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Summer Research Experience

2022 summer student working on organic flow cell battery research.

The Summer Research Application is open through May 17.  Please review the information below for program details and the link to the 2024 Application. 

This summer’s program will run seven weeks, Monday through Thursday, from June 17 through August 1 at MSU St. Andrews in Midland, Michigan. Current high school sophomores, juniors, and seniors from the Great Lakes Bay Region, who are at least 16 years of age are invited to apply for the opportunity to participate in a unique summer learning experience performing hands-on research alongside St. Andrews’ faculty. Students will investigate novel problems related to chemistry, environmental science, materials science, 3D printing, engineering and sustainability.

Program Overview 

Over the seven weeks, students will engage in daily research, under the direction of a MSU faculty preceptor, that will culminate with a poster presentation scheduled during the last week of the program. All activities will occur at the MSU St. Andrews research facility in Midland, Michigan, Monday through Thursday, six hours per day from 9:00 am to 4:00 pm, with a one-hour lunch. Program sessions will not be held in the evenings or on weekends. Students will not participate on Thursday, July 4 in celebration of the Independence Day holiday. Selected students should be available to participate in person for the program’s entirety and commit to the above schedule. Please note that transportation and housing are not provided.

2023 Participation Fee

  • The 2024 participation fee for accepted students is $900.00 for the seven-week program.
  • Students will be notified of their acceptance status via email on Monday, June 3.
  • Summer 2024 participation fees will be due by Friday, May 31.
  • Payments will be accepted only by check or cashier’s check, payable to Michigan State University.

Financial Assistance is available through ACS Project SEED

  • Financial assistance for accepted students is available for students that meet the eligibility requirements through the ACS Project SEED program. Students must apply for the ACS Project SEED program by May 17.

Parent/Guardian Permission Teacher Recommendation Forms

  • A Parent/Guardian Permission form is required. Within the application, you will be asked to enter your parent/guardian’s email address. We will send the form directly to the email you provide. Please inform your parent/guardian and teacher to watch their email.
  • A teacher recommendation form is required. Within this application, you will enter your teacher’s name and their official school email address. You do not need to ask your teacher for a separate recommendation. Please inform the teacher that they will receive an email with a link to an electronic form and that the deadline for completion is Monday, May 27.
  • Your application will not be considered until the parent/guardian permission form and the teacher recommendation are received. By submitting this application, you give MSU permission to contact your teacher.  

Important Dates

  • Application opens Wednesday, April 17.
  • Application closes Friday, May 17, 2024
  • Parent/Guardian permission due Monday, May 27 2024
  • Teacher recommendation due Monday, May 27, 2024
  • All applicants will be informed of their acceptance status via email on Monday, June 3, 2024.
  • All accepted applicants must confirm their participation by Monday, June 3, 2024. We will include information regarding the participation fee, and financial assistance in this email.
  • The payment deadline for accepted students NOT applying for financial assistance is Monday, June 10, 2024.
  • Students applying for financial assistance will complete a separate application.

Benefits of Summer Research

  • Gain hands-on research experience in a lab.
  • Excellent addition to your resume or college application.
  • Helps to determine a career path. 

2024 Application

Please read our parent and participant handbook for youth programs for information on policies and procedures, as well as during and after hours contact information.

For questions regarding the application process and the summer fellowship program please call 989 374-9900.

Summer Research Student Feedbac

“Just another one of the benefits of this summer was I found a couple scholarships that go out to students with research internship experience…“I still can’t believe how helpful one summer could be, but good things keep happening left and right thanks to that experience!” – Summer 2022 Student

“It had never really occurred to me how much a chemistry degree could get you. I never really considered the innovation or “research and development” side of things” – Summer 2020 Student

“Dr. Zhang, I can’t thank you enough for that letter of recommendation. Cornell is my dream school. But seriously. This wouldn’t have happened if not for the summer research. I sincerely thank you for everything so far and everything yet to come.”  – Summer 2020 Student

The MSU St. Andrews facility complements and extends Michigan State University campus research. The activities conducted at the facility, support Michigan State University’s general mission of research, teaching, and service outreach, and specifically advance MSU’s efforts to promote the economic development of Michigan and the nation.

The preservation of the historic St. Andrews facility and the support of our ongoing STEAM outreach programming is made possible through the support of several local organizations: the Herbert H. and Grace A. Dow Foundationthe Rollin M. Gerstacker Foundationthe Charles J. Strosacker Foundation, and the Dow Chemical Company Foundation.

Program History 

Each summer since 2016, Great Lakes Bay area high school juniors and seniors have had the opportunity to participate with MSU researchers on novel projects in labs with sophisticated equipment. The projects allow students to explore new areas of science and investigate possible careers in science, technology, engineering, art, and mathematics, while improving their research skills and building their resume. 

The MSU St. Andrews Summer Research Program began in 2016 hosting students in STEM research topics.

