HYEN Magnetronics and Electricity Workshops

Our workshops bring electricity and circuits to life through hands-on physics investigation. Pupils don't just learn about electrical circuits - they build them, test them, and discover why they work (or don't).

Through practical experimentation, they explore complete circuits, series and parallel configurations, and how electrical energy transfers through systems to power components.

Pupils observe real physics in action: why does adding a second bulb dim the first? What happens when you change the circuit path? How does a switch control current flow? They investigate voltage, current, resistance and the relationship between them, developing genuine understanding of electrical physics principles through direct observation.

The snap connections enable all learners to focus on the physics rather than struggling with equipment, allowing rapid testing of hypotheses and immediate observation of results. Every circuit pupils build demonstrates fundamental physics concepts - energy transfer, complete vs incomplete circuits, the effect of resistance, and how electrical systems behave. This practical physics investigation develops scientific thinking, encourages hypothesis testing, and makes abstract concepts tangible and memorable for all learners.

Our workshops deliver hands-on Design Technology skills taught by qualified engineers. Pupils work from circuit diagrams and design briefs to build functioning electrical systems - the same electronics and engineering principles that power robots, automated technologies, and modern mechanical systems. They select appropriate components, follow technical drawings, and construct working circuits, developing core building and making skills essential for Design Technology. Sessions cover electrical engineering fundamentals including how components like LEDs, buzzers, switches and motors function, exploring the mechanics of how electricity flows through systems. Pupils apply understanding of inputs and outputs, series and parallel configurations, and learn how electronic technologies control the products and robotics they use daily. The magnetic snap-together approach enables all learners to focus on accurately constructing from diagrams rather than wrestling with fiddly connections. Whether building a traffic light system, constructing an alarm circuit, or creating projects that integrate with their broader Design Technology work, pupils gain practical engineering knowledge and technical skills they can apply across future design, construction and making projects.

Taught by engineers, our workshops deliver real electrical engineering. Pupils learn how engineers design, build and troubleshoot electrical systems, applying the same problem-solving processes used in professional engineering. They work from circuit diagrams, select components based on specifications, construct functioning systems, test their builds, and debug when things don't work first time - experiencing the complete engineering design cycle.

Most sessions cover fundamental electrical engineering principles: voltage, current, resistance, series and parallel circuits, and how components interact within systems. Pupils discover why engineers choose specific components, how to read technical diagrams, and what happens when circuits fail. The magnetic technology we engineered specifically enables all learners to focus on engineering thinking rather than manual dexterity.

This is the foundational engineering knowledge that underpins robotics, automation, renewable energy systems, and every electrical device they use. Whether they're designing alarm systems, building traffic light circuits, or creating custom electronic projects, pupils gain genuine engineering skills and systematic problem-solving approaches that prepare them for STEM careers and further engineering study.

Building circuits together naturally develops teamwork - pupils must communicate clearly, share equipment, problem-solve collaboratively, and support each other when things don't work first time. Our workshops create genuine opportunities for cooperation as pairs or small groups work towards shared goals, testing ideas together and celebrating when their circuits light up or buzz. Our snap technology ensures everyone can contribute equally regardless of ability - no child is sidelined because they struggle with fiddly connections. This builds confidence and encourages peer support, as pupils discover they can help each other succeed.

Sessions involve collaborative challenges where groups must design solutions to specific briefs, requiring discussion, planning, and division of tasks. When circuits fail, teams troubleshoot together, developing resilience and communication skills as they work through problems systematically. The hands-on nature breaks down social barriers - pupils focus on the shared task rather than social anxiety. Whether supporting a classmate who's stuck, explaining their thinking to a partner, or working as a team to complete a challenge, pupils develop collaboration skills, patience, and the ability to work effectively with others towards common goals.