School Workshops (One-day STEM programmes)

Matris Robotic delivers five curriculum-aligned STEM workshops to schools in the UK for students aged 5 to 16. AI & Coding, Electronics, Robotics, 3D Design and STEM Project Management delivered in your school by enhanced DBS-checked instructors with all equipment included, from £455/day and covers up to 190 students in 5 sessions.
Each session typically last about one hour and students work with real equipment, including robots. Schools can book single workshops, multi-day programmes, or bespoke STEM enrichment events, making them ideal for STEM Days, British Science Week, after-school clubs, and curriculum enrichment activities. They are aligned with the UK’s KS1, KS2, KS3, GCSE and A level DT programmes.

 

Click the button below to fill out the Matris Robotic Workshop Request Form

Other Services for Schools:

If your school is looking for a customised one-day workshop to enhance the curriculum and bring hands-on learning into the classroom through AI & Robotics we’d love to hear from you. We offer customised hands-on workshops designed to complement Design and Technology (DT) and computing courses in primary and secondary schools. Other services for schools include Consultation. We collaborate with DT teachers to understand specific course goals for primary and secondary students.

Examples of Our Workshops:

AI & Coding Workshops

In our coding workshops, children learn the basics of programming through fun, hands-on projects.

They will develop their own games, create music with code, and explore Scratch and Python programming in an age-appropriate way.

The coding workshops are designed to spark creativity, logical thinking, and problem-solving. These engaging tools allowing students to create animations, and interactive stories while learning core programming concepts.

Electronics Workshops

In Electronics workshop, children explore electronics by creating real-world projects such as smart street lighting and eco-friendly smart homes.

They learn how circuits, sensors, and renewable energy systems work, fostering both innovation and environmental awareness.

It’s a fun and engaging way to introduce young minds to sustainable technology while developing creativity, problem-solving, and teamwork skills.

Robotics Workshops

The “Robotics” workshop is developed by Matris as a result of research-based teaching system to help students learn science and mathematics concepts through hands-on, practical application.

In this hands-on robotics workshop, children design and build exciting projects like humanoid robots, animal robots, and competition-ready machines.

They’ll also explore how to create space station robots and cable driven robots developing mechanical skills and creative problem-solving.

Each workshop blends play and engineering to spark curiosity and confidence in young innovators.

3D Design Workshops

In this workshop, children turn their imagination into reality by creating and 3D printing their own models with Tinkercad.

Tinkercad is a user-friendly and engaging software platform used to teach kids 3D design, circuit building, and coding. They learn the basics of 3D modeling and printing, turning creativity into tangible projects.

A fun and educational experience that combines technology with hands-on innovation.

London Bridge

STEAM Project Management

Our STEAM workshops are an exciting way for children to dive into STEM and ART while working together as a team!

Kids get to explore motion, design, and engineering through fun, hands-on projects like making jellyfish, windmills, and airplanes. It’s the perfect mix of science and creativity, helping them build fine motor skills while letting their imagination run wild.

With electronics, robotics, coding, and art all rolled into one, these workshops spark curiosity, teamwork, and problem-solving in the most fun and interactive way!

Examples of Special Enhanced STEM Projects By Matris Robotic:

Students engage with multidisciplinary STEM projects such as London Bridge and Amuzment Park, choosing their preferred designs to build, test, and deploy. Each project is broken down into smaller sub-projects, with students taking on specific roles that involve troubleshooting, monitoring, and collaboration.

Throughout the process, students gain experience in project planning, time management, and teamwork, while also exploring and researching the scientific and mathematical concepts needed to successfully complete their projects.  Some examples are:

London Tower Bridge:

Be inspired by the iconic London Bridge in this unique STEAM workshop.

Students combine robotics, AI & Coding, and art to design and build their own interactive bridge masterpiece, blending creativity with engineering.

We offer a wide range of hands-on, engaging workshops designed to inspire creativity and build real-world skills in robotics, coding, electronics, and design.

Each session can be engaged to your school’s needs, from one-off workshops to multi-day programmes or termly clubs.

