Interactive Amplify Geography lessons for middle school.
Real classroom lesson ideas that sit in Interactive Amplify, with anti-examples to sharpen your placement.
By Andy Perryer, Director of Education Innovation4 lessonsReviewed September 2026
Interactive Amplify sits at the Interactive row and Amplify column of the PICRAT grid. Below: real Geography lessons for middle school (KS3, Years 7 to 9, ages 11 to 14) that sit in Interactive Amplify, plus anti-examples that look like it but sit elsewhere.
Grade 6 hazard case studies pinned on a class Padlet map
Grade 6 (Year 7, age 11 to 12)
· 40 min
· 1 device per student
The teacher sets up a Padlet in map format and gives each student a named hazard event, such as the 2011 Tōhoku earthquake, the 2015 Nepal earthquake, the 2010 Eyjafjallajökull eruption, the 2022 Pakistan floods or the 2014 Somerset Levels floods. Students find the location, drop a pin on it, colour the post by hazard type and add a one-line summary of what happened. As the pins arrive the teacher projects the map and asks the class what they notice, and clusters of earthquake and volcano pins around the Pacific Ring of Fire soon appear. Any pin on the wrong continent is moved by its author once the class has helped check the location.
Half the class works with monthly mean temperature and rainfall for Lisbon and Washington DC, both near 39°N, and the other half with Cape Town and Buenos Aires, both near 34°S, each student using their own tab of a shared Google Sheet. Students make a climate graph for each city, with rainfall as bars and temperature as a line, and identify three differences, such as Lisbon's dry summers against Washington's wetter summers and colder winters. They post the three differences to the Padlet column for their pair of cities. The teacher projects the wall, groups repeated observations and leads a discussion of why two cities on the same latitude differ, drawing out west and east coasts of continents, prevailing winds and ocean currents.
Year 9 are studying Mumbai as a case study of a megacity. The teacher gives students three saved placemarks in Google Earth: the main road through Dharavi, the office towers of the Bandra Kurla Complex and the seafront at Marine Drive. At each place students drop into Street View, look around and move along the street, recording three observations about housing, transport and economic activity. Street View only goes where its camera could travel along roads, so it cannot enter Dharavi's narrow lanes, and the teacher also shares photographs of its recycling and pottery workshops, making the point that it is a place of enterprise as well as hardship; faces in Street View are blurred. Students finish by writing a comparison of two of the three places, using their observations as evidence.
The teacher gives each student an unlabelled population pyramid from a set of fifteen countries, each pyramid given to two students, including Niger, Afghanistan, India, Brazil, the UK, the USA, Japan and Italy. Students decide which stage of the demographic transition model the pyramid shows and post it to the matching Padlet column with two features that justify their choice, such as a wide base narrowing quickly, or a middle wider than the base. The teacher projects the wall and picks out pyramids that the two students placed in different stages for discussion. The teacher then reveals the country names and asks why the stage 1 column is empty: no country today has the high, fluctuating birth and death rates of stage 1.