Archives: Projects

Project Overview:

Reduce, Reuse, Recycle is an educational and interactive waste awareness game developed in Unity for Borouge. Designed to promote sustainability, the game leverages Kinect motion sensor technology to engage players in an immersive activity that encourages proper waste segregation. Players use their physical movements to direct falling garbage into the correct recycling bins, combining fun and education in a unique way. The game also features a local leaderboard, adding a competitive edge to the experience. This game was showcased at an event in the UAE, inspiring participants to adopt environmentally friendly practices.

Methodology:

Game Development:

Platform:

Created in Unity to deliver a high-quality, interactive experience with smooth gameplay and dynamic visuals.

Kinect Integration:

The game uses Kinect motion sensors to capture players’ real-world movements, translating them into in-game actions for a hands-on and engaging experience.

Game Components:

Gameplay Mechanics:

• Interactive Waste Sorting: Players must physically move left or right to guide falling garbage into the correct recycling bins, making the activity intuitive and physically engaging.
• Educational Focus: The game reinforces the principles of waste segregation, teaching players about proper recycling practices.

Motion Sensor Controls:

• Real-Time Responsiveness: Kinect sensors ensure that player movements are captured accurately and reflected in the game without delay.
• Physical Engagement: By using body movements, players experience a fun and active way to learn about environmental responsibility.

Leaderboard:

• Local Leaderboard: Tracks and displays players’ scores in real-time, fostering a sense of competition and encouraging repeated play.
• Sustainability Awareness: Rewards players for their accuracy and quick reflexes, promoting awareness in an enjoyable manner.

User Interface Development:

Educational Design:

• Clear Instructions: The interface provides simple and effective guidance, ensuring players of all ages can participate.
• Visual Appeal: Bright and engaging graphics keep players entertained while conveying the importance of waste segregation.

Testing and Validation:

Kinect Functionality Testing:

• Verified the accuracy and responsiveness of motion tracking across various player movements and scenarios.

Performance Optimization:

• Ensured smooth gameplay and real-time leaderboard updates, even with high event activity.

Deliverables:

• Unity-Based Game: A fully interactive game designed to educate players on recycling.
• Kinect Integration: Motion-based controls for a physically engaging experience.
• Leaderboard System: Tracks player performance locally, adding competitive excitement.

Conclusion:

The Reduce, Reuse, Recycle game for Borouge exemplifies the power of technology in promoting sustainability. By blending education with entertainment, the game delivers an impactful message about waste segregation while ensuring a fun and engaging experience. With Kinect motion controls and a competitive leaderboard, the game successfully combines learning and play, leaving a lasting impression on event participants in the UAE.

Project Overview:

Mosaic Wall is an interactive digital installation developed in Unity for an event in the UAE, designed to create a visually stunning and engaging experience for visitors. The application connects to an API to retrieve images uploaded by event attendees. These images dynamically appear on the screen, animate as they move towards a central display, and ultimately combine to form a vibrant mosaic of the event’s logo. This captivating installation not only celebrates audience participation but also serves as a powerful visual representation of community and collaboration.

Methodology:

System Development:

Platform:
Built using Unity to ensure smooth animations, high-quality visuals, and real-time processing of attendee-submitted images.

API Integration:
The application communicates with an API to fetch visitor-uploaded images in real time, ensuring a seamless and automated flow of data.

System Components:

Image Retrieval and Animation:

• API Connection: The Unity app continuously pulls new images from the API as attendees upload them.
• Dynamic Display: Retrieved images pop up on the screen with visually engaging animations, capturing the attention of onlookers.

Mosaic Wall Formation:

• Movement to Mosaic: After appearing on the screen, the images animate and transition towards their designated positions on the mosaic wall.
• Logo Assembly: The individual images combine to form the event’s logo, creating a breathtaking final display that symbolizes unity and participation.

Event Customization:

• Logo Integration: The mosaic wall dynamically adapts to fit the event’s branding, with the ability to recreate any logo or shape using the images.
• Engagement Enhancement: By featuring attendees’ own photos, the mosaic wall creates a sense of inclusion and excitement.

User Interface and Experience:

Interactive and Intuitive Design:

• Real-Time Visuals: Images appear and transition to the wall in real time, ensuring the installation remains lively and dynamic.
• High-Quality Display: The mosaic wall leverages Unity’s graphics capabilities to maintain crisp visuals and fluid animations.