In 2018, a new creative writing initiative was added officially putting the “A” in STEAM education at MSU St. Andrews. The writing program was facilitated by Creative 360.

For summer 2019, accepted students represented 17 different high schools.

In 2020, amidst the pandemic and the devastation resulting from a regional flood, the research program transitioned to a six-week, fully online research fellowship hosting students who represented 21 area high schools. 

For Summer 2021, the program was paused due to the continuation of COVID-19 restriction.

The 2022 program hosted 24 research students at St. Andrews who participated in ten project areas in chemistry, environmental science and materials science. 

The application process opens in March of each year and the research fellowships run from late June through mid-August. Please join our mailing list to receive notices about the summer program and other events at MSU St. Andrews.

STEAM Internship Spotlight: Hydrolysis

Hydrolysis group

Kaily Metz and Rebecca Kowalczyk (both from Dow High School) have been conducting research on polyethyloxazoline and polyethylenimine (PEI) polymers in hopes of gaining a better understanding of the formation of the PEI product, which is used for gene transfection. Rebecca and Kaily are creating the PEI product through the process of hydrolysis and have spent considerable time examining the characteristics of…

STEAM Internship Spotlight: Bees & Miticide

Bee Students

St. Andrews campus is buzzing with excitement as Rebecca Henning (Midland High School), Jacqueline Laurin (Dow High School), and Trenton Mclean (Bay City Western High School) conduct research on a polymer-based miticide, which could help beekeepers with Varroa mite problems in hives across the United States. These interns have been investigating the effect of environmental conditions including humidity, temperature, and surface area…

STEAM Internship Spotlight: 3D Printing and Sensors

3D Printing Group

Stephen Gillman (Midland High School) is working on creating a 3D printed product that combines the properties of strength and malleability. Stephen’s experiments focus on the blend of graphene in the Acrylonitrile Butadiene Styrene (ABS filament) and the manipulation of the 3D printer settings to optimize the resulting product. Noah Smith (Freeland High School) and Sam Shepich (Saginaw Arts and Sciences Academy)…

Lewis Acids as New Refrigerants

Three students in the lab with instructor

The Lewis acids team was led by Jack Kruper, PhD. The team synthesized a new poly-chlorinated compound and crystallized it for x-ray structure and determination. Student researchers on the project were Kaylie Barton, Midland HS, Hannah Bartels, Midland HS, and Aditya Middha, Dow HS.  

Wetlands and Water Purity

High School Interns at the MSU Midland Campus, 07.12.2017

Team: Serena Fleming-Dittenber, Midland High; Callen Herst, Bullock Creek; Nicole Seiler, Bullock Creek; and Ris Agrwal, Great Lakes Bay Early College Mentor: Daniel Henton, Ph.D., with additional consulting provided by Greg Martin of Dow. The purpose of the project is to acquire data to help define the extent of the chemical plume (in part from activities on the base using perfluorinated compounds…

Saving Honey Bees from Varroa Mites with Controlled-Release Miticides

High School Interns at the MSU Midland Campus, 07.12.2017

Team: Jason Harnick, Bullock Creek HS; Kaitlin Gandy, Midland HS; and Yuen Azo, Saginaw Arts & Science Academy (not pictured) Mentor: Edmund Stark, PhD The US beekeeping industry is in crisis, and with it those parts of the agriculture industry that are partly or entirely dependent upon honey bees for pollination.  Honey bees are being lost at an alarming rate due to…

Biodegradable Hyperbranched Polyesters

Two students in lab coats pose for photo

Team: Brandon Zhu & Daniel Zhang Mentor: Patrick Smith, PhD Research Overview: The efficacy of active ingredients is often inadequate due to poor targeting and limited lifetime of the active at the receptor site.  Designing smart delivery systems which are capable of controlled release of the actives is one route to increase utilization efficiency.  Dendritic polymers, which include dendrimers and hyperbranched polymers,…

Programming in ‘Python’ and Synthesizing Biodiesel to Achieve NMR Spectrum Results

Group of 10 students and their instructor

Team: Front L to R: Colin Witt, Dow HS; Derek Yan, Dow HS; Naoki Kihata, Dow HS; Mia Pardell, Midland HS; and Ashley Hammond, Bullock Creek HS. Back: Emily Bennett, Bullock Creek HS; Mitchell Hayes, Dow HS; Zachary O’Dell, Midland HS, Aaron Lehman, Lehman Academy;  and Robert Heyart, Dow HS. Mentor (back, far right): John Furcean, MS Students spent the first few…

Developing New Chemistries and Materials for Redox Flow Batteries

High School Interns at the MSU Midland Campus, 07.12.2017

Intern research participation makes an impact.

3D Printing and Humidity Sensor Projects

High School Interns at the MSU Midland Campus, 07.12.2017

Student researchers play key role.