronic Systems
4 Credits
ROB303
Sensors and Actuators
4 Credits
ROB305
Robotics Programming Fundamentals
4 Credits
ROB307
Embedded Systems for Robotics
4 Credits
ROB308
Robot Kinematics and Dynamics
4 Credits
ROB309
Industrial Automation & PLC
4 Credits
ROB310
Artificial Intelligence for Robotics
4 Credits
ROB311
Control Systems Engineering
4 Credits
ROB312
Computer Vision & Image Processing
4 Credits
ROB313
Mechatronics Systems Design
4 Credits
ROB315
Human-Robot Interaction
3 Credits
CUTM1017
Industrial IoT & Automation
6 Credits
CUTM1018
Data Analysis & Visualisation (Python)
4 Credits
CUTM1019
Machine Learning using Python
4 Credits
CUTM1020
Robotic Automation with ROS & C++
4 Credits
CUTM1021
Design Thinking
2 Credits
CUTM1022
System Integration with DYMOLA
2 Credits

Career Pathways

Where Will You Land?

Graduates are ready for high-impact roles across the global robotics ecosystem — from startups to Fortune 500 companies and research institutions.

Role Focus Area
Robotics EngineerDesign and development of robotic systems
AI Robotics EngineerAI-based autonomous systems and perception
Autonomous Vehicle EngineerSelf-driving and mobility system development
Computer Vision EngineerVision-based robotic intelligence
Drone Systems EngineerUAV and autonomous mobility systems
ROS DeveloperRobot Operating System application development
Digital Twin EngineerSimulation and virtual robotics systems
Embedded Systems EngineerHardware programming and sensor integration
Automation EngineerIndustrial automation and process control
Robotics Research AssociateR&D in advanced and frontier robotics

Industries Hiring Our Graduates

🏭
Manufacturing & Smart Factories
Automotive · Electronics · Semiconductors
🏥
Healthcare & Medical
Surgical · Rehabilitation · Assistive
📦
Logistics & Warehousing
AMRs · Supply Chain · Fulfillment
✈️
Aerospace & Defense
Drones · Surveillance · Defense
🌾
Agriculture & Agri-Tech
Precision Farming · Harvesting · Irrigation
⚙️
Energy & Infrastructure
Inspection · Smart Grid · Oil & Gas
🤖
Humanoid & Physical AI
Embodied AI · Service Robots · Agentic AI
🏙️
Smart Cities & Retail
Urban Automation · Retail · Public Services

Learning Experience

Built for Real-World Readiness

Six pillars of programme delivery ensure every graduate is practice-ready, industry-connected, and innovation-driven.

🔨

Project-Based Learning

Semester mini-projects, industry problem-solving assignments, and a capstone innovation project to graduate.

🧪

Hands-on Lab Ecosystem

Dedicated labs for Robotics, AI & Vision, Embedded Systems, Drones, and Industrial Automation.

🏢

Industry Integration

Industry certifications, live internships, real-project collaboration, and expert industry mentors.

🚀

Emerging Technology

ROS, Digital Twins, Edge AI, Physical AI, Generative AI in Robotics, and Human-Robot Interaction.

💡

Research & Innovation

Patent filing support, startup incubation, robotics hackathons, and national/international competitions.

📊

Outcome-Based Education

Skill-based continuous assessment, portfolio development, and prototype evaluation for every graduate.


Graduate Outcomes

What You'll Be Capable Of

Apply engineering fundamentals to real-world robotics systems
Design robotic hardware and intelligent automation systems
Develop AI-based perception and control algorithms
Integrate sensors, actuators, and embedded platforms
Use simulation and digital twin technologies
Solve complex multidisciplinary engineering problems
Conduct experiments and analyse robotics data
Lead interdisciplinary engineering teams effectively
Apply ethical, legal, and safety principles in robotics
Pursue lifelong learning in emerging technologies

Eligibility

Who Should Apply

Academic Requirements

Passed 10+2 (or equivalent) from a recognised board
Physics and Mathematics as compulsory subjects
Chemistry, Computer Science, or Biotechnology as optional
Students passionate about technology, problem-solving, and building intelligent systems are strongly encouraged to apply.

The Right Candidate

Curious about how machines think and move
Loves to build, tinker, and prototype
Excited by AI, automation, and the future of work
Aspires to work at the frontier of technology

Your Future in Robotics
Starts Here

Join a programme designed to turn curious minds into the engineers who will build the robots, systems, and intelligent machines that define the next era of humanity.

Duration
4 Years Full-Time
Seats
Limited Intake