Testing and Validation:

API Testing:

• Ensured seamless connection with the API, including handling large volumes of uploads without lag or interruptions.

Performance Optimization:

• Focused on maintaining smooth animations and transitions even during high activity, ensuring a flawless experience for event attendees.

Deliverables:

• Unity-Based Application: A real-time interactive app for forming a mosaic wall.
• API Integration: Automated retrieval and processing of attendee-uploaded images.
• Dynamic Logo Display: A fully animated mosaic wall that adapts to the event’s branding and logo.

Conclusion:

The Mosaic Wall is a remarkable blend of technology and creativity, delivering a memorable and interactive experience for event attendees in the UAE. By integrating real-time image uploads with dynamic animations, the application fosters a sense of community and excitement. As the mosaic wall comes to life with attendees’ contributions, it transforms the event space into a vibrant celebration of unity and shared moments, leaving a lasting impression on all who participate.

Project Overview:

Interactive Video Player for Industrialists Program is an innovative solution developed for a prestigious event in the UAE, designed to enhance audience engagement and create memorable experiences. The system, created in Unity, integrates seamlessly with Arduino hardware to deliver an interactive feature for celebrating successful business deals. Each of the 70 tables in the event hall was equipped with a button that, when pressed, triggered a congratulatory message on the video screen, symbolizing the closing of a deal.

Methodology:

System Development:

Platform:
Developed using Unity, ensuring smooth integration of visual and interactive elements for a flawless user experience.

Hardware Integration:
The system utilizes Arduino technology, connecting each table’s button to the central Unity application to ensure real-time responsiveness.

System Components:

Interactive Video Player:

• Real-Time Interaction: The video player dynamically displays a congratulatory message whenever a button is pressed, creating a celebratory atmosphere.
• Customizable Messages: The system supports personalized congratulatory messages, allowing customization based on the context of the deal.

Table Button Setup:

• Distributed Hardware: Each of the 70 tables was equipped with an Arduino-powered button connected to the central system.
• Reliable Communication: The buttons were configured to communicate seamlessly with Unity, ensuring immediate response and synchronization.

Centralized Control:

• Hall-Wide Integration: The system handled simultaneous button presses from multiple tables, ensuring each message was displayed without conflict.

User Interface Development:

Event-Focused Design:

• Elegant Visuals: The congratulatory messages featured visually appealing animations and designs to align with the program’s premium ambiance.
• Clear Feedback: Players received immediate visual feedback upon pressing the button, reinforcing their interaction with the system.

Testing and Validation:

Comprehensive Testing:

• Conducted extensive testing to ensure reliable communication between Arduino buttons and Unity, even with multiple simultaneous inputs.

Performance Optimization:

• Focused on maintaining smooth and lag-free operations, even in a high-traffic environment with 70 active tables.

Deliverables:

• Unity-Based Interactive System: A video player with integrated congratulatory messaging, controlled via Arduino-powered buttons.
• Hardware Integration: Functional setup of 70 table buttons linked to the central system.
• Customized Experience: Personalized congratulatory animations tailored for the event’s industrialist theme.

Conclusion:

The Interactive Video Player for Industrialists Program exemplifies the fusion of technology and event engagement. By combining Unity’s powerful visual capabilities with Arduino’s interactive hardware, the system delivered a unique, celebratory experience for the event’s attendees. With its real-time responsiveness and elegant design, the system added a touch of innovation and excitement, celebrating the success of each deal in an impactful and memorable way.

Project Overview:

Fruit Frenzy is a vibrant match-3 puzzle game developed in Unity for Unifruiti, designed as an engaging activity for a public event in the UAE. Drawing inspiration from the popular Candy Crush game, Fruit Frenzy challenges players to match colorful fruits in rows or columns to score points and clear levels. The game offers an interactive and visually appealing experience, encouraging event visitors to test their strategy and puzzle-solving skills.

Methodology:

Game Development:

Platform:
Developed using Unity to ensure smooth performance, immersive graphics, and compatibility across event setups.

Gameplay Design:
The game incorporates a dynamic match-3 mechanic, requiring players to align fruits by swapping adjacent pieces. Successful matches trigger satisfying animations, rewarding players with points and power-ups.

Game Components:

Core Mechanics:

• Match-3 Gameplay: Players swap fruits to align three or more of the same type in rows or columns.
• Power-Ups: Special fruit combinations create unique effects, such as clearing rows, columns, or clusters of fruits, adding a layer of excitement to the gameplay.

