Instrumental Access 2020

University of Namibia

Department of Biological Sciences

Modernizing microbiology research in Namibia

  • Students extracting some phytochemicals which they will test for antibiotic activity

    UNAM students extract phytochemicals, which they will test for antibiotic activity

  • Students grinding plant material with motor and pestle

    Students in the lab at UNAM grind plant material with motor and pestle

  • UNam Faculty of Science

    The Faculty of Science on the UNAM campus

Meet our Awardee

The University of Namibia (UNAM) was established in 1992, shortly after Namibia achieved full independence from South Africa. It is Namibia’s oldest and largest research university.

Situated in one of the driest countries on the planet, UNAM scientists are positioned to address challenges related to the harsh environment around them, including crop production and animal husbandry. One of the most distinctive aspects of the Faculty of Science at UNAM is its proximity to a multitude of unique environments, including the Central Namib Desert, the Dead Sea, the Etosha salt pans, and the Atlantic Ocean. 

The Department of Biological Sciences is one of seven departments in the Faculty of Science and trains both undergraduate and postgraduate students to play crucial roles in research and innovation relative to national development, especially in the areas of education, health, agriculture, environmental management, natural resources, and industrialization.

UNAM has two additional Instrumental Access awardees: the Department of Chemistry and Biochemistry and the School of Pharmacy

Research Areas

Scientists at UNAM are studying animal health, livestock production, antimicrobial and drug resistance, cancer, climate change, crop plant pathogens and pests, diarrheal diseases, drug discovery and development, food safety, malaria, nutrition, water quality, and zoonotic diseases
I desire to see better-trained graduates emerging out of the University of Namibia. I desire to see teaching and technical staff motivated to do their work without the limitation imposed on them by lack of access to equipment. It is my hope that with instruments from Seeding Labs, our graduates would be adequately skilled and confident."
—Timothy Sibanda, PhD, Senior Lecturer in Microbiology, UNAM

Combing the Desert to Cure Disease: Timothy Sibanda, PhD

Antimicrobial resistance is a worldwide problem. Bacteria and fungi have evolved to evade our most effective medicines, becoming more and more deadly. Despite widespread research to develop new medicines that are more effective, the WHO has suggested that the products in development provide little benefit over current treatments.

Dr Timothy Sibanda

Dr. Timothy Sibanda outside a microbiology lab at UNAM

Timothy Sibanda, PhD, an environmental microbiologist and senior lecturer of microbiology at UNAM, believes some new answers may lie in extremophiles—organisms that have evolved not only to survive, but to thrive in harsh desert conditions, like those in Namibia.

As extremophiles process what little nutrition they can find and protect themselves from the environment, they may use different cellular machinery than has been seen in other organisms. Some of this machinery may also help humans fight off the dangers of disease.

"Such organisms have become valuable biotechnological resources," says Dr. Sibanda. He plans to collect samples from the Central Namib Desert's plants and sand dunes, which he explains are under-explored, primarily due to a lack of resources for scientific analysis in the area.

Once he isolates his samples, he’ll screen them to assess their ability to fight dangerous microbes that infect humans and are resistant to existing treatments.

"The project presents so much hope that some novel antibiotic producing microorganisms might be found," he says. "The project has a massive potential to impact public health, what with the discovery of alternative sources of antibiotics to nip the menace posed by antibiotic resistant pathogens in the bud!"

But without the proper equipment, this research cannot be seen through to completion. Crowded and overworked equipment means many experiments fall behind. The lack of highly-sophisticated instruments limits the kinds of experiments that UNAM can perform.

"Being the flagship university in the country, society looks at us as the knowledge hub of the country," says Dr. Sibanda. "With this equipment donation, I see our students getting the practical scientific exposure and research skills, which will, hopefully, give them endless possibilities going into the future."

Share this Page

University of Namibia
Access to more equipment for staff and students will usher in an era of high-quality hands-on training and research."
—John Kazgeba Mfune, PhD, Head of the Department of Biological Sciences, UNAM

About the Department

Location: Windhoek, Namibia
Year Established: 1992
Students Impacted Annually: 300 undergraduate, 30 graduate

Why Instrumental Access?

Years of economic recession have left the university challenged to replace or upgrade its existing lab equipment, which is insufficient for student needs. The Department will use equipment from Seeding Labs to support microbiology research and hands-on education.

Shipment Status

Arrived on campus in Namibia in March 2021
Equipment arriving at UNam
Support this Shipment

About Instrumental Access

Instrumental Access empowers scientists in developing countries. It gives them the resources they need to pursue life-changing research and teach the next generation.

To begin, we identify a pipeline of scientific talent. Then we rigorously screen universities and select those with the most potential to advance education and research through Instrumental Access.