Software Engineering

Portfolio

About

In the dynamic realm of software engineering, my passion extends beyond mere code; it's deeply rooted in understanding and addressing the unique needs of my clients.

With a commitment to excellence, I prioritize client satisfaction as the cornerstone of my work.

Each project is not just a technical endeavor but a collaborative journey where I listen, learn, and adapt to ensure that the end result not only meets but exceeds expectations.

My approach is centered on forging meaningful partnerships, where open communication and a genuine concern for client objectives guide every line of code.

Your success is my success, and I am dedicated to delivering solutions that not only align with your technological requirements but also contribute to the overall growth and success of your endeavors.

I am driven by an unwavering commitment to detail and delivery of high-quality solutions.

Recognizing that excellence lies in the meticulous handling of every element, I approach each project with a keen eye for detail.

Efficiency is not just a goal but a standard I uphold, employing smart strategies to streamline processes without compromising the integrity of the final product.

From the inception of an idea to its materialization, my focus remains on crafting solutions that embody precision, functionality, and the highest standards of quality.

Your project deserves nothing less than a seamless and refined execution, and I am dedicated to delivering just that.

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Secure Bookmarking Platform designed for simplicity, enhanced search capabilities, and intuitive calendar visualization.

Key Features

Secured Bookmark Storage: Implemented a robust and secure platform for users to save bookmarks, ensuring the safety and privacy of their valuable web content.

Content Search Functionality: Incorporated a powerful search feature that allows users to delve into the content of saved web pages, making it effortless to find specific information within their bookmarked resources.

Calendar Visualization: Introduced a unique calendar visualization for bookmarked pages, displaying them with associated dates and times. This feature provides users with a convenient and chronological overview of their saved content.

Firefox Extension for Seamless Bookmarking: Developed a Firefox extension that seamlessly integrates with the browser, allowing users to save web pages with ease. This extension enhances the user experience by simplifying the bookmarking process.

Ongoing Closed Beta Project: Currently, the project is an ongoing initiative in a closed beta phase, in order to refine and enhance the platform based on user feedback.

The focus is on offering users a secure, user-friendly environment to save and interact with their web content. The combination of secured bookmark storage, content search functionality, calendar visualization, and browser integration contributes to a comprehensive solution for managing digital resources.

Internship Management Platform crafted for teachers of the Graduate School of Computer Science of Paris-Saclay.

To recruit students from the University of Paris-Saclay.

Key Features

Seamless Authentication: Implemented a hassle-free login system allowing users to log in with the University's Single Sign-On (SSO) or opt for a local signup, enhancing accessibility and user convenience.

Internship Offer Validation Workflow: Introduced a validation process for internship offers, ensuring that each offer undergoes scrutiny by theme managers before publication. This feature promotes quality control and relevance in the published opportunities.

Email Notifications: Integrated a robust email notification system to keep users informed about the status of their applications, providing timely updates and enhancing the communication flow.

CV and Cover Letter Upload: Facilitated the application process by allowing users to upload their CVs and cover letters directly through the platform, streamlining the submission process for both applicants and theme managers.

Efficient Application Management: Developed a comprehensive application management system with automated email replies, optimizing the workflow for theme managers and providing instant acknowledgment to applicants.

Multilingual Support: Ensured inclusivity by offering the platform in both French and English, accommodating users with different language preferences and contributing to a more user-friendly experience.

Performance Metrics: Successfully supported 443 users and managed 102 internship offers during the academic year 2021-2022, reflecting the platform's reliability and scalability.

Annual Database Cleanup: Implemented a database cleanup process at the end of each year to maintain system efficiency and optimize storage resources.

GDPR Compliance: Prioritized user data security and privacy by ensuring compliance with the General Data Protection Regulation (GDPR), instilling confidence in users regarding the responsible handling of their information.

This Internship Management Platform is a reflect of my commitment to creating practical and user-focused solutions.

Intuitive Radio Equipment Configuration Tool designed for adaptability and efficiency.

Key Features:

Tailored for Radio Equipment: Developed to seamlessly integrate with a series of radio equipment, ensuring a precise fit for the targeted system.

JSON-Defined UI Parameters: Implemented a user interface where parameters are easily determined through a JSON file, providing a straightforward and adaptable configuration process.

Effortless Config File Import: Streamlined the user experience with a feature that allows for the hassle-free importation of existing configuration files, saving time and minimizing manual input.

Local Configuration Save: Provided users with the convenience of locally saving configurations as CSV files, allowing for easy retrieval and sharing of settings.