Scoring System:

• Point Accumulation: Players earn points for each successful match, with bonuses for longer combinations and chain reactions.
• Level Goals: Each level includes specific objectives, such as achieving a target score or clearing a certain number of fruits within a set number of moves.

Event Customization:

• Theme Alignment: The game’s visuals and branding were customized to align with Unifruiti‘s theme, incorporating colorful and appealing fruit graphics.
• Public Engagement: Designed to appeal to audiences of all ages, Fruit Frenzy encourages casual play while fostering competitive spirit among participants.

User Interface Development:

Engaging Design:

• Interactive Elements: Clear instructions and intuitive controls ensure accessibility for all players.
• Visual Feedback: Dynamic animations and vibrant effects keep players immersed in the action.

Event-Specific Features:

• Leaderboards: Local leaderboards display top scores, motivating players to improve their performance.

Testing and Validation:

Beta Testing:

• Conducted rigorous testing to ensure responsive controls, fluid animations, and balanced difficulty progression.

Performance Optimization:

• Focused on delivering a lag-free experience with seamless transitions between levels and effects.

Deliverables:

• Unity-Based Game: A polished match-3 puzzle game designed for public events.
• Event Branding: Customized visuals and theme integration for Unifruiti.
• Leaderboard System: Real-time tracking of high scores to encourage competitive gameplay.

Conclusion:

Fruit Frenzy is a fun and interactive match-3 puzzle game that embodies the spirit of Unifruiti by engaging players with vibrant fruit-themed gameplay. Built for a public event in the UAE, the game offers an accessible yet challenging experience that captivates players of all ages. By combining Unity’s powerful development tools with creative design, Fruit Frenzy delivers an entertaining activity that fosters competition, excitement, and a memorable connection to Unifruiti’s brand.

Project Overview:

Abra Boat Racing is an interactive event-based game developed in Unity, inspired by the traditional Abra boats of the UAE. This immersive racing experience combines the thrill of competition with cultural elements, offering visitors a chance to navigate waterways in a virtual environment. Players control their boats using a steering mechanism and an acceleration pedal, racing to achieve the best time. The game also features a local leaderboard, encouraging competitive gameplay among participants.

Methodology:

Game Development:

Platform:
Developed using Unity, the game leverages the engine’s robust capabilities to deliver high-performance gameplay and stunning visual fidelity.

Control Mechanism:

Players interact with the game via a physical steering wheel and an acceleration pedal, providing a realistic and engaging racing experience.

Game Components:

Local Leaderboard:

• Competition Tracking: The game features a local leaderboard that displays the top scores, allowing players to compete for the fastest times.
• Engagement: The leaderboard adds excitement and encourages replayability among visitors.

Gameplay Mechanics:

• Boat Racing: Players steer their Abra boats through a challenging course, requiring precise navigation and speed control to achieve the best time.
• Dynamic Challenges: The game includes twists, turns, and environmental obstacles to enhance the thrill of the race.

User Interface Development:

• Intuitive Layout: Designed for ease of use, the interface features clear prompts and guidance, enabling players to focus on the racing experience.
• Leaderboard Display: A prominently displayed leaderboard highlights top players and motivates friendly competition.

Testing and Validation:

Beta Testing:

• Conducted extensive testing to refine steering sensitivity, acceleration responsiveness, and overall gameplay smoothness.

Performance Optimization:

• Focused on achieving seamless performance to handle interactive controls and maintain stable frame rates.

Deliverables:

• Unity-Based Game: A polished game developed in Unity, showcasing high-quality graphics and immersive gameplay.
• Interactive Controls: Fully functional steering and acceleration pedal integration for an authentic racing experience.
• Local Leaderboard: A real-time leaderboard system to track and display top players’ scores during the event.

Conclusion:

Abra Boat Racing combines technology with tradition, offering an engaging and culturally resonant experience for event visitors. The game showcases the power of Unity in creating realistic simulations while utilizing interactive control systems to enhance user engagement. With its competitive leaderboard and immersive gameplay, Abra Boat Racing stands out as a unique event activity, celebrating the spirit of competition and the heritage of Abra boats.

