CAURS AWARD

Chicago Area undergraduate research symposium award

Program dates: November 2023 – June 2024

Application is now closed. Check back this fall for more information.

Applications and letters of recommendation should be emailed to Penelope Johnson at penelope.johnson@northwestern.edu

The Chemistry of Life Processes Institute invites Northwestern undergraduates to apply for a $1,000 grant designed to provide a student, or team of students, with support for interdisciplinary research with a CLP faculty member. The
funds are designated for the purchase of scientific supplies, and registration and travel costs to the Chicago Area Undergraduate Research Symposium (CAURS) in April 2025.

For all questions, please contact penelope.johnson@northwestern.edu

ELIGIBILITY

Applicants must be Northwestern undergraduates. Research must be conducted with a CLP faculty member. Preference is given to rising juniors and seniors. Students must conduct their research with a CLP faculty member. Previous lab experience
is suggested. Applicants will be selected based upon their academic achievements and scientific interests. CLP funds one student each year.

HOW TO APPLY

Completed application form. Click here to download the form.

A one-page, single-sided proposal describing the research you would conduct if selected for this program. Include title of project centered at top of the page. Use a standard 10 to 12 point font. A second page is allowed for figures
and/or references.

A letter of recommendation from a CLP faculty member.

Applications and letters of recommendation should be emailed to Penelope Johnson at penelope.johnson@northwestern.edu

HOW TO DEVELOP YOUR PROPOSAL

Those in a lab: Work with your PI for his/her/their assistance with developing a proposal and to ask for a letter of recommendation.

Those who are looking to join a lab: Once you have an idea of whose lab you would like to join, reach out to the faculty member to set up a meeting. If possible, plan to do this at least four weeks before the application due date.
Additionally, Northwestern’s Office for Undergraduate Research has a great website with resources on how to find a lab, develop a project, and working with faculty. https://undergradresearch.northwestern.edu/overview/

Projects may include research in the following areas:

  • Chemistry
  • Organic Synthesis
  • Inorganic Synthesis
  • Spectroscopy
  • Polymer Chemistry
  • Biochemistry
  • Catalysis
  • Theory
  • Chemical Engineering
  • Polymer
  • Chemistry
  • Polymer Physics
  • Catalysis
  • Biochemical Engineering
  • Biomaterials
  • Modeling and Simulation
  • Materials Science
  • Metals
  • Biomaterials
  • Electronic Materials
  • Ceramics
  • Polymers
  • Computational
  • Biochemistry, Molecular Biology & Cell Biology
  • Biochemistry
  • Structural Biology
  • Cell and Molecular Biology
  • Biophysics
  • Hormone Action
  • and Signal Transduction
  • Genetics and Developmental Biology
  • Physics
  • Experimental Condensed Matter
  • Theoretical Condensed Matter
  • Lasers

Projects can include use of the following facilities:

EXPECTATIONS

The research award allows the student to participate in research independent of the regular curriculum for two+ quarters. Students are required to:

  • Perform two+ quarters of research
  • Present a research poster or give an oral presentation at the Chicago Area Undergraduate Research Symposium held in
  • April 2025.

Students are highly encouraged to actively participate in:

  • CLP Lunch & Learns
  • CLP-sponsored workshops
  • Institute-sponsored symposia
CHICAGO AREA UNDERGRADUATE RESEARCH SYMPOSIUM (CAURS) WINNERS
YEAR NAME NORTHWESTERN UNIVERSITY RESEARCH PROJECT
2024-2025 Eduardo Andrade Discovery and characterization of GABA-Glutamate Antiporters in Bacillus subtilis reveal intracellular GABA Cycling and Homeostasis
2024-2025 Emma Baumgarten Enzyme-decorated Spiky Gold Nanoparticles in Drug Delivery Applications
2023-204 Inna Sokolenko Synthesis of potential hOAT inhibitor and evaluation of its activity
2022-2023 Yulia Gutierrez Miniprotein Aggregation in Response to Physical Stress
2021-2022 Hasan Munshi New Selective MEK7 Inhibitors for the Treatment of Pediatric Acute Lymphoblastic Leukemia
2021-2022 Lauren Hyoseo Yoon Synthesizing Sequential Cortical Activity to Drive Decision Making Through Wireless Transcranial Optogenetics in Mice
2019 - 2020 Catherine May Design and Synthesis of Potent MEK-7 Inhibitors
2018-2019 Viswajit Kandula Design-driven engineering of multi-input mammalian cell-based biosensors.
2017-2018 Casey Grage Qadir Striatal Spine Density & Spinogenesis in Indirect Pathway SPNs
2016-2017 Katherine Pastewka  
2016-2017 Anderson Huang In vivo evaluation of a cell-permeable Ca2+ sensitive MRI contrast agent to measure neuronal activity
2016-2017 Collin Pui-sing Chow Use E. coli strain that incorporates phosphoserine at UAA stop codons to display peptides that are phosphorylated on a specific site as genetically encoded fusions with an M13 coat protein
2015-2016 Stefanie Lombardo In vivo evaluation of a cell-permeable Ca2+ sensitive MRI contrast agent to measure neuronal activity.
2014-2015 Kevin T. Zhao Utilizing Chemical Probes as Tools in Protein Target-Identification Studies
2014-2015 Joseph Coomes CO(III)-DNA gold nanoparticle complexes for the targeted treatment of basal cell carcinoma tumors
2014-2015 George Hal Baker CO(III)-DNA gold nanoparticle complexes for the targeted treatment of basal cell carcinoma tumors
2013-2014 Leanne Friedrich Electron backscattered diffraction to examine grain orientation in the lenses and corneas of chiton ocelli, which are mineralized eyes
2012-2013 Helen Gomez Work with metalloregulatory proteins- zur, fur- in hopes of crystalizing protein/DNA complexes
2011-2012 Felix Richter Conjugate folic acid to MNS in order to selectively target Folic Receptor plus cells, which include many types of cancers, and assess uptake and potential therapy by localized heating through thermal activation.
2010-2011 Kolby White Researching benzyl anion additions to primary alkyl halides for the construction of secondary alcohols.  
2009-2010 Samantha Strasser  Developing a novel means to quantify nanoscale optical refractive indices within biological cells, which can be applied to cells in the earliest stages of cancer.