
Program Details
Master robotic system design, including motion planning, control systems, and automation strategies.
Develop expertise in programmable logic controllers, embedded systems, and industrial communication networks used in automated production.
Apply artificial intelligence, machine learning, and data analytics to improve automation performance and decision-making.
Build research capability and technical communication skills for academic and industrial research roles.
Strengthen problem-solving ability to design efficient, reliable, and intelligent automation systems.
Become capable of working independently and as part of multidisciplinary engineering teams.
Interdisciplinary Curriculum: You gain expertise in robotics, automation, artificial intelligence, embedded systems, industrial internet of things, and data analytics, preparing you for modern automated environments.
Industry-Supported Laboratory Facilities: You work with advanced platforms such as ABB industrial robots, Bosch Rexroth automation systems, and ARM-based embedded controllers used in industrial applications.
Industry 4.0-Focused Learning: You study digital manufacturing, automated production systems, and intelligent control strategies used in smart factories and connected industrial environments.
Advanced Robotics Training: You build knowledge in robot kinematics, dynamics, motion planning, and machine vision. Machine vision refers to cameras and software that allow robots to detect and interpret visual information.
Research and Innovation Orientation: You complete courses in research methodology and technical communication, building your ability to publish research papers and present technical findings.
Dedicated Project Year: You spend one full year working on industry projects or research, allowing deep technical development and professional growth.
Practical Experience
Gain hands-on experience in Robotics, PLC, IIoT, Drives & Control, and Embedded Systems labs using industrial automation tools.
Practical Experience
Gain hands-on experience in Robotics, PLC, IIoT, Drives & Control, and Embedded Systems labs using industrial automation tools.





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Admissions Path
Merit List
Merit list based on MET score or PGCUET score.
Admission Criteria
Provisional Admission is offered to shortlisted candidates based on merit and vacancy.
Program Eligibility
You must successfully complete BE/BTech in the relevant branch from a recognized university with a minimum of 50% aggregate marks.
You must either appear for the Manipal Entrance Test (MET)/ PGCUET 2026 and get the required cut off.
*PGCUET scores will be considered only for:
Curriculum and Fees
Focus on core subjects such as Advanced Robotics, Programmable Logic Controllers (PLC), Embedded Systems, Industrial Internet of Things (IIoT), Artificial Intelligence, Machine Vision, Data Analytics, Electric Drives, and Automation Technologies. You also complete laboratory courses, mini-projects, and research methodology to build strong technical and analytical capability.
Program Duration
Total Program Fee
General:
Total Program Fee
NRI/Foreign:
Scholarships
Manipal Academy of Higher Education (MAHE) Manipal awards scholarship for its Under Graduate (UG) and Post Graduate (PG) students under the following categories


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