Mini STEM
βοΈπ¬π§πΈπππππππππ ππππ ππππππππππ’ πππ ππππ (πΈ-π·π·)
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ποΈπΏππππππ-πππππ ππππππππ
ππ³πΈπ & πππ΄π°πΌ πππ
Optics Moduleπ
π¬Exploring light, lenses and optical tools through hands-on projects
Outcome: a working engineering lighthouse
and developed engineering thinking
βΈ»
Optics Module. Engineering Project βLighthouseβ is a structured project-based programme that schools can integrate into STEΠM lessons, enrichment programmes or cross-curricular units.
Pupils explore light, lenses and optical instruments through practical experiments (microscope, ultraviolet light).
They also learn basic principles of electricity and mechanics while creating a working engineering prototype.
Learning is built on investigation and practice, without theory overload.
The module develops key 21st-century skills:
critical thinking, problem-solving, engineering logic and learning motivation.
miniSTEΠM is a ready-to-use solution for schools that want modern, practical and results-driven education.
We adapt the programme to your space and needs.
π© Please message us directly for details.
π¦ Project-based learning children love
In 8 lessons, a child creates their own electric dinosaur
βοΈExplore β build β present results
Children can talk about dinosaurs for hours.
We turned this passion into a full educational module.
In this project, children:
βͺοΈ learn about dinosaurs as a phenomenon
(predators, herbivores, evolution)
βͺοΈ create a moving electric dinosaur with lights
βͺοΈ work with clay, cardboard, simple circuits and logic
π In 8 lessons, children achieve a clear result they are proud of.
π This is project-based learning:
build β understand β present
These modules:
βοΈ increase childrenβs motivation
βοΈ develop natural curiosity
βοΈ are easy to integrate into educational settings
Developing curiosity through project-based learning.
The Dino Module includes 8 structured lessons with a clear outcome.
πFor details, please message us directly.
22/01/2026
Project-Based Learning ApproachβοΈ
π Our programme is delivered through project learning, where children learn by designing, building, testing, and improving real-world models and solutions. Through age-appropriate projects, pupils already explore electronics, engines, and electricity, gaining early exposure to how things work and how scientific principles are applied in everyday life.
π Children actively investigate electrical circuits, simple electronic components, basic engines, and mechanical systems, allowing them to connect abstract scientific ideas with practical outcomes.
This approach builds confidence, resilience, teamwork, and independent thinking while maintaining a strong academic foundation.
βΆοΈAlignment with the UK National Curriculum:
β
our science programme is fully correlated with the UK National Curriculum, particularly at Key Stage 1.
β
pupils already experience and observe a wide range of phenomena, exploring both the natural environment and the humanly constructed world.
β
curiosity is encouraged at every stage, and children confidently ask questions based on their observations.
Learners already develop their understanding through a range of scientific enquiry methods, including observing changes over time, identifying patterns, grouping and classifying objects, carrying out simple comparative tests, and using secondary sources of information.
π This ensures that scientific learning is both practical and conceptually strong.
π3D architectural models for our youngest learners are engineering without electricity and without overload.
β¨ Each lesson is a new story.
First, children explore the story together.
Then they move to practice:
π they create their own architectural model and take it home.
These models continue to βworkβ after the lesson:
π children invent new stories, develop speech, imagination, creativity and real-life interaction skills.
π° Through storytelling, we often see what matters to the child at that moment.
This module builds a strong foundation for the next level of engineering projects with moving mechanisms and electrical circuits, which children explore later at miniSTEM.
πminiSTEAM is a thoughtfully designed learning system where complex ideas start with simple steps.
πInnovative Science, Design and Technology Programme
for Children Aged 5 -11 (KS1& KS2)
βοΈWe offer a modern Science, Design and Technology programme built on the principles of Project-Based Learning (PBL), STEAM education, and DIY.
πThe programme is designed to develop engineering thinking, basic scientific understanding, and problem-solving skills through the creation of real, functional models using everyday materials and simple electrical components.
Unlike traditional robotics courses, which typically rely on ready-made kits and standardised parts, our programme emphasises engineering creativity and hands-on work with materials. Children design, cut, and shape construction elements independently, making their own technical decisions.
π‘This develops creativity, spatial reasoning, and an understanding of the relationship between a productβs shape, material, and its function.
π«The content of the programme aligns with the goals of Science, Design and Technology within the National Curriculum (KS1 - KS2) and can be integrated into the school timetable as an enrichment programme or extracurricular activity.
π‘ENERGY MODULE
Engineering Project: βLight & Soundβ
In the Energy Module children explore different types of energy through hands-on investigation and engineering projects.
They learn about mechanical, electrical, thermal, sound and light energy by building models and running experiments.
Children also explore renewable and non-renewable energy sources.
They talk about climate change, emissions and global warming not in theory, but through real models and practical activities.
π Working on shared projects keeps children focused on the process and the result without screens.
miniSTEAM is a structured approach that can be easily integrated into schools and learning centres.
π Project: βLight & Soundβπ
π© For more details, please message us directly.
VOLCANO AND ANCIENT CIVILISATIONSπ
Children build their own volcano model, watch it βeruptβπΊ, and explore how the Earthβs layers are formed.
They also learn about ancient civilisations, make papyrus, and write their names using real hieroglyphs.
This project brings together science, history, and creativity into one exciting learning experienceβ±οΈ
We awaken curiosity and the spirit of discoveryπ
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