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Factories are not what they used to be. Once, making a product meant sweat, hammer, and hands. Today, machines do heavy lifting; robots weld steel with sparks flying like fireworks. 3D printers build entire parts layer by layer. Computers manage assembly lines with more accuracy than any human hand. This shift is called advanced manufacturing.
To explain it simply: it is like upgrading from a bicycle to a rocket. The rocket needs training, focus, and skill. Advanced manufacturing combines machines, robotics, automation, and data to create products faster, cheaper, and stronger.
India stands at the edge of this new industrial era. The government wants manufacturing to contribute nearly 25 percent to GDP by 2030. That is massive. But numbers do not move on their own. It takes people trained in these new systems to run the show.
This is where the Tata Indian Institute of Skills (Tata IIS) steps in. With campuses IIS Ahmedabad and IIS Mumbai, supported by Tata Trusts and the Government of India, it offers the finest short courses in advanced manufacturing. These are not generic “skills for everyone” classes. These are specialized programs designed to shape tomorrow’s workforce.
Factories today are ecosystems of machines and software. General knowledge is no longer enough. A technician who only “knows a bit of everything” becomes replaceable. A professional who specializes in robotics, CNC programming, or mechatronics stands out.
Specialization builds authority. It shows employers you can solve complex problems in one area, not skim across many.
A study by Deloitte predicts that 2.1 million manufacturing jobs will be unfilled by 2030 because companies cannot find specialized talent. In short, if you go deep into one skill, you become the person industries fight to hire.
Short, sharp courses at Tata IIS let learners pick a skill and master it. The focus is on doing, not just knowing. And that is what makes an ordinary executive an extraordinary professional.
Here is a closer look at the programs that are shaping India’s next-gen workforce.
What It Is: CNC (Computer Numerical Control) is the heart of modern manufacturing. It tells machines how to cut, drill, and shape materials with millimeter precision.
Why Specialize: Because industries from aerospace to automotive rely on CNC every single day. A small error can ruin an entire batch of products. Skilled CNC programmers are guardians of accuracy.
How Tata IIS Helps: At Tata IIS, learners practice on real machines, not just theory slides. They see how codes turn into motion. This builds confidence in working on live shop floors.
Market Insight: The global CNC market is expected to hit $132 billion by 2030. Professionals with this skill are entering one of the fastest-growing industries.
What It Is: Robots are not science fiction anymore. They weld, paint, assemble, and even package goods. Automation reduces errors and increases efficiency.
Why Specialize: Because industries are not looking for “robot lovers.” They are looking for professionals who can install, program, and maintain robots without halting production.
How Tata IIS Helps: Tata IIS offers hands-on learning with industrial robots. Learners understand programming logic, troubleshoot errors, and see robots as co-workers rather than replacements.
Real-World Example: Car factories in India already use robotic arms for 80 percent of welding tasks. A skilled operator ensures those arms never fail.
What It Is: Mechatronics is the fusion of mechanical systems, electronics, and computing. It is what makes machines “smart.”
Why Specialize: Because every factory floor now depends on mechatronic systems, from elevators to packaging machines. Specialists can manage both mechanical and electronic failures.
How Tata IIS Helps: Tata IIS learners build and break circuits, test systems, and analyze data in labs. The course trains them to diagnose problems quickly.
Industry Demand: According to NASSCOM, India needs nearly 3 million mechatronics professionals by 2027 to keep pace with industrial growth.
What It Is: Welding is as old as manufacturing, but advanced welding uses lasers, automation, and protective systems.
Why Specialize: Because without strong welds, everything from cars to ships can collapse. Skilled welders remain irreplaceable even in high-tech factories.
How Tata IIS Helps: Tata IIS combines traditional techniques with exposure to robotic welding systems. Learners see how new tech improves safety and strength.
Career Opportunity: Shipbuilding industries pay premium salaries to welders who can manage both manual and robotic welding.
What It Is: Factories cannot run without reliable electrical systems. From motors to sensors, every piece of equipment needs power.
Why Specialize: Because industries suffer massive losses if systems fail. Skilled electrical professionals prevent downtime.
How Tata IIS Helps: Tata IIS trains students on live electrical panels and safety systems. They practice fault detection and safe handling.
Business Impact: The Indian manufacturing sector loses over $10 billion annually due to electrical faults and downtime. Skilled professionals reduce this risk.
