Programmes
- Programme CodeBTECH-021
- Duration4 Years
- ProgrammeGraduate Programme
- Department Department of Mechanical Engineering
Robotics and Automation remains the buzzword among industries worldwide. The concept has helped robots and autonomous systems achieve unprecedented growth. Robotics technicians, engineers, and scientists have achieved high salaries, funding opportunities and unlocked new research capabilities in the past few years. Other professionals have managed to introduce unique ventures due to immense innovation and growth in this field.
Robotics engineers conceive, design, build and maintain robots and robotic devices. Their work involves drafting, testing, and applying high-level programming skills to develop innovative automated solutions. Depending on the type of robot and application, the job roles can vary significantly. For instance, a professional can design robots for the healthcare industry or work as a robotics operator in the manufacturing and supply chain sectors. Some other specific applications in this field include Drone deliveries, Mechanical welding arms, Self-driving cars, Autonomous machines and Artificial intelligence-based sorting mechanisms.
The goal of the four-year undergraduate B.Tech. in Robotics and Automation program is to design and develop robotic systems and automated machines by combining the principles of mechanical engineering, electronics, and computer science.
It offers a solid foundation in mechanical engineering principles and cutting-edge robotics technologies to students interested in robotics and automation.
The curriculum gives students the theoretical understanding and hands-on training they need to create sophisticated automation and robotics systems.
1,00,000 1stYr.
1,00,000 2ndYr.
1,00,000 3rdYr.
1,00,000 4thYr.
50% (45% for SC/ST) marks in 10+2 with Mathematics and Physics along with Chemistry/Computer Science.
Admission can be sought on the basis of: The rank secured in national level exams like JEE, CUET or other equivalent exams. OR The Invertis University Common Entrance Test (IUCET). OR The merit of qualifying exam (10+2)
- Robotics Engineer
- Mechatronics Engineer
- Product Development Engineer
- Manufacturing Engineer
- Control Systems Engineer
- Industrial Engineer
- Quality Control Engineer
- Automation Engineer
- Research And Development Engineer
Frequently Asked Questions
You need 50% marks in 10+2 with Mathematics and Physics, along with Chemistry or Computer Science. A relaxation to 45% applies for SC and ST category candidates, as per university norms.
It integrates the fundamental mechanical engineering concepts, electronics and computer science. It prepares the fundamentals of mechanical sciences together with cutting-edge technology of robot systems both conceptually and practically for automation systems, as well as drafting, testing and advanced-level programming abilities toward the development of integrated robotics and automation systems.
With the completion of the course, you acquire expertise that is needed to engineer, design, construct and support robots and robotics instruments.
Absolutely. Robotics and Automation is one of the fast-paced and growing sectors worldwide, and it enables engineers to develop substantial salaries, support avenues, research opportunities and build personalized businesses in areas with high and constant advancement trends.
The relevant scope comprises applications ranging from drone delivery, welding automation arms, driverless vehicles, autonomous robots and intelligent sorting devices. The careers are spread across healthcare robots, manufacturing, logistics, and the R&D sector.
