Cookie preferences

HundrED uses cookies to enhance user experiences, to personalise content, and analyse our web traffic. By clicking "Accept all" you agree to the use of all cookies, including marketing cookies that may help us deliver personalised marketing content to users. By selecting "Accept necessary" only essential cookies, such as those needed for basic functionality and internal analytics, will be enabled.
For more details, please review our Cookie Policy.
Accept all
Accept necessary
search
clear

Acelerated STEAM Program

place Saudi Arabia

Empowering students to solve real-world climate challenges through creative STEAM learning.

The Accelerated STEAM Program equips young learners with the skills to understand and solve real environmental challenges through hands-on, creative, and survival-based STEAM activities. By integrating the SDGs, arts, climate education, and engineering design, students become active problem-solvers who innovate for a healthier planet. The program builds confidence, multiple intelligences, and real

Overview

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

Updated March 2026
Web presence

1

Countries
All students
Target group
Through the Accelerated STEAM Program, I hope education empowers students to become innovators, future pioneers, changemakers, and problem solvers. They develop critical thinking, creativity, and hands-on skills while addressing real-world challenges, taking meaningful action for a sustainable planet.

About the innovation

Why did you create this innovation?

The Accelerated STEAM Program is unique because it transforms students into real-world problem solvers. Through hands-on projects, survival STEAM challenges, and role-play scenarios, children are faced with environmental and sustainability challenges like creating renewable energy, designing safe habitats, or managing limited resources and must invent practical, creative solutions.
Unlike traditional lessons where students only learn facts, this program immerses them in problem-solving: they test ideas, iterate on designs, collaborate with peers, and see the direct impact of their solutions. By guiding students to analyze problems, experiment, and create tangible solutions, the program nurtures critical thinking, creativity, resilience, and leadership from an early age.
This makes the program not just about learning, but about empowering students to take meaningful action for the planet turning knowledge into real-world solutions for climate and sustainability challenges.

What does your innovation look like in practice?

In practice, the Accelerated STEAM Program turns classrooms into interactive innovation hubs where students actively explore and solve real-world challenges. The program is organized into units, each focusing on different aspects of the Sustainable Development Goals (SDGs), covering social, environmental, and economic dimensions.
Students:
Build renewable energy solutions using solar, wind, and micro-hydro models, learning how technology can support sustainability
Design Earth-friendly habitats and prototypes with craft and recycled materials, exploring environmental and social impact
Participate in survival STEAM escape room challenges, where they secure water, food, shelter, and energy, learning resource management and critical problem-solving
Investigate social issues, such as community well-being and equity, and propose creative solutions through projects and role-play
Through these hands-on, inquiry-based units, students ask questions, test ideas, and iterate their solutions, gaining skills in critical thinking, design thinking, collaboration, and innovation. They experience the interconnectedness of social, environmental, and economic systems, seeing how their actions can create real, positive impact on communities and the planet

How has it been spreading?

The Accelerated STEAM Program has been spreading through schools, workshops, and international collaborations, reaching students and educators across multiple countries. It has been implemented in classrooms where teachers adopt its hands-on STEAM units and SDG-focused activities, and through training programs for educators, which multiply its impact.
The program’s innovative survival STEAM challenges and climate education activities have been shared at Global Schools events, competitions, and online platforms, inspiring other schools to replicate and adapt the approach. By providing ready-to-use units, templates, and activity guides, the program enables scalable adoption, allowing more students to learn about sustainability, problem-solving, and climate action.
As a result, the program is gaining recognition internationally, helping schools integrate social, environmental, and economic aspects of the SDGs into engaging, practical learning experiences for young learners.

How have you modified or added to your innovation?

Since its creation, the Accelerated STEAM Program has been applied on a larger scale to reach more students and create greater impact. I am currently implementing it at Dar Al Fikr Schools, expanding its reach across multiple grades and classrooms.
To support this expansion, I have:
Created a whole-school competition and theme project, engaging all students in collaborative, SDG-focused challenges that foster problem-solving, creativity, and teamwork
Provided teacher training, enabling educators to implement the program effectively and replicate its methodology across classrooms
Worked on entering international competitions with innovative projects derived from the program, sharing our approach and inspiring other schools worldwide
Incorporated digital tools and collaborative platforms to support interactive, inquiry-based learning at scale
This approach allows the program to maintain its hands-on, problem-solving methodology while reaching a broader audience, empowering more students to take meaningful action for the planet, building teacher capacity, and fostering a whole-school culture of innovation and sustainability.

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

If you want to try the Accelerated STEAM Program
If you want to try the Accelerated STEAM Program, the first step is to take a training course on how to apply it. After the training, you will be provided with all the resources and tools needed, including:
Lesson plans and presentations for different age groups
Crafting and hands-on materials for building models and prototypes
Sustainable resources like renewable energy kits
Digital tools and platforms for interactive learning
Implemented sample photos and videos to guide application
This ensures that anyone trained can successfully run the program, implement SDG-based projects and competitions, and help students develop critical thinking, creativity, and sustainability skills.

Implementation steps

Teacher Preparation
Train teachers on the Accelerated STEAM framework and engineering design process.
Establish Structure
Develop a yearly pacing schedule for STEAM as a stand-alone subject within the school timetable and allocate a structured materials and budget plan to ensure sustainable, hands on implementation.
Select Challenge
Choose an SDG aligned real world problem for each term Or unit per term.(social,environmental,economical..etc)
Student Implementation
Guide students through research, ideation, prototyping, testing, and improvement while acting as a facilitator of learning.
Assessment
Use performance rubrics, presentations, prototypes, and documentation to measure student learning.
Documentation & Scaling
Collect evidence, track impact, refine annually, and scale school wide.