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Innovative Math Education

Mathematical Thinking for the Technical Future

The math track of the Gen Técnico Roberto Rocca Program aims to transform the teaching of mathematics in technical education by developing students' mathematical thinking through innovative methods. It also supports the professional development of teachers to empower the technicians of the future.

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Updated May 2025
Web presence

3

Countries
All students
Target group
Through our innovation, we aim to transform the teaching of mathematics in technical education by fostering critical thinking and the development of mathematical skills in students. Our goal is to improve the quality of education by enhancing teacher training and ensuring that future technicians are prepared for the challenges of the future.

About the innovation

Why did you create this innovation?

We created this innovation to transform the traditional teaching of mathematics in technical education, developing students' mathematical thinking and improving their learning opportunities, vocational training, and integration into the workforce.

What does your innovation look like in practice?

In practice, it is implemented through teacher workshops, disruptive activities, classroom application, and pedagogical reflection. Teachers work collaboratively in professional learning communities where they analyze tasks, implement them with students, and reflect on the outcomes.

To strengthen students' development of mathematical thinking, the initiative includes 35 mathematics courses for teachers. These courses cover the seven types of mathematical thinking—algebraic, stochastic, variational, proportional, geometric, visualization, and modeling—through cross-cutting themes relevant to secondary education. Each school year is aligned with the development of these types of thinking, ensuring a coherent and comprehensive approach.

How has it been spreading?

The program has expanded through the schools participating in the Roberto Rocca Gen Técnico Program, by training trainers, creating communities of practice, and implementing the approach with students across different regions. This is supported by ongoing guidance and continuous monitoring to ensure ongoing improvement.

Currently, we are working with 11 schools in 3 countries, reaching over 90 teachers and 3,000 students per year.

If I want to try it, what should I do?

You can create an account on the Roberto Rocca Virtual Campus and request free enrollment in the Mathematics courses. Once registered, you’ll gain access to the courses, along with materials and tools that will allow you—as a teacher—to implement the new methodologies in your educational institution.

Implementation steps

Go to the Roberto Rocca Virtual Campus website and create a user account.
https://campus.robertorocca.org/
Enroll in the Mathematics courses
Log in to the virtual campus with your username and password, and enroll in the Mathematics Track courses corresponding to the school years you wish to work on.
Follow the instructions provided in the course
Follow the instructions shown in the course, use the online or downloadable materials, and plan your lessons using the student guide and assigned activities. The course is divided into three stages: problematizing school mathematics, classroom implementation, and finally, documenting the sessions in a teaching log.

Spread of the innovation

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