REU/RET Site
Introduction
The Stevens Research Experiences For Undergraduate Students (REU)/ Research Experiences For High School Teachers (RET) Site offers research and educational opportunities for both undergraduates and high school teachers to expose them to interdisciplinary research in chemical engineering, mechanical engineering, biomedical engineering, chemistry, and chemical biology laboratories in the summer months.
About the Grant
We acknowledge NSF REU/RET Site Grant # 2050921 for funding.
Stevens Awarded $374,971 NSF REU/RET Site Grant on Sustainable Energy and Bioengineering
With National Science Foundation funding, Professors Pinar Akcora and Patricia Muisener will provide research experiences for both undergraduate students and high school teachers during a new summer program.
Research Experiences For Undergraduate Students (REU)
Students will work on research projects related to sustainable energy and bioengineering under the Stevens faculty mentorship for 10 weeks. The program educates students on entrepreneurial thinking and provides workshops to enhance students’ presentation, communication and research skills in science and engineering within a multi-level mentoring experience. The program provides a $600/week stipend for students. On-campus housing is provided.
Undergraduate Students will:
Gain knowledge and participate in research on topics focusing on sustainable energy, nanomaterials, nanotechnology or bioengineering
Work, interact and collaborate with Stevens faculty, graduate and undergraduate students from chemical engineering, materials science, mechanical engineering, biomedical engineering and chemical biology departments, high school teachers participating in the RET program as well as fellow REU students
Present a poster on your research project at the Research Symposium
Attend weekly lunch seminars on topics including: research techniques; materials and energy; literature searching; presentation skills; effective mentoring networks; inclusive teaching; ethics in research
Innovation and Entrepreneurship Workshops
Student experiences are enriched through Research, Innovation & Entrepreneurship (RI&E) workshops to raise awareness about the potential for innovation and entrepreneurship related to their research. Students form teams that work together to identify and categorize new technologies, products and services based on their research work. The teams also collaborate in creating materials to support pitches that summarize their research and its commercial potential.
Summer 2023 Project Topics
Project topics for summer 2023 are listed below with the faculty names and websites under each project topic:
Ion transport in polymer electrolytes - Pinar Akcora
Stevens' hypersonic wind tunnel - Nick Parziale
Probing Solid-State Electrochemistry of Energy Storage Materials for Fast-Charging Batteries - Jae Chul Kim
Probing the nano-scale behavior of Ni-based bimetallic catalysts to produce renewable fuels and chemicals - Alyssa Hensley
Predicting the onset of white matter lesions in the aging brain - Johannes Weickenmeier
The mechanics of human balance control - Antonia Zaferiou
Antimicrobial complexation with polyelectrolyte gels and microgels - Matt Libera
Development of novel organoboron reagents as enabling tools to access rare classes of bioactive organic compounds - Abhishek Sharma
Evaluating stem cell biology using intestinal organoids - Ansu Perekatt
Computer simulations and machine learning for protein design - Pin-Kuang Lai
Numerical Simulations of Ellipsoidal Particle Transport via Peristaltic Flow - Kevin Connington
REU students indicated their top preferences for project topics and were matched with a topic/advisor when accepted.
Who Should Apply?
Underrepresented minorities are strongly encouraged to apply. Undergraduate Students who will be seniors, juniors, and sophomores in fall 2024 who have taken science or engineering courses. REU participants must be citizens or legal permanent residents of the United states or its possessions.
Research Experiences For High School Teachers (RET)
High School Science teachers will participate in research projects through working with the faculty and students, a teacher facilitator and an experienced science educator in curriculum development with the goal of forming a lesson plan focusing on an aspect of the program.
The Research Experiences for Teachers (RET) component will offer a $1,000/week stipend for four weeks. The program will run in-person.
Participants will:
Gain knowledge on sustainable energy, nanomaterials, nanotechnology and bioengineering
Create lesson plans focused on nanotechnology and engineering for high school curriculum
Work with faculty from chemical engineering, materials science, mechanical engineering, biomedical engineering and chemical biology departments, fellow RET high school teacher participants, REU undergraduate students and Stevens undergraduate and graduate student researchers.
