Understanding the Different Models of Vocational Education and Training in India

Ask ten people what “vocational training” looks like, and you will probably get ten different pictures: a welder learning at an ITI workshop, a retail trainee shadowing a store manager, a homemaker finishing a tailoring course on her phone, or an engineering graduate working alongside a company mentor. All of these are valid, and all of them belong to different models of vocational education and training (VET). Understanding these models matters because the way training is delivered directly shapes how job-ready a learner eventually becomes.

Why delivery models matter in vocational education 🔗

Vocational education is not a single, fixed pathway. It can be organised around a classroom, a workplace, a digital platform, or some combination of the three. The choice of model affects who can access training, how closely it matches real job requirements, and how quickly a learner moves from classroom to career. In India, this question has taken on new urgency as the country tries to close a long-standing skills gap while building an education system responsive to industry needs, as reflected in recent scholarship on integrating vocational education into higher education.

Broadly, four models dominate the global and Indian conversation on VET delivery: the institution-based model, the industry-based model, the multi-channel model, and the collaborative or dual model. Each one solves a different problem, and each brings its own trade-offs.

The four core models of vocational training 🔗

The institution-based model 🔗

This is the model most people picture first. Training happens inside a dedicated institution such as an Industrial Training Institute (ITI), a polytechnic, or a vocational school, using classrooms, labs, and simulated workshops. Instructors follow a standardised curriculum, and assessment happens on campus rather than on a live shop floor.

Strengths: It allows for controlled, structured learning, consistent quality across batches, and the ability to teach foundational theory before learners touch real equipment. It also scales relatively well, since one institution can train large cohorts using a fixed syllabus.

Weaknesses: Equipment and curricula can quickly fall behind what industry actually uses. A learner might master a machine that a factory retired years ago. Without strong links to employers, institution-based training risks producing certificates that do not translate into real workplace competence.

The industry-based model 🔗

Here, the workplace itself becomes the classroom. Apprenticeships are the clearest example: a learner is placed with an employer, earns a stipend, and picks up skills through supervised, hands-on work. India’s twin apprenticeship schemes, the National Apprenticeship Promotion Scheme (NAPS) and the National Apprenticeship Training Scheme (NATS), together supported over 17 lakh apprentices in 2025, spread across sectors like automotive, BFSI, electronics, and retail.

Strengths: Learners train on equipment and processes they will actually use, employers get workers already familiar with their systems, and the “earn while you learn” structure makes training financially viable for many families. The official NAPS implementation guidelines also build in stipend-sharing between government and employers, easing the cost burden on companies.

Weaknesses: Quality depends heavily on the employer. A well-run apprenticeship builds genuine skill; a poorly supervised one can reduce the apprentice to cheap, repetitive labour with little structured learning. Coverage is also uneven, since smaller firms and the informal sector, which employs the bulk of India’s workforce, often lack the systems to host apprentices properly.

The multi-channel model 🔗

This model widens access by combining several delivery routes at once, most notably open and digital learning. Massive open online courses, mobile-based skill modules, and industry certification platforms let learners study at their own pace, fitting training around jobs, household responsibilities, or geography that would otherwise keep them out of a classroom.

Strengths: Flexibility is the biggest draw. A multi-channel approach can reach a homemaker in a small town or a working adult who cannot commit to fixed institution hours, which is particularly relevant for adult and continuing education. It also allows credit accumulation across different learning modes, an idea central to India’s National Skills Qualifications Framework.

Weaknesses: Without hands-on practice, purely digital modules can leave gaps in practical competence. The model also assumes a level of digital access and self-direction that not every learner has, particularly in rural or first-generation learner contexts.

The collaborative or dual model 🔗

The collaborative model tries to capture the best of both worlds by formally splitting training time between an institution and a workplace, with both partners jointly responsible for the learner’s outcome. Germany’s dual system is the reference point most often cited internationally. Analysts studying its relevance to India note that the dual principle would need deep institutionalisation, including updated occupational standards co-designed with industry associations, to work at scale here. India’s own Dual System of Training scheme, run by the Ministry of Skill Development and Entrepreneurship, is an early attempt at this integration.

Strengths: When it works, the collaborative model produces the strongest employability outcomes because theory and practice reinforce each other continuously, and industry has a direct stake in curriculum design.

