Conceptualise
01Brainstorm solutions to the most pressing problems in the world with an expert mentor.
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Capstone Project
Capstone Project
Turn an idea into a project that holds up.
High school students work 1:1 with expert mentors to design, build, and complete real work — then we help you take it to a competition.
Mentors who review the work until it is ready to show.
4 steps
How does
it work?
it work?
Collaborate
02Get paired with expert mentors who will help you build your solution from scratch.
Create
03Develop projects in STEM, Economics, Entrepreneurship, Architecture, or Psychology.
Compete
04Once your project is ready, we'll help you apply to a prestigious competition.
Sample Projects
Projects students can build through the Capstone programme.
Explore project directions across STEM, Economics, Entrepreneurship, Architecture, and Psychology. Every project can be adapted to a student's interests, available tools, and academic goals.
01
Physics · Project 01
AI Based Crop Yield Analysis & Prediction
What it is
Develop an AI powered system that predicts crop yield using environmental factors such as rainfall, temperature, soil conditions, and satellite data to support precision agriculture.
What you can do
- Build machine learning models using agricultural datasets.
- Compare prediction accuracy using different algorithms.
- Identify the environmental factors that most influence crop production.
What to show
- Dataset analysis and preprocessing.
- Prediction model performance graphs.
- Crop yield dashboard and recommendations.
02
Physics · Project 02
Smart Robotics for Real World Applications
What it is
Design and build an autonomous robot capable of solving real world challenges such as object detection, navigation, or environmental monitoring using sensors and embedded systems.
What you can do
- Design and assemble the robotic system.
- Program autonomous movement and decision making.
- Test and optimize robot performance.
What to show
- Robot prototype.
- Programming workflow.
- Demonstration of autonomous tasks.
03
Physics · Project 03
Arduino Based Smart Automation System
What it is
Develop an IoT enabled automation system using Arduino to monitor and control devices efficiently in homes, farms, or industries.
What you can do
- Integrate sensors and actuators.
- Program automated decision making.
- Evaluate system efficiency and reliability.
What to show
- Circuit diagram.
- Working prototype.
- Performance analysis.
04
Physics · Project 04
Mechatronics & Intelligent Machine Design
What it is
Combine mechanical engineering, electronics, and programming to design an intelligent machine capable of performing automated tasks.
What you can do
- Design mechanical components using CAD.
- Integrate motors and electronic controls.
- Program system automation.
What to show
- CAD models.
- Functional prototype.
- Engineering design process.
05
Physics · Project 05
3D Product Design & Rapid Prototyping
What it is
Design innovative engineering solutions using CAD software and manufacture functional prototypes through 3D printing.
What you can do
- Create engineering designs.
- Simulate mechanical performance.
- Produce and test prototypes.
What to show
- CAD drawings.
- 3D printed prototype.
- Testing and improvement results.
06
Biology · Project 06
AI in Biotechnology
What it is
Apply artificial intelligence to biological data for disease prediction, drug discovery, or genomic analysis to solve healthcare challenges.
What you can do
- Analyze biological datasets.
- Develop AI prediction models.
- Compare model performance.
What to show
- Dataset visualizations.
- AI model results.
- Scientific conclusions.
07
Biology · Project 07
Personalized Medicine Through Genomic Analysis
What it is
Investigate how genetic variations influence disease risk and treatment response using publicly available genomic datasets.
What you can do
- Analyze genetic variants.
- Compare patient populations.
- Study disease associated genes.
What to show
- Gene comparison charts.
- Variant analysis.
- Clinical implications.
08
Biology · Project 08
Bioinformatics for Disease Detection
What it is
Use computational biology techniques to identify biomarkers associated with diseases by analyzing DNA, RNA, or protein datasets.
What you can do
- Process biological datasets.
- Identify significant biomarkers.
- Interpret biological relevance.
What to show
- Data analysis workflow.
- Biomarker visualizations.
- Research findings.
09
Biology · Project 09
Micro:bit Smart Health Monitoring System
What it is
Develop a wearable or portable health monitoring device using Micro:bit to measure environmental or physiological parameters.
What you can do
- Integrate sensors with Micro:bit.
- Program real time monitoring.
- Analyze collected data.
What to show
- Hardware prototype.
- Sensor data graphs.
- Functional demonstration.
10
Biology · Project 10
Biotechnology Innovation for Sustainable Agriculture
What it is
Design biotechnology based solutions that improve crop productivity, disease resistance, or environmental sustainability using biological data and experimental methods.
What you can do
- Investigate plant or microbial datasets.
- Develop sustainable biological solutions.
- Evaluate environmental impact.
What to show
- Experimental workflow.
- Comparative analysis.
- Final innovation proposal.
Verticals
Five domains. One mentor guided path through each.
Pick the field that matches your curiosity. Every vertical pairs you with a mentor who has built real work in that space.
01 / STEM
STEM
Build projects across science, technology, engineering, and maths, with mentor guided research, models, and prototypes.
View programme →
02 / Economics
Economics
Analyse markets, policy, and data to build models and papers that answer real economic questions.
03 / Entrepreneurship
Entrepreneurship
Ideate, validate, and pitch a venture, from problem discovery to a working prototype and go to market plan.
04 / Architecture
Architecture
Explore design, space, and built environments through research, modelling, and conceptual projects.
05 / Psychology
Psychology
Investigate behaviour, cognition, and wellbeing through structured research and evidence based projects.