IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation
Last date of Admission : 15 November 2026
IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation
Last date of Admission : 15 November 2026
72 Hours of Live Online Classes on Weekends
Hands-On Learning with various Tools & Simulation Environments
Earn a prestigious certificate from IIT Bhubaneswar
Capstone Project Included
About IIT Bhubaneshwar AI-Driven Robotics: Design, Intelligence and Automation
IIT Bhubaneswar is one of the institutes of National Importance in India. It was set up in 2011 to promote research excellence. The institute offers degree courses across various technical disciplines, helping students and working professionals get a unique opportunity to learn from world-class faculty.
There is one Advanced Certificate Programme in AI-Powered Robotics & Autonomous Systems by IIT Bhubaneswar crafted to help learners build intelligent robotic systems capable of perceiving, learning, deciding, and acting autonomously. Students also learn through various AI programming and development tools to gain knowledge in machine learning and embedded systems in robotics.
Eligibility Criteria of IIT Bhubaneshwar AI-Driven Robotics: Design, Intelligence and Automation
The eligibility criteria may vary across IIT Roorkee executive and certificate programmes.
Academic Qualification
Students must have atleast a Bachelor’s Degree with 40% aggregate percentage or higher.
Work Experience
Students must have a minimum 1 year of work experience. Freshers are also eligible to apply in this programme.
Selection
IIT Bhubaneswar will do the final selection.
Key Highlights of IIT Bhubaneshwar AI-Driven Robotics: Design, Intelligence and Automation
Students should know that there are several factors behind the non-approval of BTech in Distance Education. The reasons below explain why BTech Distance Education is not recognised in India.
Learn from an Institute of National Importance
Individuals can learn from IIT Bhubaneswar faculty and earn a valued certificate from one of India's leading Institutes of National Importance. This can help them grab better opportunities in the future.
Practical Learning with Robotics Tools
The course aims to make individuals proficient enough to stand apart from the crowd. Each module covers several tools, simulations, and robotic frameworks to help students learn and practice at the same time.
Capstone Project
At the end of the curriculum, individuals work on an end-to-end, AI-powered autonomous robotic solution as part of their hands-on training.
AI-Driven Robotics Curriculum
IIT Bhubaneswar has designed the curriculum to focus heavily on the artificial intelligence aspect in robotics. The focus will not just be theory but also the practical aspect of learning.
Projects Based on Real-World Challenges
IIT Bhubaneswar faculty also give them real-world challenges that are inspired by subjects such as manufacturing, logistics, healthcare, mobility, and smart infrastructure.
Learn Emerging Robotics Technologies
Students will also get to explore Physical AI, Digital Twins, Generative AI for Robotics, Edge AI, Embodied AI, and Human-Robot Collaboration.
IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation Course
Candidates who meet the eligibility criteria and successfully complete their program will receive the respective program certificate from IIT Bhubaneswar, along with the applicable alumni status. The certificate reflects their learning and course completion.
IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation Curriculum
| Module | Learning Outcomes |
|---|---|
| Robotics Foundations (Mechanical + System View) | Get familiar with robotics by understanding different types of robots, their architecture, degrees of freedom (DOF), and basic kinematics. You’ll also learn how embedded systems help different parts of a robot work together. |
| Robotics Hardware & Electronics | Discover what goes into building a robot, from sensors like LiDAR, ultrasonic sensors, IMU, and cameras. You’ll also get introduced to controllers such as Arduino, Raspberry Pi, and Jetson Nano, along with the basics of connecting hardware components. |
| Programming for Robotics | Learn how C++ and Python help robots interpret instructions and carry out tasks through practical programming concepts. You’ll also understand memory management, real-time constraints, and how to write control logic for robotic systems. |
| ROS (Robot Operating System) | Explore how the Robot Operating System (ROS) helps different components of a robot communicate and work together. You’ll learn about nodes, topics, services, roscpp, rospy, the publisher-subscriber model, and integrating sensor data into robotic applications. |
| Robot Kinematics & Motion | Learn how robots calculate movements using forward and inverse kinematics, and how trajectory planning helps them reach specific positions. You’ll also cover motion control basics and simulate the movements of robotic arms. |
| Computer Vision for Robotics | See how robots use cameras to interpret their surroundings through computer vision techniques. You’ll work with OpenCV basics, object detection, and camera calibration, while learning how visual information supports robot navigation. |
| Autonomous Navigation (ROS-Based) | Learn what it takes for a robot to navigate its environment without constant human guidance. You’ll explore SLAM for mapping and localization, path-planning algorithms, obstacle avoidance, and LIDAR integration to support autonomous movement. |
| AI in Robotics | Learn how artificial intelligence helps robots make decisions and respond to changing situations. You’ll build an understanding of machine learning fundamentals, get introduced to reinforcement learning, and examine how AI supports decision-making in robots. |
| Simulation & Digital Twins | Before testing a robot in the real world, learn how to experiment with its behaviour in a virtual environment. You’ll work with Gazebo and ROS simulation environments to test robotic systems and understand how simulation can support development. |
| Edge AI & Deployment | Discover how AI models can run directly on devices rather than relying entirely on cloud computing. Through practical exposure to Jetson Nano, you’ll learn about deploying models on edge devices and managing the real-time requirements of robotic applications. |
| System Integration | Bring together the concepts you’ve learned by understanding how robotics hardware, ROS, and AI work as a connected system. You’ll explore end-to-end robotic pipelines and learn debugging approaches to identify and resolve issues across different components. |
| Capstone Projects | Line Following Robot (Hardware + Control) Autonomous Navigation Robot (ROS + SLAM) Vision-Based Object Picking Arm AI-Based Surveillance Robot |
IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation Fees
Who Can Pursue IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation?
