Work closely with professors to pursue your interests, take to the chemistry lab to make real discoveries and even co-author publications as an undergraduate student.
Summer 2015 found 31 undergraduate students working alongside 11 faculty members. Students spent ten weeks participating in a wide variety of projects including watching membrane proteins in real time, investigating the binding interaction of insulin with G-Quadruplex DNA, cell signaling and endocytosis in kidney cancer, to exploration into rotationally restricted n-alkyl quinolines and numerous other projects.
At the completion of their project, each student submitted a report and presented a poster at the Science Division Poster session in October during Family Weekend. Projects are funded by a variety of grants and fellowships, as well as Calvin funds.
Take a closer look at this summer's research projects »
Summer Research at Calvin
2016 Summer Research Projects will be posted in February, 2016.
Before applying, you are required to contact the sponsoring faculty member(s) to discuss the projects that interest you. You may apply for up to three projects.
Deadline to apply for a 2016 summer research fellowship to be announced in early January.
Several of our summer research projects result in students becoming co-authors of publications »
High school students join our undergraduate summer research program through an ACS Project SEED grant »
Take a more in-depth look at our faculty research projects »
2015 Summer Research Projects
Prof. Carolyn Anderson and Andrea Bootsma: Exploration into Rotationally Restricted N-Alkyl Quinolines
Prof. Carolyn Anderson and Evan Romero: Asymmetric Gold-catalyzed Rearrangement of N-Propargyloxypyridines
Prof. Carolyn Anderson, Connor Reidy, and Noah Prefontaine:Microwave Assisted Gold-catalyzed Rearrangement of N-Propargyloxypyridines
Prof. Carolyn Anderson, Brian Heidmann, and Karine Rose:Synthesis of β- and γ-Amino Acids Containing N-Alkyl Pyridones
Prof. Eric Arnoys, Adam Doorn, and Jeremy Wodarek: Watching Membrane Proteins in Real Time
Prof. Rachael Baker, Allie Bogner, and Cambrynne Reitberg:The Role of Ubiquitination in Ras-Driven Signaling
Prof. Michael Barbachyn, Alex Boomsma, Robert Hohlman, Sherrice Zhang: The Iodocyclocarbamation Reaction of N-Allyl-, N-Dienylmethyl-, and N-Allenylmethyl-N-arylcarbamates: Scope and Limitations
Prof. David Benson and Susan Hromada : Antioxidant Nature of Tyrosine-Cysteine Crosslinks in BF4112
Prof. Roger DeKock, Jared Weidman, and Lucas Van Laar:
Trends in the Electronic Structure of Atoms
Prof. Brendan Looyenga, Stephen Lander, and Kylee Rosette: Cooperation of LRRK2 and MET in Renal Cancer
Prof. Larry Louters and Lauren Strhbeln: The role of lipid rafts in the regulation of GLUT1, the predominant glucose transporter in cancer cells
Prof. Larry Louters and Leesha Gunnink: Effects of glucose uptake activators on the membrane distribution of GLUT1
Prof. Larry Louters and Johnson Cochran: Relationship of the activity of GLUT1 to its tethering to the cytoskeleton
Prof. Mark Muyskens, Shane Bolhuis, and Michael VandenBerg:Photochemistry: Research in Fluorescence of Woody Material Extracts from Local Trees
Prof. Kumar Sinniah and Kayla Scholten: Aggregation of Insulin at Interfaces - An Atomic Force Microscopy Study
Prof. Kumar Sinniah, Lydia DeJonge and Abby Leistra:Investigating the Binding of Hexameric Insulin with G-Quadruplex DNA
Prof. Doug Vander Griend, Anna Michmerhuizen, Andrew Rylaarsdam, and Tasha Thong: Nanomolecular Building Projects