top of page
bg_3.jpg
  • Facebook
  • Twitter
  • LinkedIn
  • Instagram

Structural and Computational Biology & Biophysics

#REUinSCBB

Our Program

The power of structural biology techniques and biophysical methods used to characterize the structure and function of biomolecules is unparalleled in the scientific community. Textbooks and journal articles are filled with images of the 3D structures of molecules ranging in size from ATP to DNA to proteins to viruses. Yet, while structure determination methods such as X-ray crystallography and cryo-EM have become common methods for those seeking advanced degrees and training in the life sciences, such as graduate programs and postdoctoral fellowships, it is rare to find undergraduates with significant knowledge or training in any of the structural biology methods including X-ray crystallography, high-resolution cryo-EM, NMR spectroscopy, AFM, small-angle X-ray scattering, micro-electron diffraction or computational biology.

This 10-week summer undergraduate research program will bridge this education gap by establishing a framework that integrates research projects aimed at studying the structure and function of macromolecules with in-depth workshops designed to provide theoretical and practical training in contemporary structural biology techniques and biophysical methods.  The goal is that each trainee will leave the program with a solid foundation and understanding of the various structural biology methods regardless of the expertise within their host lab.

Included in the #REUinSCBB:

Weekly team-building and networking activities

Weekly half-day workshops in SCBB methods (cryo-EM, X-ray crystallography, etc)

Weekly career and professional workshops

Important Dates: 

Application OPEN | March 11, 2026

Application DEADLINE | April 30, 2026

Decision Notifications START | typically within 1 week of Zoom interview

Program Dates | May 25 - July 31, 2026

Applicant Eligibility:

Applicants must be citizens or permanent residents of the United States and have a minimum grade point average of 3.0 on a 4.0 scale. Additionally, the applicants must have at least one semester of undergraduate study remaining after completing the summer program and fulfill the NSF citizenship requirements. Students who have received their bachelor's degree and no longer enrolled in an undergraduate study program are generally not eligible.

Program Support:

Weekly stipend + meals ($900 per week)

FREE Housing provided (single room)

Travel allowance to/from Purdue ($700)

Up to $1000 towards travel support to attend a local/national conference (from faculty host lab)

The Application:

Eligible students are expected to be able to demonstrate an interest in research within the life sciences, particularly in structural and computational biology and biophysics, with preferred prerequisites in biology, biochemistry, chemistry, physics, and mathematics; although not required. Each application will be assessed on an individual basis which will also include previous research experience and letters of recommendation from faculty or instructors.

 

The application consists of (1) a brief questionnaire, (2) a statement of career goals and reasons for participating in the program, and (3) at least two faculty recommendation letters. Applicants must also provide a transcript of their grades and a resume/CV.

(updated March 11, 2026: our program was just renewed for another 3-years!)

The Selection Process:

Each application will be reviewed and scored by the REU in SCBB selection committee using a set rubric. Top applicants will then undergo Zoom interviews to assist in identifying students that are most suited to participate in our intense program. Applicants will ideally be notified of a decision within one week after the interview. Admission into the program will be on a rolling basis and continue until all available slots are filled for each year. 

Our Research Faculty and Projects

These are the faculty participating in the REU in SCBB program. Their research interests span many fields of science and STEM topics with a shared them around structural and computational biology and biophysics. Explore the faculty and their research programs using the info and links below (listed alphabetical by last name).

leifu-chang_edited.jpg

Leifu Chang

Assistant Professor (Biological Sciences)

Structure and mechanism of molecular machines in mitosis and CRISPR-Cas systems

  • lab_icon
  • Twitter
Dr_edited.jpg

Chitta Das

Professor (Chemistry)

Functional role deubiquitinating enzymes in cellular pathways

  • lab_icon
  • Twitter
michael-g_edited.png

Michael Gribskov

Professor (Biological Sciences)

Computational genomics, systems biology, and machine learning to address biological questions

  • lab_icon
  • Twitter
Huang-Mira-web_edited.jpg

Fang Huang

Associate Professor (Biomedical Engineering)

Developing the ultra-high resolution optical imaging systems

  • lab_icon
  • Twitter
dkihara_edited.jpg

Daisuke Kihara

Professor (Biological Sciences/Comp, Science)

Protein Bioinformatics. Develop and apply biomolecular structure modeling methods

  • lab_icon
  • Twitter
tamara.jpg

Tamara Kinzer-Ursem

Professor (Biomedical Engineering)

Tools development for quantitative study protein function

  • lab_icon
  • Twitter
rjk_edited.jpg

Richard Kuhn

Professor (Biological Sciences)

Replication, assembly and structure of RNA viruses and their interactions with the host

  • lab_icon
  • Twitter
shalini.jpg

Shalini Low-Nam

Professor (Chemistry)

Biophysical studies of cellular decision-making in the tumor microenvironment

  • lab_icon
  • Twitter
ErzToRVXUAQ634h_edited_edited_edited.jpg

Angeline Lyon

Associate Professor (Chemistry/Biological Sciences)

