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Hailing from Burkina Faso, I am a 23-year-old engineering student currently based in Morocco. I am pursuing my degree in Cybersecurity and Embedded Systems at ENSA Tetouan, where I bridge the gap between hardware security and software resilience. Beyond my core technical focus, I am a creative front-end developer and designer, dedicated to building secure, intuitive, and visually compelling digital experiences.
Explore my portfolio to discover how I merge technical rigor with creative innovation.
A cycle of three years studies in cybersecurity and embedded systems.
More information on the official site of ENSATE.
Two years of preparatory studies for the Engineering Cycle.
More information on the official site of ENSATE.
Scientific High School Degree (C) obtained in Burkina Faso with honors (BIEN).
More information on the official site of LSNO.
AIESEC is a global youth-led organization focused on leadership development through international exchanges. As an Experience Participant (EP) Manager for Outgoing Global Talent, I managed and coordinated international internship programs, helping young professionals secure impactful opportunities abroad.
CoderSphere is a technology hub dedicated to robotics, embedded systems, and cybersecurity. Through hands-on projects, I deepened my expertise in electronics and hardware design while strengthening my technical problem-solving and teamwork skills in a collaborative environment.
The AEBM supports Burkinabé students in Morocco through integration and guidance. During my tenure as Deputy Secretary General, I oversaw administrative tasks and coordinated community projects, significantly enhancing my leadership, organizational, and cross-cultural communication abilities.
Evaluate and enhance the resilience of your systems by identifying vulnerabilities and implementing measures to protect against potential threats.
Simulate real-world attacks on your IT infrastructure to discover security weaknesses before malicious actors can exploit them.
Ensure seamless operation and security of your network infrastructure with proactive monitoring, maintenance, and optimization services.
Create modern, responsive, and user-friendly web interfaces that ensure an engaging experience for your audience across all devices.
Deliver innovative and visually appealing designs tailored to your brand identity and business needs, boosting your online presence.
Tailor-made solutions designed to meet your unique requirements, ensuring maximum satisfaction and effective results.
During our two-year preparatory cycle, we carried out our first university project. The aim of the project was to introduce us to the professional world. In a team of five, our project involved renovating the study room of an orphanage, organizing eating sessions with the orphans, and providing them with tutoring sessions. To achieve this, we first raised a budget of approximately 6,500 Moroccan dirhams.
During the engineering cycle, we work on many projects, almost in every module. In our field, which is cybersecurity and embedded systems, our projects combine both aspects simultaneously.
This was our first project in the Codersphere club. We approached it as a challenge to see who would finish it successfully first. The project involved coding the front-end of a website based on a design created on Canva. The aim of the challenge was to test our knowledge in web development, specifically in HTML and CSS. We carried out the challenge on November 11, 2023. I won this first challenge by finishing it first in 5 hours.
This was our second project in the Codersphere club. We also approached it as a challenge to see who would finish it successfully first. The project involved coding the front-end of a personal portfolio. The aim of the challenge was to test our knowledge in web development, specifically in HTML and CSS. We carried out the challenge on November 11, 2023. I finished third at this challenge.
In the O'dace club, I take part in electronics projects. Our first projects were Arduino-based. Through these projects, we learned to work with various electronic components and to build several standard electronic circuits. It is through activities like these that we successfully apply the theoretical knowledge we gain at university.
Driven by the desire to create my own portfolio website to showcase my various achievements throughout my journey, I started coding. On this site, I included personal information, details about my academic and university background, my skills, certifications, professional experience, the services I offer, completed projects, and my contact information—in short, everything typically found on a portfolio website.
HePRAS (Healthcare Practice Management System) is a comprehensive database management application developed during the "Administration Bases de Données" module. This solution streamlines the daily operations of medical practices by centralizing patient records, appointments, consultations, billing, and staff management.
Built with Oracle Database 21c and Java Swing, the system implements role-based access control to ensure data security while maintaining an intuitive user experience for medical staff.
In medical environments, inefficient data management leads to:
Our goals were to:
This project demonstrates how database architecture and software design work together to solve real-world healthcare challenges.
Below is a video demonstration showcasing the key features:
Resources of the project here : github
During my cybersecurity internship at Brainwave Matrix, I successfully developed two key projects that aim to enhance digital security, user awareness, and secure authentication methods. Each project demonstrates my ability to combine software development, cybersecurity analysis, and interactive design to create useful and engaging security tools.
