Roman campaigns and engineering

School topics · Teacher guide and download · CfE Second Level · P5–P7

An army needs more than weapons. It must cross rivers, find food, carry equipment and make somewhere to sleep. Roman campaigns in Scotland left traces of that huge practical effort.

Camp, fort or road?

Marching camp
A temporary defended place where an army could pitch tents. Many camps are known from cropmarks or earthworks rather than standing buildings.
Fort
A military base with buildings for a garrison, supplies and administration. Some were used during more than one period.
Road
A prepared route helping people and supplies move. Roman roads responded to terrain and crossings; they were not all straight or paved with large slabs.

The mystery of Mons Graupius

The Roman writer Tacitus describes a victory won by Agricola over a northern force at Mons Graupius, usually dated AD 83 or 84. We do not know the battlefield’s exact location. A suggested site is not a confirmed site.

Tacitus was Agricola’s son-in-law. His writing is valuable evidence, but it presents a Roman viewpoint. The speeches in his account are literary compositions, not recordings of what people said.

Why winning a battle was not enough

An army might reach an area without controlling it permanently. Garrisons needed continuing supplies, people and money. The Romans occupied parts of Scotland at different times, but did not establish lasting rule over the whole country.

Try an engineering problem

The model challenge below jumps forward to the Antonine frontier in the second century. It explores a problem that Roman builders faced: how to make a stable structure from available materials. It is not a reconstruction of Agricola’s camp.

Talk about it

Did winning a battle mean the Romans had conquered Scotland? Give a reason, use evidence, and listen for an idea that might change your mind.

Classroom activity: Engineer an Antonine rampart

60 minutes • STEM, technology and expressive arts • Learning focus: explaining Roman activity in Scotland • Evidence to collect: a labelled plan, model, test record and proposed improvement

Design brief

Build a model showing a stone foundation and layered turf above it. Add a northern ditch and label the Military Way to the south. The real rampart was mostly turf, with some earth-and-clay construction. Details of its original top are uncertain: any walkway or wooden barrier on your model must be labelled as a reconstruction.

Materials: card base, ruler, reusable clay or stacked card blocks, small clean stones or paper “stones”, tray and a measuring jug. Use safe blunt tools. A dry version can use card labels and a teacher demonstration instead of water.

Scale and measurements

Use 1:50: 1 cm on the model represents 50 cm in real life. For our rounded teaching reconstruction, take a 4 m wide foundation and 3 m rampart height: these become 8 cm and 6 cm. A 10 m long section becomes 20 cm. These are working dimensions, not a measured reconstruction of one excavated stretch. Mark the ditch and road symbolically; do not claim their spacing is to scale.

Lesson steps

1. Plan — 10 minutes. Draw a side view; label north and south, materials, scale and dimensions. Agree what would make the model successful: correct features, a stable shape and clear communication.

2. Build — 20 minutes. Allocate designer, builder, measurer and recorder roles, allowing pupils to change roles. Stack layers and check dimensions. Make a labelled display that shows the construction sequence.

3. Test — 10 minutes. Place a small spare sample in a tray. Add 50 ml of water from the same height to each comparison sample; record slumping and water movement. Change one feature, such as base material, while keeping size and water volume the same. Alternatively, compare stability under the same gentle tilt.

4. Improve — 10 minutes. Make one change and repeat the same test. Record what improved, stayed similar or became worse.

5. Explain — 10 minutes. Groups present their choices and discuss what their model can and cannot tell us about an ancient turf structure.

Differentiation

  • Support: give a dimensioned outline and pre-cut materials; focus on feature placement and one reason for a material choice.
  • Core: calculate model dimensions, keep a fair comparison and justify one improvement.
  • Extend: calculate the same dimensions at 1:100 (4 cm, 3 cm, 10 cm). Explain why changing both material and size would make comparison harder.

Teacher note: card and clay behave differently from living turf. A successful classroom test does not prove exactly how the real Wall performed. Praise explanations that recognise this limit.

Download the teaching pack and printable pupil sheets.

Evidence and further exploration

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