Direct Upload to Radio: Enabled users to directly upload configurations to the radio, eliminating unnecessary steps and ensuring a smooth and efficient deployment process.

Versatility in Deployment: Offered both local and embedded versions of the tool, providing users with flexibility in choosing the deployment method that best suits their preferences and requirements.

Responsive Design with Categorized Parameters: Designed a responsive interface with parameters logically sorted by categories, enhancing user navigation and accessibility.

Live Preview for Configuration Generation: Implemented a live preview feature that allows users to visualize the configuration file generation in real-time, fostering a more interactive and informed configuration process.

Bilingual Help Instructions: Included comprehensive help instructions in both French and English, ensuring accessibility and clarity for users across different language preferences.

In crafting this Radio Equipment Configuration Tool, the emphasis was on creating a user-friendly solution that seamlessly integrates with radio equipment while providing a range of features for effortless configuration.

Image Processing Tool designed for simplicity and practicality.

Key Features

Fine-Tuned OpenCV Functions: Delicately adjust parameters for various OpenCV functions, ensuring the tool's reliability and efficiency in handling image processing tasks.

Real-Time Image Preview: Incorporated a live preview feature, allowing users to see the changes in real-time as they experiment with different functions. This feature enhances user engagement and simplifies decision-making during the image processing process.

Easy Function Ordering: Implemented an uncomplicated system for ordering added functions, providing users with a straightforward way to customize their workflow.

Function Enable/Disable Option: Offered a practical solution that allows users to enable or disable any selected function based on their specific requirements, providing a level of flexibility that meets diverse needs.

High-Definition Image Export: Included a high-definition export feature, enabling users to save their processed images with enhanced clarity, meeting basic industry standards for quality.

Cross-Platform Compatibility: Ensured compatibility with both Linux and Windows operating systems, making the tool accessible to a wider user base without unnecessary complexity.

In developing this Image Processing Tool, the focus was on creating a functional and user-friendly solution. This project reflects my commitment to delivering practical software solutions.

Collaborative Pose Annotation Tool designed for efficiency and precision.

Key Features

Efficient Data Organization: Implemented a robust system to organize data related to machine learning, ensuring a structured and accessible repository for annotation purposes.

Interactive Data Visualization: Developed a feature to visualize pose annotations directly on the original images, providing a more intuitive understanding of the annotated data.

Simultaneous Multi-User Annotation: Enabled multiple users to annotate data simultaneously, fostering collaboration and accelerating the annotation process. This collaborative approach enhances efficiency and accuracy in data labeling.

Integration with Custom Annotation Software: Seamlessly connected the tool to a custom annotation software specialized in pose annotation, creating a cohesive ecosystem for data management and annotation.

Automatic Annotation with NVIDIA Triton: Implemented an automatic annotation feature using machine learning models deployed with NVIDIA Triton. This leverages the power of machine learning to automate aspects of the annotation process, saving time and ensuring consistency.

Task Management for Organized Workflow: Introduced task management capabilities to organize work effectively. This feature allows users to streamline the annotation workflow, assign tasks, and monitor progress for enhanced project coordination.

In crafting this Collaborative Pose Annotation Tool, my objective was to simplify and enhance the intricate process of data annotation for machine learning models. The combination of efficient data organization, interactive visualization, collaboration support, and automated annotation capabilities reflects a commitment to advancing the field of machine learning through practical and effective tools.

Music-Reactive LED Strip designed for dynamic visual experiences.

Key Features

Dynamic Music Responsiveness: Achieved an immersive experience by using real-time signal processing to make the LED strip react dynamically to the music in real-time. This feature adds a captivating visual dimension to the auditory experience.

Live Color Changes: Live color changes of each individual LED of the strip, synchronizing the visual display with the rhythm and beats of the music.

ESP8266 Powered: Utilized the power of ESP8266 for seamless connectivity to Wi-Fi networks. This ensures accessibility and control over the LED strip, enhancing the user experience.

Smart Home Integration: Developed a Home Assistant module, enabling the LED strip to function as a regular light within a smart home system. This integration adds a layer of convenience, allowing users to incorporate the LED strip seamlessly into their existing smart home setup.

Firmware Foundation: Built upon the foundation of the scottlawsonbc/audio-reactive-led-strip firmware, leveraging existing capabilities to create a customized and enhanced LED strip experience.

In bringing this Music-Reactive LED Strip to life, my focus was on marrying technology with artistic expression. This project is an experiment of the potential of technology to elevate our sensory experiences.