Planetary defence
Explore asteroids, impact risk and the science used to protect Earth.
OKLUS ENGINEERING ACADEMY
Turn the streets pupils use every day into a living classroom.
EDUCATION
Inspiring cleaner streets. Building better futures.
OKLUS connects engineering, environmental science and local place-making through practical learning experiences designed around the public realm pupils already know.
Curriculum linkedBuilt around science, engineering, geography and design thinking.
Place basedLocal streets become the starting point for investigation and ideas.
Future focusedPupils explore real challenges shaping cleaner, smarter communities.
Practical by designActivities move from observation to testing, prototyping and communication.
A LIVING CLASSROOM OUTSIDE THE SCHOOL GATES
Real local observations could become part of everyday learning.
A future school view of OKLUS Insights could give teachers and pupils access to age-appropriate environmental observations from the routes they use every day.
Schools could explore air-quality context, temperature, humidity, weather, seasonal planting, pollinator activity, habitat observations and maintenance records. The purpose is to connect engineering, ecology and data with the real environment immediately outside the school.
Air and microclimatePollinators and biodiversityWeather and seasonsData and graphsEngineering and maintenanceCitizen science
Explore the future OKLUS Insights concept →
FUTURE SCHOOL VIEWLocal observations presented for learning, not pupil monitoring.
FUTURE HABITAT IMAGING CONCEPT
Observe without opening or disturbing the habitat.
Carefully designed internal imaging could eventually support ecological learning and research. Any concept would require ecological, safeguarding, privacy and technical review before use.
Habitat interior onlyNo pavement or people viewNo microphoneControlled school accessMinimal lighting disturbanceClear retention rules
MISSION EARTH
A real-world challenge with room for imagination.
The first OKLUS learning programme invites pupils to investigate how science and engineering can protect people, places and the planet. It combines classroom thinking with the curiosity of a mission.
Forces and motion
Investigate movement, energy transfer and the forces acting on engineered systems.
Space engineering
Understand how materials, structures and systems must perform in extreme environments.
Scientific investigation
Build questions, gather evidence, test ideas and explain what the results can support.
Engineering design
Define a problem, create concepts, refine a solution and justify design choices.
Team communication
Work together, challenge assumptions and present a clear mission recommendation.
READY TO USETeacher guidance and pupil activities
MISSION LEDA clear challenge from start to finish
BUILT TO DISCUSSQuestions with more than one possible answer
THE CLASSROOM PACK
Premium resources that make ambitious ideas feel accessible.
A coherent visual system helps teachers introduce complex topics with confidence and gives pupils a mission they want to complete.
Each programme can combine a student booklet, teacher notes, structured activities, visual prompts and optional local-route tasks. The format is designed to be flexible enough for lessons, enrichment days or a wider school partnership.
Clear learning journeyEvery activity leads towards a final decision or design response.
Teacher-friendly structurePurpose, timing, prompts and discussion points remain easy to navigate.
Confident visual languagePremium presentation supports focus without making the material feel corporate.
FROM CLASSROOM TO COMMUNITY
Real infrastructure creates better questions.
When a pupil can see the route, the lamp post, the planting and the people using the space, science becomes connected to decisions made in the real world.
MISSION EARTH: POLLINATOR ROUTES
Could engineering help reconnect urban nature?
Future learning activities could help pupils investigate pollination, insect decline, habitat fragmentation and environmental monitoring while understanding that good ecological ideas still need testing.
Pollination
Explore why different pollinators matter and why one habitat cannot suit every species.
Urban ecosystems
Map parks, verges, gardens, waterways and the gaps between existing habitats.
Engineering for nature
Consider materials, shelter, drainage, maintenance and responsible design constraints.
Environmental monitoring
Compare temperature, humidity, light and seasonal observations across locations.
Design experiments
Ask how different habitat approaches could be tested fairly without assuming the answer.
Citizen science
Record observations responsibly without opening or handling occupied habitat modules.
THE OKLUS ENGINEERING ACADEMY
Learning that follows the way real projects develop.
Pupils are invited to think like scientists, engineers, designers and public decision-makers, while understanding that strong ideas still need evidence, maintenance and community trust.
Notice the challenge
Study the place, users and environmental question before proposing a solution.
Build the evidence
Gather observations, compare information and identify what is still unknown.
Design a response
Generate ideas, choose materials and explain how the concept would work.
Challenge the idea
Consider limitations, maintenance, cost, accessibility and unintended effects.
Make the case
Present a recommendation that is clear about both potential and uncertainty.
A FLEXIBLE RESOURCE LIBRARY
One visual system. Many ways to learn.
Resources can support whole-class teaching, independent activities, group projects and community-facing exhibitions.
A SHARED CIVIC OPPORTUNITY
Schools do not have to sit outside the pilot story.
A structured education strand can help councils explain local environmental projects, invite thoughtful participation and build long-term interest in engineering and public service.
Meaningful enrichment
Real local challenges, high-quality materials and visible links to future careers.
Better engagement
A constructive way to share pilot purpose, limitations and community value.
Skills and visibility
Opportunities to contribute expertise, demonstrations and authentic project insight.
Young voices included
Pupils can examine the places they use and communicate considered improvement ideas.
CURRENT PROGRAMME POSITION
Designed for partnership, then validated in practice.
The education resources shown are development concepts. Programme content, age range, safeguarding arrangements, delivery format and curriculum alignment will be agreed with participating schools and partners before use.
Current stageProgramme concept, visual resource development and partner conversations
Initial audiencePrimary and secondary schools, enrichment programmes and community learning partners
Delivery optionsTeacher-led packs, supported workshops, route investigations and pilot-linked projects
Core principleInspiring content without overstating evidence or simplifying real public-realm decisions
Next validationTeacher feedback, age suitability, curriculum fit, accessibility and practical delivery testing