Valerian Sanga
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Contact information
| Name | Valerian Sanga |
| Your home | |
| Your website | |
Sharing
| Why are you GIG? | We are committed to sharing knowledge and resources with others, delivering tangible, ethical, and impactful solutions that prioritize well-being to address local challenges. Our mission is to foster strategic partnerships and collaborative projects that enhance the well-being and development of the communities we serve. We believe GIG is the right place and Platform to meet and connect with the like-minded people across the globe. |
Initiative
| Your Organisation or Initiative Name | Bongo Tech & Research Labs |
| Where is it located? | Dar es Salaam – Tanzania |
| About it | Bongo Tech & Research Labs (BTRL) is a pioneering makerspace and technology incubator in Tanzania, dedicated to fostering innovation, collaboration, and local empowerment. We specialize in research and development, open-source tools and technologies, engineering consultancy, and technical skill sharing. Our mission is to address local challenges by delivering impactful, ethical, and sustainable solutions while building a community of innovators passionate about creating a better future. |
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| Areas of Activities | Artificial Intelligence and Machine Learning, Digital Fabrication, DIY, Distributed Manufacturing, IoT, Open Hardware, Open Software, Robotics and Automation, Solar Power, STEAM Education, WASH Water Sanitation and Hygiene |
One Project Showcase
| Name one of your projects to showcase | OpenFlexure Microscope |
| About the project | OpenFlexure Microscope is an open-source, 3D-printed digital microscope designed for accessibility, affordability, and local manufacturing. Developed as part of a global initiative to promote scientific exploration and innovation, it combines precision with simplicity to meet diverse needs, from education and research to medical diagnostics.
The microscope features an innovative design that includes a motorized sample stage for automated imaging, making it ideal for detailed observations. It supports customizable hardware and software, allowing users to adapt it for specific applications, such as malaria diagnosis in resource-limited settings. By prioritizing local manufacturing and open-access principles, the OpenFlexure Microscope empowers communities to produce, maintain, and innovate on the technology, fostering sustainable scientific and medical advancement worldwide. |
