Madlen
Teacher Sign In

AI tools for teachers

Project based learning ideas built on real-world problems

Pick a topic and Madlen writes a project with a driving problem, process steps and assessment.

Start free See a real example
  • A real-world project problem
  • Step-by-step process with feedback
  • Peer and self-assessment questions

A real example made with Madlen

The examples below were generated in Madlen.

KS3 Geography

KS3 · Geography

Bridging Urban Water Resilience: Nairobi and Mumbai

1Description

In this project, students act as international urban planning consultants tasked with tackling acute water inequality and flooding risks in two contrasting mega-regions: Nairobi (East Africa) and Mumbai (South Asia). Pupils must investigate the unique physical challenges (monsoons, relief, river basins) and human factors (rapid urbanisation, informal settlements like Kibera and Dharavi, wealth disparities) in each city. Instead of merely gathering facts, students evaluate trade-offs and design a comparative, community-centred Water Resilience Action Plan that adapts practical engineering and policy solutions across both regions while directly addressing local geographical inequalities.

2Project problem

How can urban planners design affordable, sustainable water management solutions that resolve contrasting climate and infrastructure challenges in both Nairobi and Mumbai?

How might we adapt successful community-led water resilience strategies between East Africa and South Asia while respecting local human and physical geographical differences?

3Real-life connection

Rapid urbanisation and climate change have exacerbated severe water vulnerability in global cities. In Nairobi, informal settlements face clean water cartels and drought-induced shortages, whereas Mumbai battles intense monsoon flooding alongside severe seasonal clean water deficits in dense neighbourhoods. This project tackles the real-world humanitarian challenge of equitable resource distribution, challenging students to address how geographic factors influence human survival and urban inequality.

4Process steps

• Geographical Problem Analysis: Investigate baseline physical geography (climate zones, monsoon patterns, drainage basins) and human geography (population density, housing inequality, CLOCC location profiling) for Nairobi and Mumbai to identify the root causes of water vulnerability in each location.

• Stakeholder & Trade-Off Mapping: Identify key stakeholders in both regions (e.g., informal settlement residents in Kibera and Dharavi, local municipal authorities, commercial water vendors) and map out competing priorities regarding cost, land tenure, and environmental protection.

• Option Generation & Comparative Feasibility: Research and formulate three distinct intervention strategies per city (such as decentralized rainwater harvesting, sustainable urban drainage systems (SuDS), community-managed prepaid water dispensers, or wetland restoration) balancing physical feasibility with socio-economic realities.

• Strategic Decision-Making: Apply decision matrices to select the most viable, cost-effective, and equitable strategy for each city, explicitly justifying how the solution overcomes local physical constraints and reduces wealth-based access inequalities.

• Action Plan & Transferable Framework Development: Draft a detailed 'Water Resilience Action Blueprint' including implementation stages, risk assessments, and an analytical comparison showing how solutions in an African region can inform or differ from those in an Asian region.

• Consultancy Pitch & Defense: Present the final strategic proposal to a panel of peers acting as municipal development boards, justifying choices against critical geographical questions and defending trade-offs.

5Feedback points

Stage 1 - Context & Causation Check: Review student CLOCC location profiles and baseline geographical data to ensure misconceptions regarding uniform poverty or climate similarities are corrected before solution design begins. · Stage 2 - Feasibility & Trade-Off Review: Formative assessment of the decision matrix, evaluating whether proposed interventions realistically match the physical terrain, climate realities, and local human infrastructure of both regions. · Stage 3 - Draft Action Plan Feedback: Critique the draft Water Resilience Blueprint, focusing on the depth of comparative analysis between the African and Asian contexts and the viability of the implementation timeline.