What It Is: 3D printing is changing the way things are made. From medical implants to aerospace parts, it builds objects layer by layer.
Why Specialize: Additive manufacturing reduces waste, speeds up production, and creates designs impossible with traditional methods.
How Tata IIS Helps: Tata IIS provides training on industrial 3D printers. Learners see how digital designs become real products.
Growth Projection: By 2030, the 3D printing market in India is projected to grow 25 percent annually, creating thousands of jobs.
Other institutes may promise “skill development.” Tata IIS delivers something sharper. It focuses on hands-on training, industry-standard machines, and short courses that have not dragged on for years. Learners passed out as job-ready professionals.
And this is not just about employment. It is about dignity. Advanced manufacturing skills give workers respect in society. They are not “just labor.” They are specialists who drive India’s progress.
The courses in CNC programming, robotics, mechatronics, welding, electrical systems, and 3D printing stand as the top programs in advanced manufacturing today. Each course is short, intense, and deeply practical. Each one turns learners into professionals that industries trust.
Factories will keep evolving. Machines will keep advancing. But the need for skilled people will remain. Tata IIS ensures those people are ready.
Advanced manufacturing integrates robotics, automation, 3D printing, and data analytics to produce goods faster, cheaper, and with higher precision. India needs it to achieve its 2030 goal of manufacturing contributing 25 percent to GDP and to compete globally.
These are short, intensive courses. Duration varies by specialization, but most programs are completed within 3-12 months, allowing you to enter the workforce quickly.
Tata IIS focuses on hands-on training with industry-standard machines, not just theory. Courses are short, practical, and designed in collaboration with leading manufacturers. Learners leave job-ready, not just certified.
Courses cater to both fresher and experienced professionals looking to upskill. Prerequisites vary by course, but most welcome candidates from diverse backgrounds.
Course fees vary by specialization and duration. Subsidized scholarship options are available for eligible candidates. Contact the campus for detailed fee structure and financial aid information.
Mumbai and surrounding regions have high demand for CNC programmers, robotics technicians, and welding specialists. Industries including automotive, heavy equipment, and aerospace actively hire trained professionals.
CNC Programming and Robotics & Automation have consistently high demand across the automotive, aerospace, and electronics sectors. However, mechatronics and 3D printing are emerging areas.
Absolutely. Product designers, engineers, and innovators benefit significantly. The course covers design-to-production workflow, making it ideal for those in product development roles.
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Inspired by the tree of knowledge, this logo implies a tree with interspersing dots representing various skills that the institute offers, making it a wholesome skilful tree. The tree’s bark represents individuals with different mindsets coming together with a common purpose of growth. Lastly, one can subtly see the acronym IIS which also represents students as figurines.
To date, we have trained around 650 students. Our alumni are working with notable companies, such as Torrent Power, Powellite Electricals, Tata Motors, Bajaj Auto, and L&T. . Equipped with holistic technical and business skills, many alumni have also chosen the path of entrepreneurship to realise their dreams.
We firmly believe in inclusion. Identifying segments that need us the most is one of our goals. We are mindful of reaching the tribals and marginalised and ensuring maximum women participation.
Learning from the industry is at our core. Our industry partners are deeply involved, right from course design and delivery to recruitment. Our current partners include Fronius, Universal Robots, SMC, Phillips Machine Tools, Multivista, Fanuc, MIR, Markforged, Schneider Electric, Lincoln Welders, Hexagon, Formlabs, ABB, Festo, Ather, Tata Motors, Thermax, Larsen & Toubro, Bajaj Auto Ltd., Carraro, Marriott, Indian Accent, Taj, Lollo Rosso, Tomato’s, Ramada by Wyndham, Novotel, La Milano Pizzeria, Renaissance Hotels, The Fern, Tatr, IFEA, The Job Plus, Happy Faces, Sewa.
The campus is situated on a 4.17-acre land parcel at Chunabhatti inside the National Skill Training Institute campus in the state of Maharashtra. The first phase of development comprises a 22,500-square-foot facility housing advanced manufacturing and electric vehicle laboratories. The facility also includes classrooms and advanced computer laboratories for training in allied areas, providing trainees with a real-world environment akin to working in the manufacturing industry. It is equipped to train approximately 190 students at a time.
Spanning over 2.5 lakh square feet, the campus features infrastructure that includes training facilities, hostels, and dedicated spaces for student activities, supporting comprehensive learning and growth.
