Profile
Mahmoud Ahmed Mobarak
A Year 10 student at The Westminster School, Dubai — high-achieving, curious, and disciplined. I enjoy tackling complex challenges and applying knowledge in projects and real life.
Hello, I’m
My Profile & Strengths
Strengths
What I'm Best At
Python programming, artificial intelligence, web development, robotics, and engineering — plus leadership, problem-solving, and a perfect 100% in Arabic for two consecutive years.
Passions
What Drives Me
Coding, engineering, robotics, chess, and football — with a deep fascination for aerospace and aviation. I love puzzles and building projects that turn ideas into reality.
Goals
My Ambition
To combine creativity, technical mastery, and personal growth — and excel in Computer Science, Aerospace Engineering, and Aviation while lifting the standard around me.
Philosophy
How I Work
Curiosity, discipline, and commitment. I believe leadership is built through consistent action — taking responsibility when it matters and staying true to my values under pressure.
Quotes
My Role as a student
Student Leader · Year 10
Privacy
More than participation — leadership through action
Responsibility
Empathy
Service
Integrity
My role as a student is not limited to participation — it is defined by impact.
I approach every responsibility with the mindset of improving not only my own performance,
but the environment around me. Whether through leadership, collaboration, or initiative,
I aim to contribute in a way that is noticeable, meaningful, and lasting.
I believe leadership is built through consistent action — taking responsibility when it matters,
supporting others when it counts, and maintaining strong values even under pressure.
My goal is not just to succeed individually, but to elevate the standard of those around me.
Leadership Reflection
The core principles that guide my daily actions and decisions.
Click a card
Vision
Core Trait
FUTURE FOCUS
Guiding the team towards a shared, innovative goal with clarity and purpose.
Empathy
Core Trait
UNDERSTANDING
Listening actively and valuing diverse perspectives to build strong team trust.
Resilience
Core Trait
ADAPTABILITY
Bouncing back from setbacks stronger and navigating challenges calmly.
Integrity
Core Trait
HONESTY
Doing the right thing, taking accountability, and leading by true example.
Self-Growth
100% Potential
Leadership Portfolio
Past Experiences
A glimpse into the journeys that shaped who I am.
Plan of Action
My roadmap for continued growth, leadership, and impact.
01
Innovation
I aim to encourage creative thinking by promoting student-led ideas and solutions. Innovation should not be limited — students should feel confident proposing and developing new concepts by introducing accessible technology into our daily school life —like using AI study aids and automation— to help students manage their workloads more efficiently and build essential digital skills.
02
Inclusivity
Every student should feel represented and heard. I will actively support inclusive participation, ensuring no one is overlooked or excluded from opportunities. One of my visions is to create a digital feedback system or platform where every student can easily share their ideas and concerns. This ensures that even the quietest voices are heard and included in school-wide decisions.
03
Well-being
Academic success should not come at the cost of well-being. I aim to promote balance, reduce unnecessary stress, and encourage a healthier, more positive school experience. By encouraging students to use their specific talents — like coding, design, or engineering — to solve real problems in our school and local community.
04
Service
I plan to contribute to initiatives that extend beyond the classroom, encouraging students to give back and develop a stronger sense of responsibility within the community. I am hoping I can organize STEM-focused workshops and creative projects that make learning more engaging. My goal is to encourage innovation while making sure these activities reduce stress rather than add to it.
Skills
A snapshot of my core competencies across technology, academics, and leadership.
Technical
Python
Artificial Intelligence
HTML & CSS
Robotics
System Design
Academic
Analytical Thinking
Mathematical Reasoning
Research & Self-Study
Qur'an Memorization
Leadership & Soft Skills
Leadership
Time Management
Discipline
Communication
Academic Record
Academic progress and performance records from Year 1 through Year 10.
Certificates
A collection of certifications, awards, and achievements earned through dedication and consistent effort.
AI & Programming
Technical certifications in artificial intelligence and programming.
AI Level 1
Foundational artificial intelligence course covering core concepts, terminology, and hands-on exercises.
AI Level 2
Built on Level 1 with deeper model training, data handling, and practical AI applications.
AI Level 3
Advanced AI coursework — designing and evaluating models on real datasets.
AI Level 4
Top-level AI certification, completing the full program series.
Python Programming
Certified Python proficiency — syntax, data structures, and problem-solving.
