Professional Musicologist Website (click to see more)
Developed a bespoke website for musicologist Agathe Amzallag, using React and TypeScript to ensure dynamic responsiveness.
Technology Stack
React & TypeScript: Built the website utilizing the React library with TypeScript for heightened type safety and development efficiency.
Hostinger Hosting: Successfully deployed the website on Hostinger, guaranteeing reliable performance and accessibility.
Key Features
Implemented an engaging image carousel, custom article cards, and a user-friendly header/navbar.
Design and Styling
Applied modular CSS for an aesthetically pleasing design, incorporating custom fonts to enhance the visual identity.
Testing and Deployment
Ensured reliability through comprehensive Jest unit testing, meticulous version control with Git, and successful deployment on Hostinger.
Key Takeaways:
This project beautifully combines technology and musicology, delivering a customized digital space that highlights Agathe Amzallag's professional identity with a seamless and engaging user experience.
BRACKET mobile App (click to see more)
Bracket is a dynamic application that transforms friendly debates into thrilling showdowns of ideas. Users can create custom brackets on various topics, and ideas battle head-to-head, with the community determining the winner through voting.
Technology Stack
React Native & TypeScript: Utilized React Native for cross-platform compatibility and a native-like user experience. Leveraged TypeScript to bring type safety and enhanced development experience.
Supabase: Integrated Supabase for robust and scalable data storage, ensuring a seamless user experience.
Key Features
User-friendly interface for idea submission and voting.
Real-time updates on live voting and competition progress.
Customizable brackets to suit diverse topics.
Seamless integration with Supabase for data storage and retrieval.
Key Takeaways:
Bracket stands at the intersection of creativity and competition, offering a distinctive platform where ideas engage in lively battles. With a focus on user-centric design, the application ensures an enjoyable experience through an intuitive and friendly interface. This project also serves as a testament to my proficiency in a robust tech stack, employing TypeScript for enhanced development safety, React Native for cross-platform versatility, and Supabase for seamless data storage and retrieval.
InterFace mobile App (click to see more)
InterFast is a software that simplifies the management of your construction business, allowing you to generate quotes, manage construction sites, schedule team interventions, oversee operations, track projects from anywhere at any time, invoice clients quickly, and enhance profitability by generating reports with a glance.
Technology Stack
React Native: Utilized React Native for cross-platform compatibility and a native-like user experience.
MongoDB: Integrated MongoDB for reliable and scalable data storage, ensuring a seamless user experience.
Key Features
Signature Functionality: Implemented a robust signature functionality for report generation.
Camera Integration: Integrated camera functionality for seamless attachment of images to reports.
User-Centric Design (UX/UI): Crafted an intuitive and visually appealing user interface.
Dynamic Report Generation: Engineered a dynamic reporting system adaptable to diverse project needs.
Mobile Accessibility: Designed a mobile-responsive interface for on-the-go accessibility. Ensured users can manage their construction projects efficiently from any device.
Key Takeaways:
InterFast is a game-changer in construction business management, streamlining processes from quoting to project oversight. The app's signature functionality and camera integration boost project documentation, offering in-depth insights. Crafted with a user-centric design using React Native, it ensures a seamless cross-platform experience. With centralized project management, real-time monitoring, and mobile accessibility, InterFast empowers construction professionals to enhance efficiency, adaptability, and overall profitability.
Internal Artificial Pancreas Concept (click to see more)
Problem Description:
Type 1 Diabetes poses significant challenges for individuals worldwide, as it hampers the body's ability to regulate blood sugar levels, leading to potential organ failure and even fatality if not managed. Current methods of treatment involve inconvenient and sometimes uncomfortable insulin injections or the use of external insulin pumps and Continuous Glucose Monitoring (CGM) systems. These approaches, while effective, require meticulous maintenance and regular replacements, impacting the user's lifestyle and independence.
Internal Artificial Pancreas Solution:
To address these challenges, we propose an innovative solution—a surgically implanted Internal Artificial Pancreas. This device not only monitors glucose and insulin levels but also autonomously administers the required dosage to maintain optimal blood sugar levels. The system operates on a negative feedback loop, responding to high glucose levels by injecting insulin and low levels by delivering glucose.
Key Features
Implantable Convenience: The device is surgically implanted, providing users with greater freedom and reducing the inconvenience of external systems.
Autonomous Functionality: The Internal Artificial Pancreas monitors and adjusts insulin and glucose levels automatically, minimizing the need for manual interventions.
Extended Insulin Reservoir: The device can store multiple days' worth of insulin, reducing the frequency of refills and enhancing user independence.
Low Power and Wireless Charging: Designed for longevity, the device operates on low power, allowing for extended periods between charges. Wireless charging minimizes infection risks and ensures discreet functionality.
Key Takeaways:
Enhanced Independence: The Internal Artificial Pancreas empowers individuals with Type 1 Diabetes to lead more independent lives by streamlining treatment and reducing maintenance requirements.
Autonomous Monitoring and Treatment: The device's continuous monitoring and automatic adjustment of insulin and glucose levels offer a seamless and hassle-free experience for users.
Surgical Implantation for Convenience: By being surgically implanted, the device eliminates the need for external components, enhancing user comfort and convenience.
Long-lasting and Low Maintenance: With an extended insulin reservoir and low power consumption, the Internal Artificial Pancreas minimizes the need for frequent maintenance, contributing to a more user-friendly experience.