Mahindra École Centrale, [MEC] Hyderabad

M.Tech. in Robotics Engineering

Program Overview

The Master of Technology (M.Tech.) in Robotics Engineering at Mahindra University is a two-year postgraduate program designed to provide advanced education and training in the field of robotics, automation, and intelligent systems. The program integrates core engineering principles with practical hands-on experience in designing, building, and programming robotic systems. It prepares students for careers in robotics research, automation design, manufacturing, intelligent systems, and related industries.

Program Duration

• 2 years (4 semesters)

Eligibility Criteria

Candidates seeking admission to the M.Tech. in Robotics Engineering must meet the following requirements:

• Bachelor’s degree in Engineering/Technology in disciplines such as:

  • Mechanical Engineering

  • Electrical Engineering

  • Electronics and Communication Engineering

  • Computer Science Engineering

  • Mechatronics

  • Robotics or related branches

• Minimum 60% aggregate marks or equivalent grade in the qualifying degree

• Final-year undergraduate students may apply, subject to fulfilling eligibility conditions at the time of admission

Admission Process

Admission to the program is typically based on:

• GATE score followed by a personal interview, or

• University-conducted entrance test and interview for candidates without a valid GATE score

Selection is based on academic performance, test results (if applicable), and interview outcomes.

Curriculum Structure

The curriculum is designed to include both theoretical foundations and practical applications in robotics and automation.

Core Areas of Study

Students are exposed to topics such as:

• Robotics Fundamentals

• Robot Kinematics and Dynamics

• Industrial Automation

• Control Systems

• Embedded Systems for Robotics

• Machine Vision and Sensor Integration

• Artificial Intelligence for Robotics

• Mechatronics System Design

• Human-Robot Interaction

Laboratory and Practical Training

• Hands-on labs with robotic platforms and automation systems

• Programming of robotic controllers and sensors

• Projects involving real hardware and simulation tools

Project Work

• Major project or thesis in the final semester

• Opportunity for industry-oriented or research-based project execution

Learning Outcomes

Graduates of the M.Tech. in Robotics Engineering will be able to:

• Design, analyze, and implement robotic and automated systems

• Apply control theory and AI techniques for intelligent system behavior

• Integrate hardware and software components in robotics applications

• Use modern tools and platforms for robotic design and simulation

• Conduct research and contribute to technological development in robotics

Career Opportunities

After completing the M.Tech. in Robotics Engineering, graduates can pursue careers as:

• Robotics Engineer

• Automation Systems Designer

• Controls Engineer

• Machine Vision Specialist

• Artificial Intelligence Engineer for Robotics

• Mechatronics Engineer

• Research and Development Engineer

• Product Design and Integration Specialist

• Ph.D. Research Scholar

Employment opportunities exist in industries such as manufacturing automation, automotive robotics, aerospace, defense, healthcare robotics, consumer robotics, logistics and warehousing automation, and research institutions.

Academic Environment

The program emphasizes:

• Interdisciplinary learning blending mechanical, electrical, and computing disciplines

• Hands-on experience with robotic systems and automation platforms

• Opportunities for research, industry collaboration, and innovation

• Faculty guidance with technical and practical expertise