Project Overview:

City Runner Multiplayer Game is an immersive event activity game developed in Unity by the Government of Abu Dhabi, UAE. The game offers an exciting and interactive experience, designed to engage players in a competitive, fast-paced environment. Leveraging Kinect technology for motion control, City Runner enables players to physically move left, right, and jump. This multiplayer game allows two players to compete simultaneously, aiming to score the highest points by navigating through a dynamic cityscape.

Methodology:

Game Development:

• Platform: Developed using Unity, a leading game engine, ensuring high performance and compatibility across different platforms.
• Kinect Integration: The game is connected to Kinect, which captures players’ real-world movements, enhancing interactivity by translating physical motions into in-game actions like jumping and dodging obstacles.

Game Components:

• Multiplayer Functionality:

  • Gameplay: City Runner supports two players in a shared environment, allowing them to compete in real-time. Players must strategically move and jump to avoid obstacles and collect points.
  • Scoring: Players aim to accumulate the highest score by maneuvering skillfully, with the competition intensifying as they race through the city.

• Kinect Motion Controls:

  • Physical Engagement: Players control their avatars by physically moving left, right, or jumping using Kinect sensors, creating an engaging, full-body gaming experience.
  • Real-Time Interaction: The use of Kinect ensures seamless real-time interaction, making the game dynamic and responsive to players’ movements.

User Interface Development:

• Intuitive Design: The user interface is designed for ease of use, with clear instructions and smooth navigation, ensuring players can quickly engage with the game.
• Multiplayer Interface: Supports two-player mode with a clean display of scores and player positions, adding to the competitive excitement.

Testing and Validation:

• Beta Testing: Conducted extensive testing with players to ensure smooth gameplay, responsiveness of Kinect controls, and an enjoyable multiplayer experience.
• Performance Optimization: Focused on optimizing the game’s performance to handle real-time multiplayer action and Kinect integration without lag or crashes.

Deliverables:

• Unity-Based Game: A fully functional game developed in Unity, optimized for multiplayer mode and Kinect motion control.
• Multiplayer Support: Seamless two-player competition, with real-time score tracking and movement synchronization.
• Kinect-Enhanced Gameplay: Motion-based controls using Kinect for an immersive, interactive gaming experience.

Conclusion:

City Runner Multiplayer Game showcases the Government of Abu Dhabi’s commitment to creating innovative and engaging activities through advanced technology. By incorporating Kinect motion controls and real-time multiplayer action, City Runner offers a thrilling, competitive experience that encourages physical activity and fun. This project highlights the power of Unity and Kinect, delivering a unique and interactive experience that is sure to be a hit in event settings.

Project Overview:
La-Tansoon is an engaging event activity game developed in Unity to celebrate the 52nd UAE Independence Day. The game is designed to provide an interactive and educational experience, available in both Arabic and English versions. La-Tansoon features three distinct parts: a true or false game, an answer the correct one game, and a card match game, each offering a unique challenge and promoting learning and enjoyment.

Methodology:

1. Game Development:

   • Platform: Developed using Unity, an industry-standard game engine, to ensure high performance and cross-platform compatibility.
   • Multilingual Support: Includes both Arabic and English versions, making the game accessible to a broader audience. Localization tools and techniques are used to provide seamless language switching and culturally relevant content.

2. Game Components:

   • True or False Game:
     • Gameplay: Players are presented with statements related to UAE history, culture, and achievements, and must quickly decide if they are true or false.
     • Scoring: Points are awarded for correct answers, with a time limit adding to the challenge.
   • Answer the Correct One Game:
     • Gameplay: Players choose the correct answer from multiple choices, with questions covering various topics about the UAE.
     • Difficulty Levels: Questions range from easy to difficult, catering to different age groups and knowledge levels.
   • Card Match Game:
     • Gameplay: Players match pairs of cards featuring images and information about UAE landmarks, historical events, and cultural icons.
     • Memory Challenge: Enhances memory skills and educates players about important aspects of UAE heritage.

3. User Interface Development:

   • Intuitive Design: The user interface is designed to be user-friendly, with clear instructions and easy navigation.
   • Cultural Relevance: Incorporates elements of UAE culture and heritage in the design, including colors, fonts, and imagery that resonate with the theme of independence and national pride.

4. Testing and Validation:

   • Beta Testing: Conducts extensive beta testing with users of different age groups and backgrounds to ensure the game is enjoyable and educational.
   • Localization Testing: Ensures that both the Arabic and English versions are accurately translated and culturally appropriate.
   • Performance Optimization: Focuses on optimizing the game for smooth performance across various devices, minimizing loading times and preventing crashes.

