Turn abstract computer science, physics and AI principles into tangible, hands-on discoveries that keep Key Stage 3 and 4 students engaged and inspired.
70% faster design-test-revise loops
Modular mechatronic hardware speeds up physical POCs.
Production-grade Python & open APIs
Stream live data into Jupyter Notebooks and integrate with ROS.
100% equal-voice strategic alignment
Facilitate active contribution utilising constructionist modelling.
Measurable STEM recruitment pipeline
Drive STEM course registrations with impactful outreach sessions.
Pedagogy that drives performance
Cognitive science proves that even advanced adult learners process complex physical systems, programming logic and strategic challenges far more effectively through hands-on interaction.
Although primarily designed for Key Stage 3 and 4, the LEGO® Learning System has found its way into tertiary education for advanced prototyping, problem-solving and teambuilding.
Rapid mechatronic prototyping
When engineering and computer science undergrads program physical microcontrollers and sensors using Python, real-time physical feedback acts as a cognitive scaffold that yields higher conceptual recall in physics and mechanics than screen-only simulations.
Constructionist metaphors and 3D strategy
Rooted in Seymour Papert’s theory of Constructionism, LEGO® Serious Play® proves that adults construct mental models more effectively when building physical objects. Externalising abstract concepts into tangible models allows cross-disciplinary teams to reach genuine strategic consensus faster.
Active learning outcomes and vocational competency
Replacing lecture-only instruction with hands-on learning is a proven academic imperative. Studies show that active, hands-on environments increase exam scores and reduce course failure rates while allowing students to build verifiable, industry-ready portfolios.
The LEGO® Learning System
Ideal for prototyping your next invention quickly
LEGO® Education Computer Science & AI Year 7-9
Classroom-ready, curriculum-aligned Computer Science & AI kits for years 7-9, designed to drive outcomes through hands-on learning.
Original price was: £382.20.£365.00Current price is: £365.00. (£438.00 incl. VAT)
LEGO® Education SPIKE™ Prime Expansion Set
Get ready for competitions and advanced robotic creations with an expansion set made for SPIKE™ Prime
£109.00 (£130.80 incl. VAT)
LEGO® Education SPIKE™ Prime
The go-to STEAM learning solution for secondary school students, preparing them to be confident coders and creators
£390.00 (£468.00 incl. VAT)
LEGO® Serious Play®
Transform complex strategy, cross-disciplinary research alignment and executive MBA leadership by replacing massive meetings with hands-on, 3D metaphorical modelling using LEGO® Serious Play®.
By externalising abstract ideas into tangible models, teams can map out major research bids, simulate strategic business scenarious and execute curriculum redesigns with rapid clarity – all supported by our custom on-campus workshops and certified facilitator training.
Frequently asked questions
How is LEGO® hardware utilised for rapid prototyping in university engineering and robotics courses?
LEGO® hardware is used in higher education as an agile physical prototyping system for mechatronics, mechanical engineering and computer science modules. By connecting intelligent hubs and precision sensors to native Python code environments, undergraduate students can build, test and iterate physical mechanisms and control logic in hours before finalising custom 3D prints or PCB designs.
What is LEGO® Serious Play® (LSP) and how does it support university research and business schools?
LEGO® Serious Play® is an evidence-based facilitation methodology that gets participants building three-dimensional physical models of abstract business ideas to address complex strategic challenges.
In universities and business schools, LSP is used for strategic planning, cross-disciplinary research alignment and MBA leadership workshops. Research shows that LSP unlocks 100% active participation by requiring every participant to build and explain their model, bypassing typical group hierarchies and encouraging deeper cognitive ideation.
Can university students write custom Python scripts to control the hardware?
Yes. The physical computing hardware supports native Python execution, allowing FE and university students to write, deploy and debug Python scripts directly on the hardware. Students can handle live sensor data streams, manipulate arrays, design feedback loops and integrate third-party Python libraries without being restricted to visual block interfaces.
What training and certification is available for academics wanting to facilitate LEGO® Serious Play®?
We offer certified LEGO® Serious Play® Facilitator Training tailored for higher education academics, researchers and corporate trainers. These intensive workshops equip university staff with the theoretical knowledge, workshop design frameworks and facilitation techniques required to deliver strategic LSP sessions for departmental planning, research collaboration and student engagement.
How do these physical computing tools align with UK Further Education (FE) qualifications like T-Levels and BTEC?
Physical computing sets directly support the practical project criteria for UK T-Levels (Digital, Engineering and Manufacturing) as well as BTEC Higher Nationals (HNC/HND). By enable students to design, program and test physical prototypes using industry-standard Python scripts and multi-sensor hubs, FE colleges can gather hands-on, assessment-ready evidence for physical computing, systems control and rapid iteration modules.