My name is Pierre Brousseau, I'm passionate about technology and innovation, I enjoy designing connected solutions that combine efficiency and creativity. My background has allowed me to develop strong skills in digital engineering, embedded systems, and IoT, while maintaining a human-centered and sustainable approach. Curious and detail-oriented, I like to understand how complex systems work and turn them into practical, meaningful projects.
I am fluent in French, English and Spanish.
This website is meant to showcase my projects and professional experience.
You can contact me by:
WhatsApp: +33 6 45 98 46 00
email: brousseaupierre28@gmail.com
LinkedIn: https://www.linkedin.com/in/pierre-brousseau-b140151b0/
Master’s degree in General Engineering with a specialization in IoT and Smart Cities.
Exchange program at Swinburne University, focusing on project management and embedded systems.
Gained foundational skills in network security, threat analysis, and incident response for SOC environments.
Gained skills in Implementing MPLS for advanced IP routing and traffic engineering.
Certification from the University of Michigan, covering connected systems, data analytics, and industrial automation.
Learned to leverage cloud technologies for business innovation, data-driven decision-making, and scalable digital solutions.
Columbia University Certified - foundational AI, ML & DL concepts through interactive, low-code tools.
Rice University certified - Engineering Project Management: Initiating and Planning.
from May 2025 (ongoing) - Puente La Reina, Spain
- Programmed PLCs to transmit structured production data (quality metrics and defect classification) to Schneider Electric’s software platform. - Provided Level-2 production support by troubleshooting PLC programs, VBA macros and Power Apps to ensure stable system operations. - Implemented an AI-based module in PLC logic to detect and classify defective parts in real time. - Developed automated monitoring dashboards to track system performance and operational efficiency. - Designed Excel VBA tools to streamline reporting and improve data accuracy.
April to October 2024 (6-months) - Singapore
- Performed integration and validation testing between IoT devices, gateways and cloud platforms for a smart utility PoC. - Managed external IoT network providers (LoRaWAN operators). - Delivered operational dashboards for network performance monitoring. - Automated systems using IoT sensors with the controller. - Integrated IoT data into a digital platform. - Exposure to smart utility and digital water infrastructure environments.
2023 (4-months internship) - Six-Fours-les-Plages, France
- Deployed a LoRaWAN network to analyze water level in the Helio Farm - Feasibility study for the creation of a non-polluting energy storage system and modeling on CATIAhttps://seaturtlerobotics.com
With my twin brother, we developed a biomimetic underwater drone inspired by sea turtles, specifically designed to accompany and film divers. I notably:
- Worked on surface communication (Wi-Fi & SPI-F) as well as underwater communication based on acoustic waves;
- Participated in the design and integration of all internal systems, including Arduino, motors, battery, PDB, and electronic architecture;
- Designed and developed the project’s website using HTML, CSS, and GitHub Pages.
6 months project
For a study project, carried out in collaboration with the company Hear&Know, we developed a system dedicated to sniffing and analyzing telecommunications networks. I notably:
- Worked on the hardware setup using embedded radio modules and a controller, ensuring stable data acquisition and reliable integration with GPS for geolocation;
- Contributed to the configuration of network sniffing tools to capture and analyze radio parameters (RSSI, SNR, latency...), enabling precise mapping of network quality;
- Developed Python scripts to automate packet capture, filter relevant information, and generate preliminary coverage maps for different IoT and cellular networks;
- Implemented the MQTT communication protocol between our embedded system and AWS IoT Core, enabling secure and efficient transmission of collected data to the cloud for storage, analysis, and visualization;
4 months project
For a study project, we developed an interactive Magic Mirror for residents in nursing homes. I notably:
- Worked on the hardware setup using a Raspberry Pi 4, microphone, and camera module, ensuring the system’s stability and interactivity;
- Contributed to the installation and configuration of APIs (Google Assistant API, Spotify API) to enable speech recognition and personalized reminders;
- Collaborated on the user interface customization and system troubleshooting, ensuring smooth operation and accessibility for elderly users;
- Developed a module in Python to calculate appropriate clothing based on the weather, integrating weather API data to provide personalized recommendation