Administration
Prof Eng Jean Bosco
Team Lead
Prof. Jean Bosco Byiringiro is a University Professor, Co-Founder Director, African Virtual Mechatronics Services Ltd (ViM Lab) and Siemens Mechatronics Certification Centre at Dedan Kimathi University of Technology (DeKUT), Kenya. He is also Co-Founder Expert, Alliance for Industry 4.0 and Smart Manufacturing in Africa (AISMA) under United Nations Industrial Development Organization (UNIDO) initiative and Representative of African Organization for Standardization (ARSO) in Africa Steering Committee of Industrie 4.0 and lead the discussion under the 4th Industrial revolution (4IR) strategies. Prof. Byiringiro is a Registered Professional Engineers by Engineers Board of Kenya (EBK) and Mechatronics Systems Professional by Siemens AG. Germany. He is currently a visiting professor at University Bourgogne Franché Comté (UBFC), National Polytechnic Institute of Toulouse (INPT), University of Technology Tarbes Occitanie Pyrénées (UTOPP)-France
John Mbugi
Admin Assistant
John handles student matters including the enrollment of the Siemens Mechatronics Systems and Certification Programs(SMSCP) and other related administrative duties. John is passionate in adding value to people and organizations while not afraid of taking on new challenges and believes in making every opportunity a learning opportunity.
Software Developers
Cheldean Mutheu
Software Developer
Project: An innovative ERP system
This project leverages cutting-edge software engineering practices to streamline business processes, combining efficiency with ease of use for real-time data tracking and automation. By integrating advanced web technologies, we aim to create a scalable, user-friendly platform for companies looking to optimize their resource planning. This ERP solution is designed for flexibility, making it adaptable for various industries and enhancing business intelligence.
June Jebiwott
Software Developer
Project:Virtual Mechatronics Website
It involves creating and designing an informational website for the Virtual Reality Mechatronics Lab, serving as a central hub to showcase the lab's innovative projects and products. The website features detailed information about the lab's mission and research activities, along with an integrated e-commerce section that allows users to browse and purchase mechatronic devices and tools developed in the lab. A standout feature is the interactive 3D models of the products, enabling potential buyers to explore items in detail before making a purchase, thereby enhancing the overall shopping experience. This website aims to promote the lab's work, facilitate product sales, and provide an engaging user experience through cutting-edge technology.
.jpeg)
Brian Kitonyi
Front-end Developer
Project:Eureka Geothermal Energy
This project entails working on geothermal energy using VAR to display results from potential geothermal sites. As a front-end developer, I visualize predictions analyzed by machine learning algorithms to support data-driven decisions for sustainable energy solutions.
Chris Mugwimi
Software Developer
Project: Siemens Website
It involves creating and designing an informational website for the Virtual Reality Mechatronics Lab, serving as a central hub to showcase the lab's innovative projects and products. The website features detailed information about the lab's mission and research activities, along with an integrated e-commerce section that allows users to browse and purchase mechatronic devices and tools developed in the lab. A standout feature is the interactive 3D models of the products, enabling potential buyers to explore items in detail before making a purchase, thereby enhancing the overall shopping experience. This website aims to promote the lab's work, facilitate product sales, and provide an engaging user experience through cutting-edge technology.
Kimali Kinuthia
Software Developer
Project:Eureka Geothermal Energy
This project entails working on geothermal energy using VAR to display results from potential geothermal sites. As a front-end developer, I visualize predictions analyzed by machine learning algorithms to support data-driven decisions for sustainable energy solutions.
Victor Mutunga
Software Developer
Project:Virtual Mechatronics Website
It involves creating and designing an informational website for the Virtual Reality Mechatronics Lab, serving as a central hub to showcase the lab's innovative projects and products. The website features detailed information about the lab's mission and research activities, along with an integrated e-commerce section that allows users to browse and purchase mechatronic devices and tools developed in the lab. A standout feature is the interactive 3D models of the products, enabling potential buyers to explore items in detail before making a purchase, thereby enhancing the overall shopping experience. This website aims to promote the lab's work, facilitate product sales, and provide an engaging user experience through cutting-edge technology.
Kimani Nyutu
Software Developer
Project: An innovative ERP system
This project leverages cutting-edge software engineering practices to streamline business processes, combining efficiency with ease of use for real-time data tracking and automation. By integrating advanced web technologies, we aim to create a scalable, user-friendly platform for companies looking to optimize their resource planning. This ERP solution is designed for flexibility, making it adaptable for various industries and enhancing business intelligence.
Gesbert Mallory
Software Developer
Project:Eureka Geothermal Energy
This project entails working on geothermal energy using VAR to display results from potential geothermal sites. As a front-end developer, I visualize predictions analyzed by machine learning algorithms to support data-driven decisions for sustainable energy solutions.
Ray Odira
Software Developer
Project:Virtual Mechatronics Website
It involves creating and designing an informational website for the Virtual Reality Mechatronics Lab, serving as a central hub to showcase the lab's innovative projects and products. The website features detailed information about the lab's mission and research activities, along with an integrated e-commerce section that allows users to browse and purchase mechatronic devices and tools developed in the lab. A standout feature is the interactive 3D models of the products, enabling potential buyers to explore items in detail before making a purchase, thereby enhancing the overall shopping experience. This website aims to promote the lab's work, facilitate product sales, and provide an engaging user experience through cutting-edge technology.
Ali Zaiter
Software Developer
Project:Eureka Geothermal Energy
This project entails working on geothermal energy using VAR to display results from potential geothermal sites. As a front-end developer, I visualize predictions analyzed by machine learning algorithms to support data-driven decisions for sustainable energy solutions.
