RUKUNDO Jean Claude

Rukundo Jean Claude received his Advanced Diploma degree in 2013 from IPRC Kigali. In 2019, he received a Bachelor's degree in Electronics and Telecommunications Engineering from the Institut Superieur de Technologie and in 2022, he received a Master's degree in Internet of Things-Wireless Sensor Networking from the University of Rwanda's African Center of Excellence in internet of Things.

He has more than 8 years of experience in the field of embedded systems, Electronics and Telecommunications Engineering. He has served in various positions, including Instructor for Electronics and Embedded Systems at IPRC NGOMA, Business Incubation Officer at IPRC NGOMA, and Instructor in Electronics and Mechatronics at IPRC Kigali, Visiting Assistant Lecturer at Unilak and INES RUHENGERI, conducting modules related to Embedded systems and Internet of Things.

He has also participated in various entrepreneurship programs, including AGEA (African-Germany Entrepreneurship Academy) which aims to promote entrepreneurship education, promotion and start-ups and businesses development in Africa.

Claude is among of shares holders in Hillelectronics LTD, a startup company specializing in the production of affordable, locally-sourced training kits for digital electronics, embedded systems, and IoT. These kits are specifically designed for use in laboratory workshops at universities and secondary schools. The company provides digital fabrication training to young tech enthusiasts . He is currently serving as FabLab/Maker-Space Senior Engineer at Rwanda Information Society Authority (RISA) in the HangaHub project, which helps tech-enabled entrepreneurs and start-ups to start and grow their businesses and succeed in the market. His research interests include the Internet of Things, big data and Machine learning applications.

List of Modules covered in Fab Academy Program

Module	Explanation
Principles and Practices	An introduction to digital fabrication principles, workflows, and the Fab Lab network.
Project Management	Learn to plan and manage projects, including documentation, version control, and collaboration.
Computer-Aided Design (CAD)	Introduction to 2D and 3D design using CAD software for creating digital models.
Computer-Controlled Cutting	Explore techniques for laser cutting and vinyl cutting to create physical prototypes.
Electronics Production	Learn methods for producing custom electronic circuits using various fabrication techniques.
3D Scanning and Printing	Introduction to 3D scanning and 3D printing technologies for rapid prototyping.
Electronics Design	Learn electronics design principles and create custom circuit boards using EDA tools.
Computer-Controlled Machining	Explore CNC machining processes, including milling and other subtractive manufacturing methods.
Embedded Programming	Introduction to programming microcontrollers and working with sensors and actuators.
Mechanical Design and Machine Building	Learn about mechanical design and fabrication techniques for building machines and mechanisms.
Input Devices and Sensors	Explore various sensors and input devices to interact with digital and physical environments.
Interface and Application Programming	Learn about user interfaces and develop applications to control and interact with devices.
Embedded Networking and Communication	Understand network protocols and communication methods for embedded systems.
Output Devices and Actuators	Explore output devices and actuators to create responsive and interactive projects.
Machine Design	Learn advanced design techniques for building custom machines and mechanisms.
Wildcard Week	A week to explore specialized topics or interests within digital fabrication.
Invention, Intellectual Property, and Business Models	Understand intellectual property, business models, and strategies for turning ideas into reality.
Project Development	Work on a final project that demonstrates your skills and knowledge acquired throughout the program.

My fab academy Diploma

Download it here

Alumni list

Fab academy Alumini list

Past Projects

During my masters studies , i worked on project called biogas monitoring system for preventive maintenance.

The main objective was to Develop biogas monitoring system to provide information on the biodigester status in order to provide support before malfunctioning of digester.