Bio
Joachim received his Ph.D. in microfluidics from the University of Oslo and was a postdoc at Stanford and at UCSB to learn about interfacial flows and miscible fluids. Back at UiO, he now studies how embryo models grow and develop. Joachim is also devoted to teaching and developed "kitchen flows" as an affordable and accessible learning strategy.
Utilizing light-sheet microscopy
As postdoc in the UiO:LifeScience ITOM-project, Joachim built my own light-sheet microscope to characterize how early mammalian embryo models (gastruloids) grow and develop, and how the first organs form. To fully utilize his 3D imaging tool, he also studies zebrafish with members of the Camila Esguerra Group and autophagy in Drosophila embryos in collaboration with Helene Kn?velsrud.
Collaborators
Dag K. Dysthe (Dept. Physics) leads the optical investigation. To explain the dynamics of collective cell migration, Dr. Richard Ho from Luiza Angheluta-Bauer's group conducts complementary simulations. Postdocs Sergei Ponomartcev and Nathalia Smirnova from Hybrid Technology Hub SFF provides stained gastruloid samples. Steven Ray Haakon Wilson at the Chemistry Department contributes with mass spectrometry measurements. Joachim reports to the center director at RITMO SFF Alexander Refsum Jensenius.
Funding
The ITOM project is funded by UiO:Life Science.
Other interests
Joachim is an avid climber and a hobby jazz musician.
Courses Taught
Certificate
Mentoring experience
- M.Sc. thesis: Particle transport in an airlift pump
- M.Sc. thesis: Transport through a permeable gully pot
Academic positions held
- 2022: University lecturer at the Norwegian University of Life Sciences
- 2020-2021: Postdoctoral fellow in Todd Squires' group at UC Santa Barbara
- 2018-2020: Postdoctoral fellow in Gerry Fuller's group at Stanford University
- 2013-2017: Ph.D. student in Atle Jensen's group at the University of Oslo