Develop curriculum with staff from the Center for Innovation in Engineering and Science Education (CIESE)
Present a poster at the Research Symposium
Participate in a training series on:
Incorporating Claims, Evidence, and Reasoning in the Science Classroom
Managing the Engineering Design Process in Class
Increasing Formative Assessment Strategies in the Classroom
Seminars / Workshops / Symposium
The REU and RET participants will have a chance to interact through weekly group meetings, seminars and workshops. The REUs and RETs will present their research and lesson plans in the Summer Research Symposium which will be held the last week of the program.
Contact Information
Contact
If you have questions about the program, please contact:
Patricia Muisener ([email protected]) or Pinar Akcora ([email protected])
REU/RET Site program is funded by NSF, Grant # 2050921
Recent Publications
Recent Publications From REU Students
M. C. Harrison, P.-K. Lai, “Investigating the Mechanisms of Antibody Binding to Alpha-Synuclein for the Treatment of Parkinson’s Disease”, ACS Molecular Pharmaceutics 2024, doi: 10.1021/acs.molpharmaceut.4c00879.
I. Furrick, A. Omoniyi, S. Wang, T. Robinson, A. Hensley, “Integration of Facet-Dependent, Adsorbate-Driven Surface Reconstruction into Multiscale Models for the Design of Ni-Based Bimetallic Catalysts for Hydrogen Oxidation”, ChemCatChem 2024, doi: 10.1002/cctc.202400551.
R. Li, D. Bulucu, T. Chou, P. Akcora, “Enhanced Ion Conductivity in a Poly(ionic Liquid)-Grafted Nanoparticle-Based Single Ion Conductor”, Macromolecules, 57(8), 3807-3815, 2024.
A. Burgos, J. Du, D. Yan, Y. Zhou, H. Levy, J. G. Ryu, and J. C. Kim, “Off-stoichiometric Design of a Manganese-rich Mixed Olivine Li-ion Cathode for Improved Specific Energy”, Materials Today Energy, 45, 101658, 2024.
Stevens students denoted in bold.
2023 Program
10 REUs and 4 RETs worked on interdisciplinary research projects related to energy and bioengineering for 9 weeks between June 5 – August 4, 2023.
This year’s program offered engaging meetings such as Graduate Student Panel, Research Seminars, GRFP application and graduate school workshop, Chalk Talks by REUs. Seminars on research techniques, literature searching, scientific writing/presentation, ethics, abstract writing, deep learning and chemical education and several library sessions were offered in addition to the professional development workshops on Entrepreneurship & Innovation and Inclusive Mentoring.
4 RET high school science teachers participated in the last 4 weeks of the program. Curriculum Development workshops were offered for teachers. Each RET worked with an REU student, their faculty advisor and teacher facilitator to create a lesson plan inspired from research projects. The program culminated on August 4 with a Research Symposium featuring a poster presentation by all 10 REU students and 4 RET participants.
‘This experience changed the trajectory of my professional career and goals’
Eight undergraduate students and four high school teachers spent their summer break immersed in research at Stevens
Program Participation
REU students from different schools have worked on interdisciplinary research topics between June 5 – August 4, 2023:
Eden Chan, Chemical Engineering, City University of New York, “Designing cation-disordered rock salt materials for electrochemical lithium storage”, Advisor: Jae Chul Kim
Emily Whitley, Biosystems Engineering, University of Tennessee-Knoxville, “Design of Platinum-Based Bimetallic Catalysts for the Conversion of Biowaste to Green Hydrogen”, Advisor: Alyssa Hensley
Cullen Grady, Chemical Biology, Stevens, “Anti-Tumorigenesis Effects of Smad4 Knockout on Colons Within Mice Artificially Inflamed via DSS”, Advisor: Ansu Perekatt
Reem Ulay and Revekka Agababaeva, Biomedical Engineering, City University of New York, “Polycaprolactone Scaffolds Decorated with Poly(acrylic acid) Microgels for Tissue Engineering”, Advisors: Matt Libera and Hongjun Wang
Casey Dolan, Materials Science and Engineering, Lehigh University, "The Effect of Crosslinker Concentration on the Swelling of Polyethylene glycol (PEG)-based Hydrogels", Advisor: Matt Libera
Deniz Bulucu, Chemistry, Brandeis University, "Exploring Poly(Ionic Liquid)-Grafted Nanoparticles in Organic Solvents and Ionic Liquids", Advisor: Pinar Akcora
Malcolm Harrison, Biology, County College of Morris, "Advancing Parkinson's Disease Therapeutics with Computational Antibody Engineering", Advisor: Pin-Kuang Lai
