Nana Oye Djan ’19 first stepped into research by asking whether biology could help make gold mining less harmful in Ghana.
As a Mechanical Engineering student at Ashesi, she joined the University’s first iGEM team in 2017. The experience took her beyond her discipline as she and her teammates learned biology, built equipment, and explored an engineered organism that could detect and measure gold in ore.
Years later, her research is focused on another environmental question: how are inland surface waters across sub-Saharan Africa changing, and what role is climate change playing?
Now a doctoral researcher at Carnegie Mellon University, Djan uses remote-sensing data to investigate these changes and help build evidence that can inform decisions around climate adaptation and mitigation.
Read Djan's story: ashe.si/4zW5zUx
As a Mechanical Engineering student at Ashesi, she joined the University’s first iGEM team in 2017. The experience took her beyond her discipline as she and her teammates learned biology, built equipment, and explored an engineered organism that could detect and measure gold in ore.
Years later, her research is focused on another environmental question: how are inland surface waters across sub-Saharan Africa changing, and what role is climate change playing?
Now a doctoral researcher at Carnegie Mellon University, Djan uses remote-sensing data to investigate these changes and help build evidence that can inform decisions around climate adaptation and mitigation.
Read Djan's story: ashe.si/4zW5zUx