A Pacific Northwest native, Timothy Welsh grew up fascinated by the natural world. Over the years, his career goals transitioned from geology to forestry, until he discovered chemistry.
鈥淲hat made me finally decide on chemistry as the path for me is an appreciation for the remarkable microscopic and biochemical functions that are crucial to every aspect of interactions between the biotic and abiotic environment.鈥�
A triple-major in chemistry, biochemistry, and applied and computational mathematical sciences, and Honors student, Welsh’s research endeavors seek to better understand some of the biochemical mechanisms underlying these processes. 鈥淓lucidating these mechanisms will not only deepen our understanding of nature, but I believe will help provide solutions to some of the biggest problems facing the human race,鈥� he says. Welsh鈥檚 drive to discover led to his selection as a Churchill Scholar.
鈥斅燱elsh is one of only 15 in the country 鈥� are selected for their proven talent in research and ability to make significant contributions in the sciences, engineering or mathematics. Welsh was selected from 101 applicants for this scholarship, which covers full tuition for one year of master’s study at Churchill College in the University of Cambridge; a stipend; travel costs; and a chance to apply for a $2,000 special research grant.
“Receiving the Churchill is truly a great honor. I am ecstatic to have the opportunity to pursue research at Cambridge, and I believe that the academic environment at Cambridge will teach me what it means to be a global research collaborator and will set me up to be successful for the rest of my academic career.”
鈥擳imothy Welsh
Welsh first worked in a lab as a high school student during a summer internship at the Oregon Health & Sciences University, and has been researching ever since, working in labs from the 糖心少女to Switzerland. In 2017, Welsh published a first-author paper, sharing the results of his summertime work in Dr. Walter Loveland鈥檚 nuclear chemistry lab at Oregon State University. Currently a member of Professor Stefan Stoll鈥檚 lab, Welsh鈥檚 research now focuses on developing techniques to determine the structure and changing shapes of proteins.
鈥淭he Churchill scholarship,鈥� says Ed Taylor, vice provost and dean of Undergraduate Academic Affairs, 鈥渋s a prestigious opportunity for Timothy to continue working toward understanding our world in critical ways. It reflects his ambition and capabilities and also reflects well on the mentorship he鈥檚 experienced as an undergraduate researcher. The UW鈥檚 research community and campus-at-large are proud of Timothy and encourage him as he continues to live out UW鈥檚 mission at Cambridge.鈥�
As a Churchill scholar, Welsh will complete a master鈥檚 degree in chemistry at Cambridge. There, Welsh will join the lab of Professor Tuomas Knowles 鈥� a leader in the field of microfluidic techniques within biophysics 鈥� to study properties of ribonucleoprotein (RNP) granule formation and propagation. Building on his past research experiences, Welsh plans to use microfluidic techniques to better understand how granules function within the cell, both when healthy and when mutated. The long-term goal of this research is to better understand how these mutations are related to neurodegenerative diseases, such as ALS and Huntington鈥檚.
After earning his master鈥檚 at Cambridge, he plans to return to the U.S. to pursue a Ph.D. with an emphasis in chemical biology. He hopes to one day educate the public about the importance of the microscopic biochemical world and act as a liaison between scientists and policy makers.
The Churchill Scholarship application process is supported by the聽聽(OMSFA), a UAA program. OMSFA works with faculty, staff and students to identify and support promising students in developing the skills and personal insights necessary to become strong candidates for this and other prestigious awards.
罢丑别听聽(and other scholarships supporting studies in the UK) is open for 2019-20 awards.
