Making science matter in everyday walks of life
As the first wave of millions of Ukrainians arrived by train in Poland, fleeing the Russian invasion in February 2022, Kasia Wiech was on a crowded Warsaw train-station platform helping get refugees daily supplies and housing.
“All of Poland was involved in some way in the response, which was beautiful,” says Wiech, who was juggling volunteer service with her work as a Fulbright student researching neural networks at the University of Warsaw.
Working alongside evacuated U.S. Fulbright scholars from Ukraine, she raised more than $2,000 for basic and medical supplies.
The daughter of Polish immigrants, Wiech grew up in south Florida and feels driven to tie science to society – whether through providing soap, baby shampoo, and other basic supplies to refugees or through her planned career in science policy or diplomacy.
As a child, disaster piqued Wiech’s interest in science.
“When Hurricane Wilma hit in 2005, and we didn’t have power for two weeks, my dad and I would lay on our roof and watch the stars. That got me interested in physics,” she says. “And my sister loved to play school when we were kids. She was seven years older, and I remember her using science books as part of her lesson plans.”
She went on to earn a physics degree at the University of Florida, but continued to be motivated by a desire to link people with science.
“My research experience has given me a deep understanding of what the research enterprise looks like, how to think like a scientist and interact with scientists,” says Wiech, who worked in Melissa Skala’s biomedical imaging lab at the Morgridge Institute for Research before graduating with a master’s degree in biomedical engineering this month (August 2024).
“As much as I love research, for me, the human part of everything in science has been really important. Where I shine and where I’m happiest, is in the middle,” she says.
“I think scientists need to make more efforts to show up in public spaces regularly, not just when there’s a crisis. That really brings a culture that recognizes the value that science brings into our lives.”
Kasia Wiech
Working as a National Science Foundation graduate research fellow, Wiech researched autoimmune disorders, especially lupus.
She used patient samples to isolate T-cells and examine them with high-tech microscopes to view metabolic and chemical reactions. Her work was aimed at determining differences between people with inactive forms of lupus and those with more severe symptoms.
While doing that research, Wiech won a grant from SPIE, the international society of optics and photonics, to create an escape room-themed science outreach program for high school students at the Morgridge Summer Science Camps.
The room includes four sets of puzzles that students solve in areas including wavelength and energy, optics and laser alignment, microscopy and slide analysis, and coding and data analysis.
“That kind of thing really drives me and is really fun. And it inspires the next generation of scientists,” she says. “I think scientists need to make more efforts to show up in public spaces regularly, not just when there’s a crisis. That really brings a culture that recognizes the value that science brings into our lives.”
Wiech also earned a graduate certificate in life science communication. “Whether it’s through diplomacy, policy outreach, communication, or advocacy, I want to help make sure that people feel like science is about them and for them,” she says.
Wiech’s Morgridge experience was crucial to her academic path and her future career.
“Working at Morgridge has been a fantastic experience,” she says. “It really gives students the opportunity to explore their full selves and all of their interests by providing mentorship and funding. That’s something that’s unique and really beautiful.”
Rising Sparks: Early Career Stars
Rising Sparks is a monthly profile series exploring the personal inspirations and professional goals of early-career scientists at the Morgridge Institute.
Rising Sparks: Sabina Farhadova, Biomedical Imaging
Working with investigators Melissa Skala and Darcie Moore, Farhadova will use cutting-edge imaging technologies to answer fundamental questions about neurogenesis – the process by which new neurons are generated in the brain – and stem cell biology.
Rising Sparks: Kayla Huemer, biomedical engineering alum
Morgridge alum Kayla Heumer helps accelerate healthcare access for underserved communities in Africa, powered by technology and the 'spirit of frugal innovation.’
Rising Sparks: Jose Ayuso, biomedical imaging alum
Morgridge alum Jose Ayuso is an assistant professor in UW–Madison’s Department of Dermatology, where his lab uses advanced biomedical engineering technologies to tap the promise of precision medicine.
Rising Sparks: Danielle Lohman, metabolism alum
Morgridge alum lands at the U.S. Department of State, shaping the intersection of science policy and foreign affairs.
Rising Sparks: Nick Arp, metabolism
Nick Arp is building a toolbox of knowledge in the research lab and in the medical clinic, searching for answers to scientific questions that can improve patient care.
Rising Sparks: Raison Dsouza, structural biology
Raison Dsouza is developing new computational methods to analyze cryo-electron microscopy images, trying to find specific particles in “noisy,” corrupted data.
Rising Sparks: Lexi Menendez, regenerative biology
Lexi Menendez credits Morgridge and the PREP program for jump-starting her research career and graduate school future.
Rising Sparks: Kasia Wiech, biomedical imaging
Kasia Wiech, a graduate student in biomedical engineering, is on a mission to bring science out of the lab and into public spaces to highlight the impact of science in our everyday lives.
Rising Sparks: Roma Broadberry, biomedical imaging
Roma Broadberry, a biophysics graduate researcher in the Tim Grant Lab, is helping to illuminate the intricacy of viral replication using cryo-EM.
Rising Sparks: Andrés Tibabuzo, regenerative biology
From 'Jurassic Park' to snake venom to parasitic flatworms, Andrés Tibabuzo is motivated by the science that fascinates him.
Rising Sparks: Marcela Tabima, regenerative biology
Marcela Tabima has focused her fascination with human biology on two major research efforts in the Discovery Building — engineering synthetic arteries for surgery and finding new ways to treat inherited retinal diseases.
Rising Sparks: Katherine Overmyer, metabolism
Katie Overmyer collaborates with metabolism researchers to push the boundaries of mass spectrometry technology and uncover answers to important biological questions.
Rising Sparks: Joe Li, biomedical imaging
"You can always learn more": An unquenchable thirst for discovery guides Joe Li’s pursuit of cutting-edge light-sheet microscopy.
Rising Sparks: Odette Herrand, regenerative biology
Odette Herrand is drawn to the inherent creativity involved in answering complex scientific questions, which they use to study fertility in the fruit fly.
Rising Sparks: Peter Ducos, structural biology
Peter Ducos leans on his military training to solve complex problems and collaborate with other scientists by exploring molecular structures in exquisite detail.
Rising Sparks: Kim Huggler, metabolism
Kim Huggler believes science is fundamentally about creativity, and leverages an innovative cell culture media to reveal biological processes that conventional techniques cannot.
Rising Sparks: Ed Evans, biomedical imaging
Ed Evans sees every challenge as an opportunity to grow, and uses his passion for problem-solving to develop new imaging tools that will help other scientists.