Weaknesses: It demands sustained coordination between government, institutions, and employers, along with trust that many Indian industries have not yet built with the education system. Without that trust, collaboration stays symbolic rather than operational.

Why implementation stumbles on the ground 🔗

Choosing the right model on paper is one thing; making it work in classrooms and workplaces is another. A few recurring problems show up across models.

Ineffective on-the-job training 🔗

On-the-job training often exists in name only. Instead of a structured rotation through different tasks with feedback and evaluation, many apprentices end up doing the same low-skill task repeatedly, because supervisors are busy meeting production targets rather than training. This defeats the entire purpose of the industry-based and collaborative models, which depend on the workplace component being genuinely instructional.

Weak industry-academia collaboration 🔗

Research on the National Education Policy’s vocational push points to inadequate infrastructure, a shortage of qualified trainers, and persistent social prejudice against vocational tracks as ongoing obstacles, alongside limited collaboration between institutions and industry. Curricula are frequently designed with little employer input, so graduates emerge with certificates that do not map cleanly onto what recruiters are actually looking for.

Informal learning still fills the gap 🔗

Field research from the ASER Centre found that many young people, especially in smaller towns, learn vocational skills primarily through their community and informal networks rather than through formal training institutions, with school-based vocational exposure available only in some locations. This suggests that formal models, however well designed, are still not reaching every learner who needs them.

Best practices: combining models for better outcomes 🔗

No single model solves every problem, which is why current policy is pushing toward blending them rather than picking one.

Start vocational exposure earlier and keep it flexible 🔗

The National Education Policy 2020 calls for vocational exposure from Class 6 onward, with credit-based mobility so a learner can move between vocational and academic streams, or between physical and online modules, without losing progress. This effectively institutionalises the multi-channel philosophy of flexible, stackable learning, as discussed in analyses of NEP’s skilling reforms.

Anchor institution-based learning to real workplaces 🔗

Pairing ITIs and polytechnics with structured internships or apprenticeship blocks, rather than treating classroom and workplace learning as separate tracks, brings institution-based training closer to the collaborative ideal. Government schemes to upgrade ITIs through public-private partnerships are a step in this direction, since they bring current industry equipment and processes into the classroom itself.

Formalise and supervise on-the-job components 🔗

Apprenticeship and dual-system models only work if the workplace portion is actually taught, not just assigned. That means training employers on how to supervise apprentices, not only subsidising their stipends. Emerging formats like degree apprenticeships, which combine a university degree with structured industry placements, are being explored precisely to build this discipline into the system, as outlined in recent work on work-integrated learning in India.

Build continuous feedback loops with industry 🔗

Rather than a one-time curriculum review, effective systems keep industry involved on an ongoing basis: helping set skill standards, sitting on assessment panels, and flagging when a trade’s requirements shift due to new technology. This keeps institution-based and multi-channel training from going stale between revisions.

For anyone studying adult and vocational education, the lesson is less about which single model is “best” and more about matching the right combination to the learner’s context. A rural adult learner balancing family responsibilities may need the flexibility of a multi-channel course anchored by short, well-supervised workplace stints, while an urban school leaver might benefit most from a structured dual-system pathway. Good vocational education design is really a design problem: fitting delivery models to the realities of the people they are meant to serve.

What do you think? Which of these four models do you think would work best for adult learners returning to skill-building after years in the workforce, and what would it take to fix the on-the-job training gap that undermines both the industry-based and collaborative models?

References

1. https://ijip.in/articles/vocational-education-nep/
2. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2226495&reg=48&lang=2
3. https://www.msde.gov.in/static/uploads/2024/05/Guidelines-for-Implementation-of-National-Apprenticeship-Promotion-Scheme.pdf
4. https://aei.pitt.edu/74136/1/Vocational_Education_and_Training_Reform_in_India.pdf
5. https://asercentre.org/wp-content/uploads/2022/12/Vocational-thematic_V4.pdf
6. https://nationalskillsnetwork.in/how-nep-2020-is-reforming-vocational-education-and-skill-development/
7. https://fieindia.org/article/addressing-indias-education-employability-gap-the-emergence-of-degree-apprenticeships