Deliverables:

1. Unity-Based Game:
   • A fully functional game developed in Unity, available for multiple platforms including PC and mobile devices.
2. Multilingual Support:
   • Arabic and English versions with seamless language switching.
3. Three Interactive Game Modes:
   • True or False game, Answer the Correct One game, and Card Match game.
4. User-Friendly Interface:
   • Intuitive and culturally relevant UI design.
5. Testing Reports:
   • Comprehensive testing and validation reports ensuring high-quality gameplay and user satisfaction.

Conclusion:

La-Tansoon stands as a celebration of UAE’s 52nd Independence Day, combining education and entertainment in an engaging, interactive game. By featuring multiple game modes and supporting both Arabic and English, it ensures inclusivity and widespread appeal. This project highlights the versatility of Unity as a development platform and demonstrates a deep appreciation for UAE culture and heritage. La-Tansoon is poised to be a memorable part of the national celebrations, fostering learning and national pride among players of all ages.

Project Overview:

Fittar is a cutting-edge fitness app designed for both iOS and Android platforms, aimed at enhancing workout and exercise tracking through the innovative use of Asensei technology. The app provides users with a comprehensive and personalized fitness experience, leveraging advanced motion capture and real-time feedback to help them achieve their fitness goals.

Methodology:

1. App Development:

   • Platform: The app is developed for iOS and Android platforms, ensuring broad accessibility and user engagement.
   • Programming Languages: Swift is used for iOS development, while Kotlin is used for Android development to ensure native performance and seamless integration with platform-specific features.
   • Frameworks and Tools: Utilizes Xcode for iOS and Android Studio for Android development, with integrated use of Asensei SDK for motion capture and analysis.

2. Motion Capture Integration:

   • Asensei SDK: The app integrates Asensei’s advanced motion capture technology, which uses the device’s camera to track user movements in real-time. This allows the app to provide accurate feedback on form and technique during workouts.
   • Real-Time Feedback: By analyzing the captured data, the app offers instant feedback and corrections, helping users improve their performance and reduce the risk of injury.

3. Workout Tracking:

   • Exercise Library: A comprehensive library of exercises, each with detailed instructions and video demonstrations, is included to guide users through various workouts.
   • Customization: Users can customize their workout plans based on fitness levels, goals, and preferences. The app adapts to individual progress and suggests adjustments to optimize results.
   • Progress Monitoring: Detailed progress tracking and analytics are provided, allowing users to monitor their performance over time and make informed adjustments to their routines.

4. User Interface Development:

   • Intuitive Design: The user interface is designed to be intuitive and user-friendly, with a focus on ease of navigation and accessibility.
   • Responsive Layout: Ensures a seamless experience across different device sizes and orientations, providing a consistent user experience on both smartphones and tablets.
   • Engagement Features: Incorporates features such as reminders, goal setting, and motivational messages to keep users engaged and motivated.

5. Testing and Validation:

   • Beta Testing: Conducts thorough beta testing with a diverse group of users to gather feedback and identify potential improvements.
   • Performance Optimization: Focuses on optimizing app performance to ensure smooth operation, quick response times, and minimal resource consumption.
   • Bug Fixes and Updates: Regular updates are planned to address bugs, introduce new features, and enhance overall user experience based on user feedback.

Deliverables:

1. Fully Functional iOS and Android Apps:
   • A robust and responsive workout tracking app available on the App Store and Google Play Store.
2. Comprehensive Exercise Library:
   • Detailed exercise instructions and video demonstrations.
3. Real-Time Motion Capture and Feedback System:
   • Integrated Asensei technology for accurate motion tracking and real-time feedback.
4. User Progress Tracking and Analytics:
   • Detailed analytics and performance monitoring features.
5. Engaging User Interface:
   • Intuitive and visually appealing UI/UX design.

Conclusion:

Fittar is poised to revolutionize the fitness app market by combining the convenience of mobile applications with the advanced capabilities of Asensei’s motion capture technology. The app offers a personalized, engaging, and effective workout experience, empowering users to achieve their fitness goals with precision and confidence. By providing real-time feedback, comprehensive tracking, and customizable workout plans, Fittar stands out as a powerful tool for fitness enthusiasts of all levels.

Video Demo