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Capstone Overview
Everything You Need to Know About the STEM Capstone Project
What is the Capstone Project?
The Capstone Project is the heart of Egypt's STEM school education system. Unlike traditional education where you study separate subjects, the Capstone integrates everything you learn into one real-world project that solves actual problems facing Egypt. Every semester, you and your team (3-5 students) will tackle a new challenge. You'll research real problems, design innovative solutions, build working prototypes, and present your work to external evaluators. This isn't just homework - it's real engineering work that prepares you for university and professional life.
- Makes up 60% of your total grade across ALL subjects
- One project per semester (5 projects total in STEM)
- Team-based work with 3-5 members
- Solves real problems facing Egypt
- Follows the Engineering Design Process (EDP)
The Engineering Design Process (EDP)
The EDP is the scientific method engineers use to solve problems. Every Capstone follows these phases:
Assessment & Grading
The Capstone determines 60% of your grade in every subject. Here's how it breaks down:
30%
Personal Journals
Biweekly assessments where you answer questions about your project. The best 4 out of 5 journals count toward your grade.
30%
Exhibition Poster
A scientific poster summarizing your project that you present to external evaluators at the exhibition.
10%
Presentation
An individual presentation delivered to the evaluators during the exhibition.
10%
Prototype
Your working model that demonstrates how your solution actually works.
10%
Portfolio
A comprehensive document (4 chapters) that tells the complete story of your project journey.
10%
Logbook
Weekly entries documenting what each team member contributed to the project.
Egypt's 11 Grand Challenges
Every Capstone project must address one or more of Egypt's Grand Challenges. These are the most critical issues threatening Egypt's development:
1
Improve the use of alternative energies
Example: Solar panels, wind turbines, biogas systems
2
Recycle garbage and waste for economic and environmental purposes
Example: Waste-to-energy systems, plastic recycling
3
Deal with urban congestion and its consequences
Example: Traffic management systems, public transport solutions
4
Work to eradicate public health issues/diseases
Example: Medical devices, sanitation systems
5
Increase the industrial and agriculture bases of Egypt
Example: Smart farming, automated manufacturing
6
Address and reduce pollution fouling our air, water, and soil
Example: Filtration systems, emission reducers
7
Improve uses of arid areas
Example: Desert farming, water conservation
8
Manage and increase the sources of clean water
Example: Desalination, water purification
9
Deal with population growth and its consequences
Example: Urban planning, resource management
10
Improve the scientific and technological environment for all
Example: Educational tools, accessibility tech
11
Reduce and adapt to the effects of climate change
Example: Sustainable buildings, carbon capture
Semester Themes & Challenges
Each semester has a specific theme that determines the type of solution you must build:
Semester 1Grade 10
Matter & Materials
Design and build a construction (dam, bridge, tunnel, building, etc.)
Focus: Understanding materials, structural engineering, physics of forces
Semester 2Grade 10
Energy & Power
Create an energy-capturing or converting device
Focus: Renewable energy, energy transformation, efficiency
Semester 3Grade 11
Treatment
Build a water or air treatment system
Focus: Chemical processes, filtration, purification methods
Semester 4Grade 11
Feedback & Sustainability
Create a smart sustainable system
Focus: Sensors, automation, feedback loops, IoT
Semester 5Grade 12
Communication
Develop an ICT-based solution
Focus: Software, apps, communication systems, data
Capstone Journey Timeline
A typical Capstone semester follows this progression:
1
Understand the Challenge
Read and analyze the semester's Capstone Challenge document carefully.
2
Research & Problem Definition
Choose 4-5 Grand Challenges and identify a specific, solvable problem.
3
Write Chapter I
Document your problem statement, background research, and project goals.
4
Brainstorm Solutions
Generate multiple solution ideas with your team. Evaluate pros and cons.
5
Select & Design
Choose the best solution and create detailed designs including 3D models.
6
Write Chapter II
Document your solution design, materials, and methodology.
7
Build the Prototype
Gather materials and construct your working prototype.
8
Test & Collect Data
Run experiments, collect measurements, and document results.
9
Analyze Results
Process your data, create graphs, and draw conclusions.
10
Write Chapters III & IV
Document your results, conclusions, and recommendations.
11
Create Poster
Design your poster summarizing the project.
12
Prepare Presentation
Practice your 15-minute exhibition presentation.
13
Exhibition Day
Present your work to external evaluators and judges.
What You Must Deliver
By the end of each Capstone semester, your team must submit:
Portfolio
A comprehensive 4-chapter document that tells your complete project story. Follows the EDP structure with Introduction, Methodology, Results, and Conclusion.
Exhibition Poster
A visual summary of your project for the exhibition. Must include problem, solution, results, and conclusions in a professional scientific format.
Prototype
A working physical model that demonstrates your solution. Must actually function and show how your idea solves the problem.
Logbook
Weekly documentation of each team member's contributions. Proves everyone participated and shows your project's progression.
Presentation
A 15-minute PowerPoint presentation delivered at the exhibition. Covers your entire project journey and findings.