Capital Goods
Introduction of the Sector
The manufacturing industry has emerged as one of the fastest-growing sectors in India. The Government of India launched the 'Make in India' initiative to position India as a global manufacturing hub and enhance the country's visibility on the world stage. India has the capacity to export goods worth US$ 1 trillion (INR 83 lakh Crore) by 2030 and is on the road to becoming a major global manufacturing hub. India is gradually progressing on the road to Industry 4.0 through the Government of India’s initiatives like the National Manufacturing Policy which aims to increase the share of manufacturing in GDP to 25 percent by 2025.
Bachelor in Mechatronics Technology
Programme Introduction
The Bachelor in Mechatronics Technology at TISS SSE is a unique blend of mechanical and electronic studies, focusing on integrating devices like sensors, actuators, and computers. Nowadays, many products, both for consumers and businesses, combine both mechanical and electronic parts which are defined as mechatronic products. The programme teaches students about these systems and devices, which are becoming increasingly important in various industries. Giving hands-on skills in mechanical and electronic integration, problem-solving, and project management. In Bachelors of Mechatronics Technology programme, students not only gain a deep understanding of mechatronic principles but also develop a diverse skill set essential for success in this field.
Eligibility for Admission
The eligibility for admission to Bachelor. in Mechatronics Technology shall be 10+2 or equivalent, in any stream.
Updates in Capital Goods/Manufacturing
1. ‘Make in India’ Drives Manufacturing Growth, Boosting Mechatronics Demand a. The budget allocated ?1.5 lakh crore for industrial corridors and smart manufacturing hubs, emphasizing automation, robotics, and Industry 4.0 technologies. The initiative has attracted INR 10,000 crores in FDI since 2014, fostering advanced manufacturing in electronics, automotive, and aerospace, all of which rely heavily on mechatronics for integrating sensors, actuators, and control systems.
2. Government Push for Advanced Manufacturing with Mechatronics Integration. a. The Indian government has launched initiatives to boost advanced manufacturing, with a focus on mechatronics and automation. The 'Make in India' initiative is driving demand for skilled professionals in mechatronics to enhance automation in manufacturing sectors like automotive, aerospace, and electronics. Graduates in Mechatronics Technology are well-positioned to tap into this growing industry need for automation engineers and system designers.
3. Rise of Robotics and AI to Drive Mechatronics Job Market. a. India's robotics and artificial intelligence market is expected to grow significantly, with industries incorporating more automated systems and AI-driven processes. The increased demand for robots in industrial operations, healthcare, and agriculture is creating career opportunities in the mechatronics field, where graduates will find roles as robotics engineers, automation specialists, and system integration experts.
4. Growth in Electric Vehicle Industry Driving Mechatronics Demand a. India’s electric vehicle (EV) industry is expanding rapidly, with the government promoting EV adoption through subsidies and infrastructure development. Mechatronics engineers play a critical role in designing and manufacturing electric vehicles, including the development of intelligent control systems, sensors, and automation in assembly lines. The industry offers numerous career opportunities for graduates skilled in mechatronics technology.
5. Indian Industry Moving Towards Industry 4.0 a. The shift towards Industry 4.0, which integrates smart manufacturing systems, robotics, IoT, and artificial intelligence, is gaining momentum in India. This shift is driving demand for mechatronics professionals who can implement automation solutions and improve production efficiency. Companies in manufacturing, logistics, and automation sectors are seeking graduates trained in mechatronics for this transformation.
Career Prospects/Job Roles
The profession of mechatronics includes technicians and engineers. They design and maintain automated equipment. Technicians and Engineers working in Laboratories, Offices or on- site Manufacturing Plants.
Knowledge provider for skill training
Titan Company Ltd. and Varroc Engineering
Semester-wise Listing of Courses
| SEMESTER I | SEMESTER II | ||||||
| Course Code | Course Name | Credits | Course Code | Course Name | Credits | ||
| GE 1.1 | Functional English | 2 | GE 2.1 | Communication Skills | 2 | ||
| GE 1.2 | Computing Skills and Digital Literacy | 2 | GE 2.2 | Environmental Studies | 2 | ||
| MT 1.1 | Engineering Graphics | 2 | MT 2.1 | Electronics and Instrumentation | 2 | ||
| MT 1.2 | Basic Electrical and Electronics Engineering | 2 | MT 2.2 | CNC Machines and Programming | 2 | ||
| MT 1.3 | Manufacturing Technology | 2 | MT 2,3 | Engineering Metrology and Measurements | 2 | ||
| MT ST1 | Skill Training | 12 | MT ST2 | Skill Training | 12 | ||
| CDPNE | *Domain Practicum | NC | CDPNE | *Domain Practicum | NC | ||
| SEMESTER III | SEMESTER IV | ||||||
| Course Code | Course Name | Credits | Course Code | Course Name | Credits | ||
| GE 3.1 | Financial Literacy | 2 | GE 4.1 | Design Thinking | 2 | ||
| GE 3.2 | Basics of Legal and HR policies | 2 | GE 4.2 | Organizational Behaviour | 2 | ||
| MT 3.1 | Smart Manufacturing and Artificial Intelligence | 2 | MT 4.1 | Digital Electronics | 2 | ||
| MT 3.2 | Fundamentals of Mechatronics System | 2 | MT 4.2 | Electrical Machines and Drives | 2 | ||
| MT 3.3 | Total Quality Management | 2 | MT 4.3 | Manufacturing Automation | 2 | ||
| MT ST3 | Skill Training | 12 | MT ST4 | Skill Training | 12 | ||
| CDPNE | *Domain Practicum | NC | CDPNE | *Domain Practicum | NC | ||
| SEMESTER V | SEMESTER VI | ||||||
| Course Code | Course Name | Credits | Course Code | Course Name | Credits | ||
| GE 5.1 | Health and Wellness | 2 | GE 6.1 | Entrepreneurship | 2 | ||
| GE 5.2 | Personal Grooming | 2 | GE 6.2 | Employment Readiness | 2 | ||
|
MT 5.1 |
Microprocessors and Applications | 2 | MT 6.1 | Robotics and Machine Vision System | 2 | ||
| MT 5.2 | Design of Mechatronics System | 2 | MT 6.2 | Micro Controller and PLC | 2 | ||
| MT 5.3 | Micro Electro Mechanical Systems | 2 | MT 6.3 | Industry 4.0 | 2 | ||
| MT ST5 | Skill Training | 12 | MT ST6 | Skill Training | 12 | ||
| CDPNE | *Domain Practicum | NC | CDPNE | *Domain Practicum | NC | ||
*Domain Practicum- “Compulsory and Non-Credit, non-evaluative component"
The Skill Training component is 50% to 60% ranging from 600 hours to 720 hours per year depending upon the industry requirement
Programme fees: Rs. 39,600/-per annum
Examination fees: Rs. 1,600/- per semester and Rs. 3200 per annum
Caution Deposit (Refundable): Rs.5000
Convocation Fees: Rs.2000/- (In absentia Rs.2500/-)