Structural & functional studies of phospholipase C enzymes in cardiovascular disease

  • lab_icon
  • Twitter
smattoo_edited.jpg

Seema Mattoo

Associate Professor (Biological Sciences)

Structure-function studies on Fic proteins in microbial pathogenesis, Parkinson's, and cancer

  • lab_icon
  • Twitter
Mesecar-Andy.jpg

Andrew Mesecar

Professor (Biochemistry/Biological Sciences)

Structure and function of enzymes of biomedical importance

  • lab_icon
  • Twitter
lmetskas_edited.jpg

Lauren-Ann Metskas

Assistant Professor (Biological Sciences)

Structure and function of protein lattices in viruses and bacteria

  • lab_icon
  • Twitter
nnoinaj_edited.jpg

Nicholas Noinaj

Associate Professor (Biological Sciences)

Structure and function of membrane-embedded molecular machines in infectious diseases

  • lab_icon
  • Twitter
carol2.jpg

Carol Post

Professor (Med. Chemistry and Mol. Pharmacology)

Phosphorylation regulation and molecular recognition of protein tyrosine kinases

  • lab_icon
  • Twitter
0346DrugDisc_edited.jpg

Rob Stahelin

Professor (Med. Chemistry and Mol. Pharmacology)

Lipid-dependent assembly and budding of viruses from host cells

  • lab_icon
  • Twitter
stauffacher_edited.jpg

Cynthia Stauffacher

Professor (Biological Sciences)

Systems where proteins work together in membranes to perform a biological function

  • lab_icon
  • Twitter
62ae6fde4e99057ff5bd41ccb709cb62ee35e96d

Rams Subramanian

Professor (Biological Sciences)

A multidisciplinary approach to connecting protein structure to physiological function 

  • lab_icon
  • Twitter
tesmer_edited.jpg

John Tesmer

Professor (Biological Sciences)

Structural studies of GPCR signaling, lipid metabolism, cancer, and cardiovascular disease

  • lab_icon
  • Twitter
david-thompson.jpg

David Thompson

Professor (Chemistry)

Novel synthetic chemical & biochemical tools to address fundamental problems in human health

  • lab_icon
  • Twitter
yang-danzhouLO_edited.jpg

Danzhou Yang

Professor (Med. Chemistry and Mol. Pharmacology)

Structure and function of DNA G-quadruplex and drug targeting for cancer therapeutics

  • lab_icon
  • Twitter
zhang-phosphatase_edited.png

Zhong-Yin Zhang

Professor (Med. Chemistry and Mol. Pharmacology)

Structure, function, and therapeutic targeting of protein tyrosine phosphatases

  • lab_icon
  • Twitter

Resources @ Purdue

The Department of Biological Sciences, in partnership with local centers, cores, and facilities, is fully equipped with state-of-the-art instrumentation and equipment. In additional to the generous lab and office spaces assigned in their home labs, the research of the faculty is supported by many facilities on the campus of Purdue University and at neighboring institutions such as the Argonne National Laboratory.

biosci_edited.jpg

Graduate program in BIOSCI

2022-09-06_18h13_54.png

Research areas in Biol. Sciences

acs-h.assetsadobe.jpg

Training, collaboration, etc

EW1nDNiXgAEtz3F.png

Crystallization and data collection

mbtp_edited.jpg

Mol. Biophysics Training Program

pi4d_edited.jpg

PI4D Institute

Research_Overview.jpg

HTS screening, ligand optimization

mcmp_edited.jpg

Graduate program in MCMP

chem_edited.jpg

Graduate program in CHEM

BCHM_edited.jpg

Graduate program in BCHM

physics2_edited.jpg

Graduate program in PHYS

pulse_edited.jpg

Graduate program in PULSe

bindley-expands-ext.jpg

Resources, instruments, etc.

aps_edited.jpg

X-ray data collection

REU Resources

Want to learn more about REU programs besides ours? Want to increase your chances of getting accepted into an REU program? Check out some of the resources below to gain valuable advice and tips about preparing your application and making it stand out to reviewers.

nsf-white-back.jpg

Search all NSF funded REU programs

ER21_2505_HeaderArt_1600x900.jpg

Advice on how to getting accepted into REU programs

graduate-school.jpg

Tips and advice on how to get into graduate school.

107009710-1643748177776-gettyimages-1171809286-ma72388.jpeg

Other options for successful careers in STEM fields

Sponsors

nsf-white-back_edited.jpg
biologo1.png
1e8SZMnR_400x400_edited.jpg
mcmp2.jpg

Hockmeyer Hall of Structural Biology

240 S. Martin Jischke Dr.

West Lafayette, IN 47907

765-494-4932

Becky Harding | reu-in-scbb@purdue.edu

  • Facebook
  • Twitter
  • LinkedIn
  • Instagram

Thanks for submitting!

Contact Us

bottom of page