Ugandan Astronomer Leads New Max Planck Unit to Boost African Astronomy | Geoffrey Andama Interview

Geoffrey Andama’s path to becoming a research leader in astrophysics is a testament to the power of international collaboration and a commitment to building scientific capacity within Africa. Currently heading the newly established Max Planck-Humboldt Research Unit at Muni University in Uganda, Andama’s journey began with childhood wonder and navigated significant challenges to reach its current point.

Andama’s fascination with the cosmos took root in rural Uganda, where expansive night skies sparked fundamental questions about the universe. “Growing up under the expansive night skies of rural Uganda, I was captivated by the sight of countless stars, twinkling like diamonds,” he recalls. “That beauty sparked endless questions: How did these heavenly bodies form? Are there other worlds out there that might host life and orbit their suns? What forces keep these objects in place?” This early curiosity laid the groundwork for a career dedicated to unraveling these mysteries.

Pursuing an academic career in Uganda presented considerable hurdles, particularly regarding limited resources. Andama proactively addressed this by forging collaborations with researchers abroad. Early initiatives like the East African Astronomical Research Network (EAARN), supported by the International Science Programme (ISP) at Uppsala University in Sweden, proved crucial. Later, programs such as ARTEMIS further solidified these connections with institutions like the Max Planck Institute for Astronomy and the Centre for Star and Planet Formation at the University of Copenhagen. These networks were instrumental in maintaining the scientific relevance of his work.

His academic journey wasn’t linear. Andama initially trained as an engineer and spent several years in the service industry before transitioning to astrophysics. This shift required bridging significant knowledge gaps and adapting to the demands of a new discipline. He also faced the isolation that can come with working in a field with limited local expertise.

The ARTEMIS program, in which he was one of 25 mentees in its inaugural round, played a pivotal role in his development. Colleagues at the Max Planck Institute for Astronomy encouraged him to apply, recognizing its potential to provide valuable experience with research methodologies employed in Heidelberg. Andama affirms their assessment: “They felt it would be a valuable opportunity to experience how research is done in Heidelberg – and they were right.”

Despite opportunities to pursue his academic career internationally, Andama remained committed to conducting research within Africa. He firmly believes in the importance of fostering scientific progress within the continent, even amidst resource constraints. “Even with these international connections, what kept me in Uganda was a deep conviction that it is possible to pursue advanced scientific research in Africa, even with limited resources and infrastructure,” he explains. “But I realized that meaningful progress must originate from the very context in which we find ourselves.”

The ARTEMIS mentoring program proved transformative, fostering not only his research capabilities but also his leadership potential. “During the ARTEMIS programme, I discovered my potential not only as a researcher but also as a leader,” Andama states. This newfound confidence empowered him to apply for and secure funding to lead the Max Planck-Humboldt Research Unit.

Established in September 2025 at Muni University, the Research Unit aims to build excellence and capacity in African astronomy. The unit will recruit postdoctoral researchers and PhD students over a five-year period, supported by an annual grant of €150,000. The goal is to create access to advanced research opportunities within Africa, rather than requiring African scientists to consistently seek opportunities abroad.

Recruitment will be a primary challenge, as the field of astrophysics remains relatively underdeveloped in Africa. The unit will need to attract talent from outside the continent to both build capacity and inspire local students. Close collaboration with the Max Planck Institute for Astronomy will be essential, providing opportunities for students to travel to Heidelberg for research and access to advanced facilities. “Access to these facilities will help them meet the demands of modern research,” Andama notes.

Expanding participation in astronomy across Africa requires increased exposure and access. Introducing the field earlier in the education system could spark interest among students who might not otherwise consider it as a viable career path. Crucially, investment in infrastructure – telescopes, research facilities, and academic networks – is needed. Equally important is the development of “human infrastructure” – mentors who can guide students, support their research, and connect them to the global scientific community.

Andama emphasizes the enriching and transformative impact of his collaboration with the Max Planck Institute for Astronomy, which exposed him to new research dimensions and the interplay between theory, observation, and computation. He credits the institute with raising his standards and pushing him to expand his limits.

Beyond the scientific advancements, Andama highlights the collaborative and rigorous culture at Max Planck, where ideas are valued regardless of their origin. He intends to cultivate a similar spirit within his research group in Africa – one that prioritizes rigorous, imaginative, and deeply collaborative research. “Because the best science is not only brilliant but also shared,” he concludes.