Software Developers & Data Scientists
Suitable for professionals interested in applying their programming and AI expertise to real-world robotic applications.
Manufacturing & Automotive Professionals
The IIT Bhubaneswar robotics course is a good fit for those looking to understand how robotics and intelligent automation can improve industrial processes and operations.
Final-Year & Postgraduate Students
Relevant for students specializing in robotics, AI, mechatronics, electronics, computer science, or related fields who want to build practical knowledge.
Researchers & Academicians
This online robotics course is also useful for those exploring new ideas and technologies at the intersection of robotics, artificial intelligence, and autonomous systems.
Entrepreneurs & Startup Founders
Designed for aspiring innovators who want to develop AI-powered robotic solutions and bring new technology-driven ideas to life.
Engineering Professionals
This course is ideal for those working in automation, AI, machine learning, or embedded systems for robotics & want to strengthen their technical knowledge while working.
Technology Consultants & Innovation Managers
Well-suited for professionals looking to understand how AI and robotics can support automation initiatives and drive technology-led transformation.
Career Outcomes of IIT Bhubaneswar AI-Driven Robotics: Design, Intelligence and Automation
Robotics Engineer
Get this robotics certification & apply your knowledge of robotics hardware, programming, and motion control to design, develop, and test robotic systems for real-world applications.
Autonomous Systems Engineer
Use your understanding of navigation, sensors, and motion planning to develop systems that can move, respond to obstacles, and operate with minimal human intervention.
ROS Developer
Use the Robot Operating System (ROS) to connect robotic components, integrate sensors, and develop software to control, test, and coordinate robotic applications.
AI Robotics Engineer
Combine artificial intelligence and robotics to develop intelligent systems that can interpret information, make decisions, and perform tasks with greater autonomy.
Computer Vision Engineer
Apply computer vision techniques to help robots interpret visual information, recognise objects, and understand their surroundings for tasks such as navigation and object detection.
IIT Bhubaneswar Online Application Process
Submit the enquiry form
Fill in your details and programme preference.
Select your preferred programme
Choose the course that matches your learning goals.
Submit documents
Share the required details and documents to proceed. Candidates may have to attend an interview if required.
Complete onboarding
Finish the onboarding formalities if required by the institute.
Get expert counselling
Speak with a programme advisor for guidance.
Pay the preliminary fee
Complete the required fee payment to initiate the admission process.
Receive your offer letter and confirm participation
Students will receive an offer letter. They have to confirm their participation in the program.
Begin your programme
Start learning as per the scheduled program date.
Submit the enquiry form
Fill in your details and programme preference.
Get expert counselling
Speak with a programme advisor for guidance.
Select your preferred programme
Choose the course that matches your learning goals.
Pay the preliminary fee
Complete the required fee payment to initiate the admission process.
Submit documents
Share the required details and documents to proceed. Candidates may have to attend an interview if required.
Receive your offer letter and confirm participation
Students will receive an offer letter. They have to confirm their participation in the program.
Complete onboarding
Finish the onboarding formalities if required by the institute.
Begin your programme
Start learning as per the scheduled program date.
Frequently Asked Questions
Q1. What is the duration and format of the IIT Bhubaneswar AI-Driven Robotics programme?
It is a 6-month, live online certificate programme consisting of 72 hours of live interactive sessions held on Sundays.
Q2. What are the eligibility requirements to enroll?
Candidates need a Bachelor’s degree with an overall average of 40% or higher. While 1 year of work experience is preferred, freshers are also welcome to apply.
Q3. What is the total fee for the course?
The total course fee is ₹60,000/- (inclusive of taxes, books, and study material), with an additional processing fee of ₹500/- payable during application.
Q4. Will I receive a certificate from IIT Bhubaneswar?
Yes! Successful participants who meet the attendance and evaluation criteria will earn an official Certificate of Completion issued by IIT Bhubaneswar.