ABOUT THE COURSE

B. Tech in Robotics and Artificial Intelligence is offered by the Department of Electronics & Communication Engineering. This cutting-edge program blends core mechanical, electrical, and computer engineering with advanced machine learning. Students master the skills needed to build intelligent, autonomous systems driving industries from manufacturing to healthcare. The curriculum bridges foundational engineering with futuristic technologies, preparing students to design systems that think, learn, and act. .

The B. Tech in Robotics and Artificial Intelligence is a cutting-edge program designed to train the next generation of automation pioneers. This curriculum seamlessly integrates mechanical, electronics, and computer science engineering with advanced machine learning and autonomous systems design. Students gain high-demand skills in programming, data analytics, and intelligent hardware implementation through intensive practical training. It is the ideal gateway to lucrative global careers as robotics engineers, AI architects, and automation specialists across smart manufacturing, healthcare, and defense sectors. .

OVERVIEW

The program is envisaged to nurture and equip engineering undergraduates to take up jobs in the Robotics and AI industry as well as to emerge as entrepreneurs. The curriculum has been designed in such a manner that Artificial Intelligence and machine learning can provide a framework to enhance the autonomy and intelligence of Robots for external interfaces.

OBJECTIVES

Assimilate The Mathematical Framework For The Design And Control Of Robots

Familiarise With The State Of Art Sensor And Actuators Needed In Developing A Robot

Familiarise With The Recent Computing Tools To Solve The Various Design Issues Of The Robots

Acquire The Necessary Knowhow For The Communication Of Robots To The External World

Deploy The Algorithms Pertaining To Artificial Intelligence And Machine Learning Towards Realizing Autonomous Robots.

Design Miniature Robots To Address The Various Challenges Posed By Society And Industry.

Understand The Foundations Of Human Robotic Interaction

Explore Any Kind Of Collaboration With The Industry And Academia Working In Similar Areas.

DEVELOPMENT OF CURRICULUM

A Committee Comprising Faculty From The Dept. Of Electronics And Communication Engineering, Electrical And Electronics Engineering, Mechanical Engineering, And Computer Science Engineering Of The Dept Of Technical Education, Kerala Has Been Entrusted With The Design Of The Curriculum. Towards Enhancing The Quality And Content Of The Curriculum, Valuable Suggestions From Internationally And Nationally Renowned Academicians In The Field Of Robotics Were Obtained. Dr. Prahlad Vadakkepat, Professor At The Dept Of Electrical And Computer Engineering, National University Of Singapore, A World-Renowned Person Having A Long Span Of Experience In The Domain Of Robotics And Dr. Santhakumar Mohan, Associate Professor, Dept Of Mechanical Engg, Indian Institute Of Technology, Palakkad Had Reviewed The Syllabus And Offered Their Invaluable Suggestions.