Empowering Future Innovators


At The Wingate School, STEM (Science, Technology, Engineering, and Mathematics) is not just a programme — it is a mindset. Distinguished by its hands-on, challenge-based approach, it combines academic rigour with practical application, immersing students in the world of engineering, design, and innovation. Through the programme, learners develop the ability to tackle challenges like real engineers, becoming creative problem-solvers, ethical designers, and confident innovators.

Beginning in Year 7, students progress from foundational design thinking to advanced systems integration, using industry-standard tools and methodologies. The programme aligns with both ISTE Standards (International Society for Technology in Education) and the IGCSE Design & Technology syllabus.

This structured and scaffolded pathway — rare in most schools — equips students with the technical expertise and real-world skills required for success in higher education and future careers.
 

stem

Success Stories from Our STEM Programme in Mexico City


The results of our unique STEM education speak for themselves: our students consistently excel in regional and national STEM competitions, most recently earning first place out of 50 teams across Mexico.

At prestigious events hosted by ITAM and TEC de Monterrey, they achieved both 1st and 3rd place and were honoured with the “Revelación” Prize for their exceptional debut season in the FIRST LEGO League (FLL).

Several Wingate students are now part of the Lobos Negros, one of Mexico’s top-ranked robotics teams and among the best in the world. This elite programme identifies outstanding talent from leading schools nationwide to form FTC (FIRST Tech Challenge) and FRC (FIRST Robotics Competition) teams representing Mexico internationally.

maths
 

The Wingate School STEM Curriculum


STEM at TWS is part of a broader commitment to developing well-rounded, future-ready learners. Our students are not just building prototypes; they are building resilience, self-reliance, and a solutions-oriented mindset for future careers.

To ensure a solid foundation, they engage in progressive projects in Years 7 to 11 that build upon previous knowledge and skills. These practical projects not only enhance their understanding of core STEM concepts but also prepare them for the IGCSE Design & Technology assessment in Year 11. Our methodology follows the principles of DIY (Do-It-Yourself) learning, where students become the architects of their own knowledge, with the guidance of expert teachers.

class
 

Learning by Doing 

From the very first year, students apply the Engineering Design Process to tackle real-world challenges. Each project guides them through identifying problems, generating ideas, building and testing prototypes, and documenting progress in a professional Engineering Notebook. These notebooks include sketches, data, iterations, and test results — helping students reflect on their process and measure improvements with authentic engineering metrics.

Preparing for IGCSE Design & Technology

As they advance, students develop a strong foundation aligned with the Cambridge IGCSE Design & Technology curriculum. They learn to apply Design Thinking to structure their ideas, ask guiding questions, and propose innovative and sustainable solutions.
Each project integrates Balanced Scorecard metrics — On Time, On Budget, On Quality — ensuring that students understand how to plan, execute, and deliver within real-world constraints.

Digital Citizenship & Google Workspace 

In addition to engineering, our students become responsible digital citizens, learning how to navigate the online world safely, ethically, and collaboratively.

Through daily use of Google Workspace tools — including Docs, Sheets, Slides, and Forms — they manage their projects, analyse data, prepare presentations, and document their learning journey. These tools empower students to communicate ideas effectively, organise their work, and collaborate as a team.

Teamwork, Leadership, and Real Results 

Students use Objectives and Key Results (OKRs) to define goals, track milestones, and distribute responsibilities within their teams. This project management approach fosters leadership, accountability, and strategic thinking, preparing them for success in both academic and professional environments.

Our Approach to STEM Education in Years 7 to 11

At the beginning of their STEM journey, students focus on foundational concepts in engineering and design thinking. They start by learning how to create and maintain an Engineering Notebook, which serves as a structured method for documenting their ideas, processes, and reflections. They develop problem-solving skills through design and basic tools, learning how to create simple 2D and 3D designs.

Building on Y7 knowledge, students focus on design documentation and simple prototyping. They learn to present projects professionally, integrating sketches, CAD models, and project justifications. Software such as Tinkercad introduces students to 3D modelling, while physical model-making helps them develop practical construction skills using basic materials and mechanisms.

At this stage, students explore digital tools and fabrication techniques, tackling more sophisticated designs and project execution. Year 9 learners advance their skills with Fusion 360, laser cutting, and electronics.

In Year 10, students begin integrating systems and control principles, combining mechanical, electrical, and software components in their projects, including 3D-printed parts. They develop programming skills using Scratch, Python, or block-based coding, and build functional prototypes with real-world applications.

The final stage of our STEM programme in Mexico City prepares students for their IGCSE Design and Technology assessments through complex, independent projects that consolidate everything they have learned from Years 7 to 10. With a strong emphasis on solving real-world problems, refining portfolios, and incorporating ethical and sustainable design, students graduate with a solid foundation in STEM, design thinking, and hands-on fabrication, ready to pursue further studies in engineering, design, or technology-related fields. 

 

lab

STEM Programme Highlights


  • Students use professional tools, including Fusion 360, Arduino, 3D printers, and laser cutters, developing career-ready skills for STEM fields.
  • Projects are tied to global challenges, sustainability, and ethical innovation, mirroring university and industry work.
  • Students maintain engineering notebooks, build portfolios, and develop capstone projects that solve authentic problems.
  • Through integrated ICT standards, students master research, digital collaboration, and responsible technology use.
  • The programme embeds creativity, collaboration, research, and digital fluency throughout.
science

Top Preparation for Future Studies and Careers


By Year 11, students think and work like real engineers, designers, and innovators. The programme equips them with advanced technical skills while fostering proactivity, project management, critical thinking, collaboration, and the ability to innovate — competencies essential for success in the 21st century. Through extensive hands-on projects and the development of strong portfolios, students cultivate a mindset rooted in entrepreneurship, creativity, and ethical decision-making. With this foundation, they are fully prepared to stand out in higher education and pursue global careers in STEM anywhere in the world.

Other Benefits of Our STEM Programme


From 2D and 3D design to automated systems and ethical problem-solving, our students become agile thinkers and doers in a world shaped by STEM. Guided by expert teachers, they consistently apply principles from the three areas of the IGCSE Design & Technology syllabus throughout the programme:

  • Design - They develop problem-solving skills and learn to document, refine, and present their ideas.
  • Systems and Control - The integration of electronic and mechanical components in projects fosters an understanding of automation and control.
  • Materials - Hands-on experiences with various materials ensure students grasp their properties, uses, and limitations.

ISTE Standards


Our ICT–STEM curriculum in Mexico City is built upon the ISTE Standards for Students (International Society for Technology in Education), a globally adopted framework for using technology to create high-impact, equitable, and future-ready learning. These research-based standards ensure that learners develop as Empowered Learners, Innovative Designers, Computational Thinkers, and Global Collaborators — equipping them with the digital skills needed to thrive in a world shaped by technology, creativity, and purpose.

Contact Us Today


Discover how we can empower your child for limitless future success with our world-class STEM education in Mexico City.