HTML & CSS Programming
Web fundamentals certification covering semantic HTML and modern CSS layouts.
Robotics & STEM
Competitions, exhibitions, and hands-on STEM experience.
FLL LEGO 2026
First LEGO League 2026 competitor — designing, building, and programming autonomous LEGO robots.
FLL Participation
Recognized participation in the First LEGO League robotics competition.
Physics Exhibition
Contributed an exhibited project to the school Physics Exhibition.
Organic Expo Participation
Presented sustainable innovations at the Organic Expo.
2nd Place in GLOBEX
Second place at the GLOBEX competition with an engineering project.
Academic Achievements
Top placements and academic excellence awards.
Star Student - Maths 2025
Awarded Star Student for outstanding performance in Mathematics.
Star Student - March Year 5
Named Star Student in March of Year 5 for overall excellence.
Star Student - November Year 6
Named Star Student in November of Year 6 for overall excellence.
450 Points Achievement
Reached the 450-point achievement milestone.
2nd Position - Grade 2
Finished Grade 2 in 2nd position academically.
4th Position - Grade 1
Finished Grade 1 in 4th position academically.
5th Position - Grade 1 Second Term
Finished Grade 1 second term in 5th position.
3000 Reading Achievement
Read 3,000 pages as part of the school reading program.
Dedication & Excellence
Recognition for punctuality, attendance, and conduct.
100% Attendance - Year 7
Perfect attendance across the whole of Year 7.
100% Attendance - 2025
Perfect attendance for the 2025 academic year.
100 Punctuality Certificate
Recognized for consistently punctual arrival across the term.
GEM Rewards - 300 Points
Earned 300 GEM reward points for positive behavior and effort.
GEM Rewards - 50 Points
Earned 50 GEM reward points for positive behavior and effort.
Smartly Dressed - Year 6
Recognized for uniform excellence throughout Year 6.
Student of the Month
Named Student of the Month for outstanding conduct and achievement.
Rewilding Minds Program
Certificate of participation as I re-wild my mind about nature
Quran & Arabic
Religious and language achievements.
Hifz Quran
Memorization achievement in the Quran Hifz program.
2 Consecutive Years - 100 in Arabic
Scored a perfect 100 in Arabic for two consecutive years.
The Commitment
"I do not aim to simply hold a role — I aim to define it through action. By combining discipline, awareness, and initiative, I will contribute in a way that creates lasting value and sets a higher standard for others to follow."
Projects
A collection of my projects demonstrating programming, AI, robotics, web development, and engineering skills.
House Price Predictor: ML Regression Model
House Price Predictor
Check outA machine learning project built with Python and Scikit-Learn that predicts house prices based on various features such as location, size, and amenities.
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Built a machine learning model with Python and Scikit-Learn that predicts house prices from features like location, size, and amenities.
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Cleaned and engineered real housing datasets to improve prediction accuracy.
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Evaluated multiple regression algorithms and selected the strongest performer.
Python
Scikit-Learn
Machine Learning
Cat vs Dog Classifier: Deep Learning Vision
Cat vs Dog Classifier
Check outA deep learning computer vision model built using TensorFlow and Keras to classify images of cats and dogs with high accuracy.
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Developed a computer vision model using TensorFlow and Keras to classify images of cats and dogs with high accuracy.
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Trained convolutional neural networks with data augmentation for robust results.
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Processed and prepared hundreds of labeled training images.
Python
TensorFlow
Computer Vision
Liver Cancer Predictor: Healthcare AI
Liver Cancer Predictor
Check outA healthcare AI project using machine learning algorithms to assist in the early prediction and classification of liver cancer from patient data.
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Created a healthcare AI project using machine learning to assist early prediction and classification of liver cancer from patient data.
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Focused on responsible, data-driven decision support for medical screening.
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Compared multiple classification algorithms to find the most reliable results.
Python
Healthcare AI
Data Science
Mahmoud Mobarak Portfolio: Personal Website
Mahmoud Mobarak Portfolio
Check outA fully responsive personal portfolio website built using HTML, CSS, and JavaScript to showcase my academic achievements, projects, certifications, and extracurricular activities.
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Designed and built a fully responsive personal portfolio using HTML, CSS, and JavaScript.
