Pupils learn about European Christian Architecture in the middle ages through the construction of a classical structure representing Ely Cathedral and its Octagon "Lantern" centre whilst learning about its ancient history.

The use geometric shapes are explored and the ideas of Buckminster Fuller introduced in this exploratory workshop. Students are introduced to the possibilities of constructing geodesic domes for habitation and thereby questioning our reliance on traditional materials

Pupils see how Classical Architecture has influenced the built environment using a combination of problem solving, and group work to construct a thrilling 2.5m high temple including columns,pediments and roof valleys. The workshop has either a Greek or Roman focus as required.



The Taj Mahal is 'The' exemplar of Indian Architecture bringing together Mughal, Islamic and Hindu influences to celebrate the diversity of the Indian region of Agra.

It is a Mausoleum, built by the Mughal emperor Shah Jahan in memory of his favourite wife, Mumtaz.

Using the Dome of Rock in Jerusalem as the key example of an Islamic place of worship.

The Dome of Rock is the oldest surviving example of Islamic architecture still in use today



The London and York Millennium bridges are compared side-by-side in the workshop. Students construct models of the both bridges, exploring the differences and similarities between the two types of suspension bridge.

The workshop helps to inform students about the application of the principles of tension and compression, predominately associated with suspension bridges, in the giant cable and mast structure. In groups, students construct individual parts, bringing them together to create 3m tall pylons, which hold up the skeletal structure of the finished dome

Pupils experience an introductory understanding of the Hebrew faith through the construction of the temple, which is significance to the Hebrew faith, and described in many ancient texts.

Designed to fit the average school lesson period of 50 minutes. Can be run in classroom with 30 students.

Students work individually and in groups to quickly build a 2.5m high Tetrahedron just using sticks, rubber bands and cooperation.

Can be extended to double period and a hugh Tetrahedron built some 7m high! REQUIRES SPORTS HALL.