London Bridge

Footbalist Robot:

Students design, build, and program their own soccer-playing robots. They develop robotics skills while working in teams and participating in friendly competitions. In our football robot programme, students design and program robots inspired by FIFA World Cup 2026™ and famous London football clubs such as Arsenal F.C., Chelsea F.C., Tottenham Hotspur F.C., West Ham United F.C., Crystal Palace F.C., Fulham F.C., Brentford F.C., Queens Park Rangers F.C., Millwall F.C., Charlton Athletic F.C., combining sport, coding, and robotics into an engaging STEM experience. The program encourages problem-solving, creativity, and collaboration in a fun and supportive environment.

Soccer Robot: matris robotic

Amuzment Park:

Students explore robotics, coding, electronics, art, and project management through hands-on activities. The curriculum culminates in project delivery, where students present their final versions and reflect on their learning journey all while having fun and applying their skills in real-world scenarios.

They work together in teams to complete engaging challenges. The program encourages creativity, problem-solving, and teamwork. All activities take place in a supportive and fun learning environment. Interested in studying more on STEM benefits, Click on Me!

Smart City

In our Smart City workshop, we inspire Central London, to simulate SMART LONDON PLAN with new Engineering methods and AI. Then combine robotics, electronics, coding, and art skills. In this workshop, we will follow several purposes:

1_ Improving the creativity of students by discussing several solutions for a project

2_ Enhancing project management skills (The project is divided into small pieces and students do them step-by-step)

3_ Improving teamwork skills

4 _ Improving STEAM skills (STEAM consists of Science, Technology, Engineering, Art, and Mathematics).

Science: Learning basic physical concepts such as voltage and current. Technology: Introducing light sensors and their application in this project. Engineering: Learning how to make electronic circuits Art: Designing an architectural model of a smart city. Mathematics: Using basic mathematics concepts such as common fractions in the project. The aim of this workshop is to get practical insight into science and technology, teamwork, troubleshooting, and project management.

 

Sample Workshop Topics

Green Energy

Students build wind turbines that convert kinetic energy into electrical energy. The turbines are connected to a light bulb, and by manually spinning the turbine blades (simulating wind), the generated energy lights up the bulb. This activity not only teaches students about renewable and clean energy concepts but also emphasizes the importance of green energy and environmental preservation by reducing pollution and conserving natural resources.

Artificial Hand

Secondary school students explore movement and control by programming servo motors with the BBC Micro:bit. This workshop introduces core robotics concepts through practical, hands-on learning.

Smart Mobile Robot

Students learn to design and program robots that use sensors to navigate independently, introducing them to real-world applications of robotics and artificial intelligence.

Smart Agricultural Robot

Students design and build a robot with soil moisture sensors that can monitor plant health and automate irrigation systems. This hands-on project introduces how robotics and smart technology are applied in real-world farming innovations, inspiring solutions for sustainable agriculture.

Smart City Prototyping

Based on Central London, participants design and build a miniature city centered on green energy principles. Rooftop solar panels provide clean energy for lighting and services, demonstrating how cities can integrate renewable technologies. The workshop emphasizes sustainable urban planning and environmental protection.

Scratch and Python Coding

In Coding course, step-by-step, students learn core programming concepts, loops, conditionals and variables and instantly see their ideas come to life on screen through interactive projects and simulations.

Customised Robotics and AI Workshops for Students in Schools

Primary School Workshops: Introduce foundational DT concepts through engaging, hands-on projects for KS1, KS2, KS3.
Secondary School Workshops: Explore advanced topics in robotics, AI & coding, electronics, and 3D design (GCSE and A level).
Custom Programmes: Choose from single sessions, multi-day workshops, or termly clubs, all tailored to your school’s needs.
We also have CPD training for teachers who want to strengthen their coding curriculum or completely transform it with opportunities for cross-curricular integration. Our coding sessions not only build digital skills but also support literacy, maths, and science. With our proven hands-on approach, children learn more effectively, stay engaged, and achieve higher outcomes.
Matris robotic services for schools
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