Phishing attacks are one of the most prevalent cybersecurity threats today. They exploit users by tricking them into visiting fraudulent websites that steal sensitive information. To combat this, I built a Phishing URL Scanner, a tool that quickly determines whether a given URL is legitimate or malicious.
Check out this live demonstration
Resources of the project here : my github
Passwords are the first line of defense against unauthorized access. Weak passwords leave accounts vulnerable to brute-force attacks and credential stuffing. To help users create and validate strong passwords, I built a Password Strength Checker, a tool that assesses password security and provides real-time feedback.
Check out this live demonstration
Resources of the project here : my github
Intelligent Parking System with VHDL is an academic FPGA-based project developed as part of the module "Programmation FPGA". This system implements a complete parking management solution using hardware description language (VHDL) deployed on an FPGA development board.
The system combines real-time vehicle tracking, automated barrier control, dynamic occupancy display, and safety mechanisms to create an efficient and secure parking management infrastructure. By leveraging modular digital design principles and finite state machines, the project demonstrates practical applications of FPGA technology in smart infrastructure.
With modern urban environments, parking management presents significant challenges related to space optimization, traffic flow, and user safety. Our main objectives for this project were to:
This project demonstrates the practical implementation of FPGA programming concepts, offering a real-world application of hardware description languages in intelligent infrastructure systems.
The VHDL design follows a hierarchical, modular architecture with clear separation of concerns across four main components:
The intelligent parking system operates through coordinated interaction between all modules:
Resources of the project here : github
Job Application Tracker is a comprehensive web application designed to help job seekers efficiently organize, track, and manage their job applications. Built with React, the application leverages a modular component architecture and centralized state management through React Context API to deliver a seamless and consistent user experience.
This tool addresses a common challenge faced by job seekers: keeping track of multiple applications across different platforms, stages, and timelines. With visual insights, advanced filtering, and data portability features, the application transforms the job hunting process into a structured and manageable workflow.
In an increasingly competitive job market, managing numerous applications simultaneously can become overwhelming. The main objectives of this project were to:
This project demonstrates the practical application of modern web development principles, delivering a real-world solution for personal productivity and career management.
Below is a video demonstration showcasing the key features:
Resources of the project here : github
Proactive Forest Fire Detection & Management System is a comprehensive IoT solution developed as part of the module "Architecture des technologies IoT". This end-to-end system integrates edge computing, machine learning, and web technologies to create an intelligent early warning system for forest fire detection and management.
By combining real-time sensor data acquisition through ESP32 microcontrollers, intelligent risk assessment using Random Forest machine learning algorithms, and secure web-based monitoring dashboards, the system provides a complete solution for proactive fire detection in forest or building environments. The architecture emphasizes reliability, scalability, and accurate discrimination between genuine fire threats and environmental false alarms.
Forest fires pose significant threats to ecosystems, property, and human lives, with early detection being critical for effective response. Traditional detection methods often suffer from high false alarm rates and delayed response times. Our main objectives for this project were to:
This project demonstrates the practical integration of IoT architecture principles, embedded systems programming, cloud connectivity, and data analytics to address real-world environmental monitoring challenges.
The system follows a modular, layered architecture with clear separation between edge devices, processing middleware, and user interfaces:
The complete data pipeline operates through the following sequence:
Below is a video demonstration showcasing the key features:
Resources of the project here : github
Our Object-oriented programming team developed a comprehensive Travel Agency Management Application designed to streamline the management of clients, reservations, itineraries, and secure payments. The application offers an intuitive and user-friendly interface, making travel arrangements more efficient for both administrators and users.
Below is a video presentation of the application showcasing its features:
Fouad AYTOUNA
Pr. Fouad AYTOUNA
Resources of the project here : my github
Solar Tracker AI-Driven System is an academic project developed as part of the module "Architecture des systèmes embarqués". This solution combines embedded electronics, cloud communication, and artificial intelligence to optimize solar panel performance.
By using real-time environmental data and predictive algorithms, the system automatically adjusts the orientation of a solar panel to maximize energy production.
Below is a video presentation of the system in action:
Mr. Younes WADIAI
Mr. Younes WADIAI
Resources of the project here : my github
-- Full report in pdf
