Impact of an Undergraduate Research Fellowship

PattisapuThe Undergraduate Research Fellowship (URF), sponsored by the Office of the Vice President for Research, has long been a valuable tool for undergraduate students in all disciplines across campus for developing original research ideas and projects. Here’s an exciting story of one undergraduate who used URF funds to create research and, in the process, helped shape a new generation of future researchers.

Video 1: Getting Involved
Video 2: Profile of a Project
Video 3: The College Experience and Beyond

Bashyam SanjayElectrical Engineering junior Sanjai Bashyam received a URF in Spring 2014 for his project: making 3D printing available to everyone on the UT campus by creating a vending machine – The Innovation Station. The vending machine opened in September 2014 and has received about 1,000 submissions since then. Under the guidance of Carolyn Seepersad, associate professor of mechanical engineering at the Cockrell School, he worked to design and build an automatic part removal system. 3D printing requires a spatula to scrape off the finished product but this is not feasible in a vending machine. Bashyam’s research focused on the three elements required: the build plate, rapid cooling and the scraper. His video of the process earned him a place as one of six finalists in the first Texas Student Research Showdown. In the final round, he gave a six-minute presentation to judges and his research took first place and a $1,500 scholarship.

His advice to fellow students – “I would advise the student not to be too concerned with finding a research opportunity that fits their exact interests. The beginning of college is when you should explore multiple research opportunities and find what truly appeals to you. It may not be the first position but you will still gain valuable experience. Most importantly, talk to every professor you can and ask what you can do to get involved in their research.”

Simone LumsdenChemistry major Simone Lumsden received a URF in the spring semester of 2013 for her project, using crown complexes of alkali metal ions as counterions to modulate the coordination chemistry of first row transition metals with chalcogenide cyanates (SCN, SeCN, TeCN). Her goal was to determine if it was possible to manipulate cheaper first row metals into replicating properties of precious, expensive metals so that they could be used as cheaper substitutes to act as catalytic centers for electron transfer. For Lumsden, the project “would be the key point in allowing me to pursue undergraduate research in a true research environment.”

The result of her project was the publication of a paper on which Lumsden is credited as first author, an outstanding achievement for an undergraduate student (read the paper). Prof. Michael Rose, Lumsden’s project supervisor, writes to the Office of the Vice President for Research, “Thank you for your support of Undergraduate Research! This is a fantastic program, and I think made a huge difference for Simone’s contribution to my research group.”

Roberto Ulises Cofresi and Regina MangieriAfter assisting Dr. Regina Mangieri with a postdoctoral project in the laboratory of Dr. Rueben Gonzales (published here), Biochemistry major Roberto Cofresi (pictured left, with Dr. Mangieri) was motivated to follow up on a promising pilot experiment, and the URF allowed him to do so by paying for his research subjects. From proposing the experiment to preparing the manuscript for publication (here), the experience of having an independent, personal project as an undergraduate, he tells us, helped him decide in favor of further scientific training, which he has chosen to undertake here at UT Austin as a graduate student in the Institute for Neuroscience.

Tori BasileBiochemistry major Tori Basile’s URF research has led to publications in the journal ACS Applied Materials & Interfaces:Steric Spacing of Molecular Linkers on Passivated Si(111) Photoelectrodes and in the journal Langmuir, in which Basile earned a spot as shared first-author on the paper: Electron Transfer through Surface-Grown, Ferrocene-Capped Oligophenylene Molecular Wires (5−50 Å) on n‑Si(111) Photoelectrodes Basile’s URF project supervisor, Prof. Michael Rose, wrote to the Office of the Vice President for Research describing how, after a postdoctoral fellow in the lab departed unexpectedly, Tori was able to finish the project, independently completing the synthesis, device fabrication and data collection.  Tori starts graduate school in Chemistry at UCLA in Fall 2015. Congratulations to Tori and also to Prof. Michael Rose, who has received a 2015 College of Natural Sciences Teaching Excellence Award!