UNESCO has launched a pilot programme in Mexico to redesign technical and vocational education and training (TVET), placing digital skills and local labour-market links at the centre of the effort. The initiative will operate across eight campuses in the Metropolitan Area of the Valley of Mexico during the 2026–2027 school year and will test whether locally developed innovations can be assembled into a wider national model.
Practical training meets digital transformation
The project is a collaboration between UNESCO and two Mexican education bodies: the National College of Technical Professional Education (CONALEP) and the General Directorate of Industrial and Services Technological Education (DGETI). It is designed to make technical education more responsive to rapid technological change and to align classroom learning with employment opportunities.
Participating campuses will operate as innovation nodes where teachers, students and administrative staff jointly trial new approaches to curriculum, digital competence development and community engagement. The pilot places a strong emphasis on continuous improvement cycles and peer learning, with the ambition of producing a practical roadmap for scaling successful practices.
Who will take part and what they will do
The programme will involve a broad set of local stakeholders, including private sector partners, families and community organisations. UNESCO will provide technical support while local institutions lead implementation, testing models of capacity development for staff and fresh ways to involve young people in shaping their own education.
- Eight campuses in the Valley of Mexico will serve as test sites during the 2026–2027 school year.
- Activities will focus on teacher training, student digital skills, community engagement and building communities of practice.
- The pilot aims to develop tools and evidence that can be adapted elsewhere in Mexico and potentially across Latin America and the Caribbean.
Scale and context
UNESCO highlights that Mexico already has an extensive TVET system, which provides a substantial base for innovation. The organisation cites the following figures for the 2024–2025 school year:
| Indicator | Number |
|---|---|
| Students aged 15–18 enrolled in TVET | 1.9 million |
| Teachers in TVET | 199,000 |
| Schools | Almost 3,000 |
| Technical career programmes | More than 90 |
Those figures underline both the opportunity and the challenge: a vast system where even modest improvements in teaching quality, digital preparation or employer engagement could affect millions of young people.
Regional implications and policy questions
The pilot forms part of the Regional Alliance for Educational Transformation and Innovation (ARTIE), bringing together education authorities with public and private partners. UNESCO and Mexican partners will assess whether the methods trialled at the eight campuses can be transferred to different contexts across Mexico and adapted elsewhere in Latin America and the Caribbean.
For policy-makers the initiative raises practical questions about how to scale innovation without losing local relevance: Which capacity-development approaches can be deployed at scale for thousands of teachers? How should digital skills be integrated into existing technical curricula? What role should employers play in co-designing courses so that qualifications map cleanly onto job opportunities?
Those questions are as pertinent to UK policy debates as they are in Mexico. Governments everywhere are wrestling with how to modernise vocational provision rapidly in response to automation, green transition and shifting labour-market demand. Pilots that combine bottom-up experimentation with an explicit scaling strategy are one way to generate the evidence base needed to inform wider reform.
UNESCO’s pilot will be watched closely by education authorities and employers across the region. If the model succeeds in producing practical tools for teacher development, stronger links with local industry and demonstrable gains in students’ digital readiness, it could provide a template for broader transformation of TVET systems.
