Hands-on Engineering & Science Education Courses


Drawing on our 10 years’ experience teaching people how to build small wind turbines we have developed a new design that is customised to maximise the practical and theoretical learning outcomes. The modular design of the turbine coupled with the fact that the participants build it themselves gives them a great understanding of the underlying scientific principles involved. The course is an excellent way to take science and engineering out of the abstract and into the real world!


Over a number of sessions we build an electricity generating wind turbine from simple materials using a range of hand tools and techniques. Participants each carve a wooden blade, turn their own copper coil, handle rare earth magnets and fabricate a metal mounting together as a team. Once all the parts are brought together the complete turbine is tested on a short tower and participants can see their hard work turn into fully charged batteries!


By hand building all the elements participants gain confidence in their own practical ability. The range of tasks involved allows them to get a sense of which skills they may be interested in developing further.


Participants also attain a fantastic sense of achievement as they see the project develop from a pile of raw materials through to a fully working system.


The sessions are:

  • Blades – each person hand carves a wooden wind turbine blade with an aerofoil profile based on an introduction to fluid dynamics and blade design
  • Mounting – each person cuts, shapes & drills a piece of metal to bring together as a complete mounting, and the group assembles a roller taper bearing
  • Electrical generator – after an introduction to electromagnetism each person creates a copper coil, prepares its output wires with solder and the group works together to connect them all up into a three-phase stator. Each person then secures a number of powerful magnets into a rotor to make up the other part of the generator.
  • Electrical system – the group learns about the different components that make up a safe wind turbine electrical system while wiring them all together to make a battery charging setup
  • Assembly – the group bolt together all the component parts to complete the turbine and learns about the importance of mechanical overspeed protection, blade balancing & maintenance
  • Testing – the group connects the turbine to their electrical system, watch it spin, and charge some devices!

The whole course can be completed in one day however it can be split up and run as a combination of half day or quarter day periods. We can also extend the scope and depth of the course and run it over two days.

We bring all the necessary tools and materials.

Suitable for anyone and everyone over the age of 14!

Prices are below. We can offer discounts on multiple bookings.

Please contact us for more information or to make a booking.

Two Day One Day Half Day Quarter Day Travel from & to Nottingham (our base)
<10 participants £800 £500 £300 £250 60p per mile
11-20 participants £1400 £800 £550 £400 £1 per mile



Thank you for an excellent course, the whole thing was impressively well organised and I had both a powerful learning experience and a really enjoyable time. I will be recommending the course to friends . Kate Jones, Bristol course 2015

Thanks for a fantastic week. The teachers were amazing, it was great being able to try out so many different things, and the turbine looks magnificent . C. Chlebna, Oxford course 2014

A professional and thoroughly interesting hands-on practical workshop. The team were flexible enough to tailor the course to the skills and abilities of the course participants. The course has been an inspiration and we have invited them to run another course next year. Dr Justin Hinshelwood, Lecturer, MEng Energy Engineering, University of Exeter, UK

Their expertise and familiarity with the design and process of manufacture enabled us to achieve the project painlessly. I would highly recommend that all young engineers experience this activity. David Trujillo, Senior Lecturer, Faculty of Engineering, Coventry University, UK