6Assessment

ASSESSMENT CRITERIA

Geographical Understanding & Comparative Analysis: Accuracy in evaluating physical and human factors and drawing meaningful links and contrasts between Nairobi and Mumbai. · Problem-Solving & Decision Justification: Quality of the decision-making process, including balanced evaluation of trade-offs, stakeholder needs, and local constraints. · Solution Feasibility & Innovation: Practicality, sustainability, and equity of the proposed urban resilience interventions. · Communication & Evidence-Based Reasoning: Clarity, professional structure, and precise use of geographical terminology in the final proposal.

7Peer and self assessment

PEER ASSESSMENT QUESTIONS

How effectively does the proposed solution account for the specific physical climate (e.g. monsoon rains vs semi-arid dry spells) in each city rather than treating both locations identically?

To what extent does the team's proposal protect the most vulnerable residents in informal settlements compared to wealthier districts?

SELF-ASSESSMENT QUESTIONS

How did examining both Nairobi and Mumbai challenge my initial assumptions about wealth, infrastructure, and inequality in low-to-middle income countries?

Which trade-off was the hardest to resolve when selecting our final resilience strategy, and what evidence ultimately swayed our decision?

What you can do

A real-world problem

Every project opens with a driving problem and a real-world connection. In one sample, students act as urban planning consultants tackling water shortages and flood risk in Nairobi and Mumbai.

Process steps and feedback checkpoints

The project is broken into steps, from analyzing the problem and mapping stakeholders to presenting a final proposal to a panel. Feedback checkpoints show what to review at each stage.

Assessment included

Each project comes with assessment criteria. Peer and self-assessment questions ask students to question their own choices and the solutions of other teams.

How do you plan a project based learning activity?

In Madlen, a project built on a real-world problem is ready in four steps.

  1. Choose subject, grade and topic

    Tell Madlen which subject, grade level and topic the project is for.

  2. Review the problem and its context

    Madlen opens the project with a description, a driving problem and a real-world connection that links it to students’ lives.

    • Description
    • Project problem
    • Real-world connection

  3. Plan the process steps and feedback checkpoints

    The project is split into process steps, from analyzing the problem to defending a final proposal. Feedback checkpoints show what to review at each stage.

    • Process steps
    • Feedback checkpoints

  4. Share the assessment

    Share the assessment criteria with students at the start and use the peer and self-assessment questions at the end.

    • Assessment criteria
    • Peer assessment questions
    • Self-assessment questions

Frequently asked questions

What is project-based learning?

Project-based learning is a teaching approach in which students work over an extended period on a real-world question or problem and produce something to show for it. Students use what they learn to solve the problem instead of memorizing it for a test. Madlen writes project tasks with a clear problem, steps and assessment.

What makes a good project based learning idea?

A good project starts from an open problem that connects to students’ lives or the wider world. It has clear steps, checkpoints for feedback and criteria students know from the start. Madlen writes all of these for your topic so you only need to adapt them.

How do you assess project-based learning?

Projects are assessed during the process as well as at the end. Madlen gives each project assessment criteria, feedback checkpoints for each stage and peer and self-assessment questions that ask students to reflect on their decisions.

Can you show an example of a Madlen project?

In one sample geography project, students compare water resilience in Nairobi and Mumbai. They map stakeholders, research three strategies for each city, choose one with a decision matrix and defend it to peers acting as municipal development boards.

How do I get started with Madlen?

Sign in at teacher.madlen.io with your Google account to start on Madlen’s free plan. Schools that want institutional features can begin with a 14-day pilot.

More tools in this group

Differentiated Instruction Tools Tiered lessons, RAFT, 4MAT and choice boards Bloom’s Taxonomy Activities Six linked activities from remember to create Common Misconceptions Common misconceptions with ways to correct them

See all tools →

Try Madlen with your own class

Create a free account and start with the tools you need today.

Start free

Get the latest from Madlen

Don't miss what's new

By subscribing you agree to receive emails from Madlen. You can unsubscribe at any time. See our Privacy Notice.

Request a demo

Let us show you Madlen. Leave your details and our team will be in touch.