Lavaux Esteban
Software Developer
Project:Virtual Mechatronics Website
It involves creating and designing an informational website for the Virtual Reality Mechatronics Lab, serving as a central hub to showcase the lab's innovative projects and products. The website features detailed information about the lab's mission and research activities, along with an integrated e-commerce section that allows users to browse and purchase mechatronic devices and tools developed in the lab. A standout feature is the interactive 3D models of the products, enabling potential buyers to explore items in detail before making a purchase, thereby enhancing the overall shopping experience. This website aims to promote the lab's work, facilitate product sales, and provide an engaging user experience through cutting-edge technology.
Virtual Mechatronics
Tamahjoy Kinyanjui
CAD/VR Designer
Project:3D Reconstruction
This project, in partnership with the AiPEX lab at CMU, is focused on developing a more accessible solution for underserved African communities, especially children who require frequent prosthetic replacements due to growth. By utilizing advanced AI technology, we aim to create customized prosthetic devices at a lower cost, ensuring that these individuals have the opportunity to lead more fulfilling lives
Titus Kiplagat
CAD Modelling
Project:A VR Tuktuk Assembly
The project involves the creation of a virtual reality factory that simulates the assembly process of a tuktuk. The goal of the project is to provide an immersive experience where users can explore and understand the different stages of vehicle assembly within a virtual factory environment. My role focuses on designing the 3D assets used in Unity, ensuring that all components of the virtual environment are detailed and realistic.
Jeremiah Kiarie
CAD Modelling
Project:3D Reconstruction
This project involves the creation of prosthetic sockets through 3d reconstruction from videos of the amputees stump. It involves the use of emerging technologies such as photogrammetry and AI models to turn the videos into 3d models that can then be 3d printed with appropriate materials to create the prosthetic sockets. This project, in partnership with the AiPEX lab at CMU(Carnegie Mellon University), is focused on developing a more accessible solution for underserved African communities, especially children who require frequent prosthetic replacements due to growth.
Kevin Marimbet
CAD Modelling
Project:3D Reconstruction
This project in partnership with the AiPEX lab at CMU, Pittsburg, is focused on developing a more accessible solution for underserved African communities, especially children who require frequent prosthetic replacements due to growth. By utilizing advanced AI technology, we aim to create customized prosthetic devices at a lower cost, ensuring that these individuals have the opportunity to lead more fulfilling lives
Charles Murage
Unity Developer
Project:A VR car Assembly Factory
The project involves the creation of a virtual reality factory that simulates the assembly process of a car. The goal of the project is to provide an immersive experience where users can explore and understand the different stages of vehicle assembly within a virtual factory environment. I'm the unity developer working on the finished optimized virtual Assembly plant that can be deployed.
Virtual Reality
Elsie Makara
Software Developer
Project:Eureka Geothermal Energy
I am working on the Eureka project and our goal is to Leverage Augmented Reality for Geothermal Resources Exploration in Africa. I am currently researching on how to integrate our Augmented Reality headset with a platform we have created for logging geothermal data.
Victor Kanumbi
CAD Modelling
Project:Optimizing the VR Multilab
This is to increase the frame rate of the Multilab projects which are: Compressed Air Energy Process Control System, Hybrid Solar Drier Project, Virtual Machine Control Lab, Virtual Machine Control Lab 2, Digital Twin Open Source Virtual Lab, Analytic Cyber-Physical System and U Factory Xarm Robot project.
Maxwell Magoi
XR Developer
Project:Sifa Cyber Physical Station
Development of a virtual cyber-physical assembly system. By combining immersive virtual reality with advanced simulations of mechatronic systems, we overcome the physical limitations of traditional labs, providing accessible, hands-on learning experiences for students and professionals alike.
Edwin Ngari
VR Developer
Project: Digital Twin in a VR Environment
Developing a digital twin of a machine within a virtual reality environment. By replicating the physical machine's behavior and functionality in VR, it enables both students and professionals to interact with and understand complex systems in a hands-on, immersive setting. This digital twin serves as an innovative tool for training, education, and skill development.
Newton Kariuki
Robotics and Robots OS 2 Developer
Project: UFactory XArm7 digital twin
This project focuses on the development of a digital twinning solution for the uFactory xArm7 robotic arm, using ROS 2 and Unity for virtual control and real-time synchronization. The primary goal is to enable seamless bidirectional communication between the real robotic arm and its virtual counterpart in Unity. This allows any movement or action performed by the physical robot to be reflected in the virtual model and vice versa. Key functionalities include control via both joint space and Cartesian space commands, enabling precise manipulation and coordination between the real and virtual environments. The project aims to leverage the digital twin for applications in simulation, remote control, and advanced robotic interaction scenarios, contributing to advancements in robotics, automation, and system testing
Blair Carson
VR Developer
Project: UFactory XArm7 digital twin
This project focuses on the development of a digital twinning solution for the uFactory xArm7 robotic arm, using ROS 2 and Unity for virtual control and real-time synchronization. The primary goal is to enable seamless bidirectional communication between the real robotic arm and its virtual counterpart in Unity. This allows any movement or action performed by the physical robot to be reflected in the virtual model and vice versa. Key functionalities include control via both joint space and Cartesian space commands, enabling precise manipulation and coordination between the real and virtual environments. The project aims to leverage the digital twin for applications in simulation, remote control, and advanced robotic interaction scenarios, contributing to advancements in robotics, automation, and system testing
Partners