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Includes custom creations: a 3D flip book, animated wallet cards, and an interactive hierarchy diagram.
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Runs as a fully static site with a local admin panel for easy content management.
HTML
CSS
JavaScript
Homemade Water Filter: Engineering Project
Homemade Water Filter
Check outDesigned and built a working homemade water filter using layered natural materials to demonstrate basic water purification principles.
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Designed and built a working water filter using layered household materials.
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Tested filtration effectiveness across multiple design iterations.
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Applied engineering design thinking to a real-world sustainability problem.
STEM
Engineering
Environmental
Solar Panel Model: Renewable Energy
Solar Panel Model
Check outA hands-on engineering project demonstrating clean energy conversion using solar cells, exploring renewable energy principles.
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Constructed a working solar panel model demonstrating renewable energy conversion.
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Measured and compared energy output under different light conditions.
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Presented the project at a school science exhibition.
Renewable Energy
Solar
Engineering
Lingua Mystica: Language Learning Concept
Lingua Mystica
Check outAn interactive ancient script decoder and linguistic exploration tool exploring cipher systems and historic writing methods.
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Created a language-learning concept exploring creative approaches to mastering new languages.
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Combined spaced repetition with gamified practice techniques.
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Designed the user experience and learning flow from scratch.
JavaScript
Cryptography
UI/UX
KeyCraft: E-commerce Storefront
KeyCraft E-commerce
Check outA modern, responsive e-commerce web concept for custom keychains with cart functionality and interactive product catalog.
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Built an e-commerce concept store around keyboard products with a modern storefront.
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Designed product pages, cart flow, and fully responsive layouts.
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Focused on clean UI and conversion-friendly design patterns.
Web Development
E-Commerce
UI/UX
Extracurricular Activities
Here’s a collection of extracurricular activities I’ve participated in to enhance my skills, leadership, and teamwork abilities outside the classroom.
Robotics Program - FLL
Where code meets creation — building robots that think.
As an active member of the school's First LEGO League (FLL) robotics team, I spend the season designing, building, and programming autonomous LEGO robots. Beyond the robot itself, I work on the innovation project side — researching real-world problems and pitching creative solutions to judges. The program has taught me how engineering, coding, and teamwork come together under real competition pressure.
- Programmed autonomous robots using sensor-based navigation and mission strategy.
- Collaborated with teammates to brainstorm, prototype, and test robot designs across the season.
- Presented our innovation project and robot design directly to FLL judges.
- Learned to stay calm and iterate fast when missions fail mid-competition.
Physics Exhibition
Turning abstract equations into experiments people can touch.
At the school Physics Exhibition, I designed and presented working scientific models that demonstrate core physical principles — turning textbook theory into something visitors can see, touch, and question. Explaining complex ideas to audiences of every age sharpened my ability to communicate science clearly and confidently.
- Built interactive demonstration models explaining core physics principles.
- Presented to hundreds of visiting students and faculty across the exhibition.
- Answered spontaneous deep-dive questions from teachers and judges.
- Translated abstract equations into visual, hands-on experiences.
Organic Expo
Innovation with a conscience — engineering for a greener future.
Representing sustainable thinking at the Organic Expo, I presented eco-friendly innovations and organic solutions to industry visitors and judges. The expo pushed me to think about how engineering choices affect the environment, and how small design decisions can make products dramatically more sustainable.
- Presented sustainable innovations to industry visitors and expo judges.
- Researched the eco-friendly materials and processes behind our showcased solutions.
- Discussed real-world sustainability trade-offs with professionals.
- Represented the school at a public-facing environmental event.
Globex Competition
From a homemade filter to a judged engineering stage.
At the Globex competition, I presented a homemade water filter built from layered natural and household materials, demonstrating how basic engineering design can tackle real water-purification problems. The project earned 2nd place and taught me how to take an idea from rough prototype to a judged, professional presentation.
- Designed and built a layered water filter demonstrating real purification principles.
- Earned 2nd place among competitive STEM project entries.
- Explained filtration science and design iterations to the judging panel.
- Took a project from concept to prototype to tested to presented.
Contact Me
Have a question or want to collaborate? Send me a message, and I’ll try to respond as fast as possible!(work in progress)
Let's connect
Whether it's a project idea, a competition, or just a question — my inbox is always open.
Email me directly See my work on GitHub View my certificates