Collaborators

Tottori University

National university in Tottori, Japan

Involved in advanced materials characterization and analysis techniques.

Their expertise in material science and engineering contributes to evaluating the structural and mechanical properties of the functional tailor-made microparticles developed in our lab.
This collaboration explores the effects of different manufacturing processes on the final material properties, helping to fine-tune the fabrication techniques for optimal performance.

https://www.tottori-u.ac.jp/en/

Botswana International University of Science & Technology

Palapye, Botswana

Our research to include sustainable and eco-friendly practices.

They focus on investigating the environmental impact of our additive manufacturing processes and identifying ways to minimize waste generation.
Additionally, their input aids in developing new applications for our functional particles in industries that align with sustainable development goals, such as renewable energy or waste management.

https://www.biust.ac.bw/

Kasetsart University

Bangkok, Thailand

Collaboration with Kasetsart University provides insights into agricultural and biological applications

Their expertise is leveraged to explore how your functional particles enhance soil fertility, promote plant growth, or even be used in controlled drug delivery systems.
This interdisciplinary collaboration opens up new avenues for innovation at the intersection of additive manufacturing and agriculture or biomedicine.

https://www.ku.ac.th/th

University of Nairobi

Nairobi, Kenya

Research projects focusing on medical Prosthetics and applications.

We do Co-Supervision of post-graduate students.
Collaborative efforts also leads to the creation of new medical devices using our 3D printing expertise.

https://www.uonbi.ac.ke/

Kenya Civil Aviation Authority: KCAA

Nairobi, Kenya

Projects related to aerospace applications

Their involvement includes materials development and testing for applications in fragible structures.
Additionally, their insights are crucial for ensuring that the materials meet safety and regulatory standards within the aviation industry.
In future the feasibility of using ultrahigh-temperature heat-resistant materials in aircraft components, will be explored leading to advancements in aviation materials technology.

https://kcaa.or.ke/

Technical University of Kenya: TUK

Nairobi, Kenya

Research into the practical applications of materials and processes within the local industrial context

This partnership might explore how developments can be integrated into manufacturing processes,
contributing to the growth of Kenya's industrial sector and fostering technological innovation.

https://tukenya.ac.ke/

Northumbria University

Newcastle upon Tyne NE7 7YT, United Kingdom

Computational simulations to optimize our additive manufacturing techniques

Northumbria University is known for its expertise in engineering and innovation, that focus on advanced modeling and simulation of materials and processes.
Their contributions include computational simulations to optimize our additive manufacturing techniques, ensuring efficiency and cost-effectiveness while maintaining high-quality results.

https://www.northumbria.ac.uk/

Kenya Bureau Of Standards : (KEBS)

Nairobi, Kenya

Safety standards

Partnering with KEBS involve ensuring that our materials and products meet the necessary quality and safety standards for both domestic and international markets.
This collaboration facilitates testing and certification processes to guarantee that our innovations adhere to regulatory requirements, enhancing their adoption and commercialization.

https://kebs.org/

Kenya Electricity Generating Company PLC (KenGen)

Nairobi, Kenya

Projects related to energy and component failure analysis.

Ultrahigh-temperature heat-resistant materials find applications in the power generation industry, such as in turbine components and steam pipes.
Collaborative efforts focus on component failure analysis, enhancing the efficiency and durability of such components to improve energy production.

https://careers.kengen.co.ke/