Ing. Ahmed Dhia Labidi

Built an edge-based commercial energy management system (CEMS) managing PV inverters, batteries, grid connections, and smart meters via OpenEMS on Linux controllers. Developed embedded Python apps for MQTT and Modbus TCP. Retrofitted meters with LoRaWAN. Supervised interns and represented solutions at 3 trade fairs.

Characterized, modeled, and validated PEMFC-battery hybrid systems through prototyping and MATLAB/Simulink. Performed MIL, SIL, PIL, and HIL validation using OPAL-RT and microcontrollers. Diagnosed an 8 kW hydrogen test bench, resolving 200A current spikes and unstable PWM duty cycles, and integrated a Siemens PLC S7-1200 into it.

Designed PCBA and enclosures for 4 AC EV charger prototypes from 3.4 to 22 kW. Supervised hardware, firmware, AI, and software development, including PCB design, BOM, and system integration. Led a 15-person team over 10+ projects and built 5 strategic partnerships.

Promoted technology education across the EMEA region with a focus on sustainability-driven applications. Prepared and delivered 16 hands-on project-based workshops in robotics and electronics for 19 school pupils. Collaborated with the core team on strategic planning and contributed to organizing 1 major event and 4 academic technical programs. Participated in 15+ decision-making meetings and contributed to shaping the academy's educational roadmap.

Contributed to the digital marketing strategy of a car dealership in Spearfish, South Dakota. Designed promotional materials, including theater ad posters and digital banners. Produced video intros and outros for YouTube and Facebook content. Filmed and edited staff interview videos to build brand trust. Created and managed content across YouTube, Facebook, and the official website.

Contributed to the embedded systems and control architecture of an electric scooter. Researched CAN Bus and designed a supervision system algorithm. Supported firmware development on STM32, PIC16, and Arduino.

Process engineering internship on the CT-COM2020 line assembling rotary switches for Citroën and Peugeot 2020 models. Mapped workstations, calculated work timing, qualified a new testing machine, and authored the formal validation report.

Selected as a finalist for the Thomas Jefferson Scholarship Program (IREX), a competitive U.S. government-funded exchange program. Completed coursework in business strategy, management, entrepreneurship, marketing, and microeconomics. Engaged in cross-cultural exchange through international student programs and campus events. Active member of the Rotary Club, Global Jackets Club, Campus Venture Club, BHSU Jacket Journal Club, and CRUX Club.

5-year engineering program covering Embedded Systems, Automation, Industrial IT, Control Systems, Mathematics, Physics, Computer Science, and Business Management. Held leadership positions in multiple university clubs (including AeRobotiX, IEEE INSAT Student Branch, and ACM INSAT Student Chapter) and served as class representative. Organized and participated in national and international events, including Tunisian AeroDay, RobOlympiX, and the IEEE PES Industry 4.0 Bootcamp.