Jason Cakerri, Mechanical Engineering, County College of Morris, “Sound Speed Determination Using a Helmholtz Resonator in The Stevens Shock Tunnel", Advisor: Professor Nick Parziale
Jake Stahl, Biomedical Engineering, Case Western Reserve University, “Do Baseline Measurements Relate to Balance Behavior During Walking and Turning?”, Advisor: Antonia Zaferiou
RET participants worked in research labs with the REUs, graduate students and professors and developed their lesson plans between July 10-August 4, 2023:
Gary DiFilippo, Chemistry teacher, John P. Stevens High School, Edison, NJ "You’ve Got the Power! EmPowering Students to Address our Energy Needs by Designing Batteries" (Lesson Plan)
Celine Mileham, Chemistry teacher, Mendham High School, Mendham, NJ "Conquering Climate Change and Carbon Crimes: Classroom Catalysis" (Lesson Plan)
Angela Colasso, Biology Teacher, Henry P. Becton Regional High School, East Rutherford, NJ "Knocking Out Food Insecurity with Genetic Engineering: An Evaluation of Climate Change Adaptations on Agriculture" (Lesson Plan)
Taisha Bowman, Chemistry teacher, School of the Future High School, NY, NY "Ionic Investigation: Using the cross-linking of sodium alginate hydrogels to introduce ionic bonding" (Lesson Plan)
The program concluded with the REU/RET Research Symposium. Click here to view flyer.
Project Summaries
Interdisciplinary REU student research topics spanned a variety of topics. Read about each project below.
Special Acknowledgements
We thank colleagues and friends who helped us to run the successful 2023 REU/RET Program at Stevens:
Mary Ann Piazza for her Innovation & Entrepreneurship workshops
Dr. Sibel Ozgen for her seminar on “Inclusive Mentoring”
Victoria Ludas Orlofsky and Courtney Walsh for a Series of Library Workshops
Dr. Patricia Muisener for seminars on scientific writing; abstract writing and poster presentation; deep learning/chemistry education and Research and ethics
Dr. Pinar Akcora for seminar on Graduate School and NSF GRFP application
Dr. Tsengming Chou for LMSI tour and microscopy demonstrations
Mariel Kolker from Morristown High School for facilitating discussions and learnings for teachers’ lesson plans
Debra Brockway for the workshop series and discussions on curriculum development for teachers.
SES Dean, Dr. Jean Zu for supporting our program.
Lastly, we thank all the research mentors Pinar Akcora, Alyssa Hensley, Jae Chul Kim, Pin-Kuang Lai, Nick Parziale, Ansu Perekatt and Antonia Zaferiou for working with REUs and giving research seminars in our program.
2022 Program
The REU/RET program on Sustainable Energy and Bioengineering was held in person in Summer 2022 at Stevens. We worked with 8 REU students on interdisciplinary research projects related to energy and bioengineering for 10 weeks.
This year's program offered engaging meetings and discussions on topics such as critical thinking, scientific writing/presentation, ethics; as well as professional development workshops on Entrepreneurship & Innovation; Developing Effective Mentoring Networks; Title IX seminar.
Four RET high school science teachers participated in the last 4 weeks of the program. Curriculum development workshops were offered for teachers. Each RET worked with an REU student and a faculty advisor to create a lesson plan inspired from the research activities. The program culminated on August 5 with a Research Symposium featuring a poster presentation by all 8 REU students and 4 RET participants.
‘It Transformed My View of What Research Could Be’
Eight undergraduate students and four high school teachers spent their summer break immersed in research at Stevens
Program Participation
REU students from different schools have worked on interdisciplinary research topics between May 31 – August 5, 2022:
Thomas Robinson, Clarkson University, “Characterizing the Nanoscale Surface Behavior of Multifaceted Ni-Based Bimetallic Catalysts Using Density Functional Theory”, Advisor: Alyssa Hensley
Grace McGraw, University of Notre Dame, Appearance of White Matter Hyperintensities in the Healthy Aging Brain”, Advisor: Johannes Weickenmeier
Nicholas Marchuk, Boston University, “Design of a Sliding Cap for the Hypersonic Wind Tunnel at Stevens”, Advisor: Nick Parziale
Hannah Levy, University of Florida, “Improving of Lithium Iron Phosphate Batteries by Replacing 65% Iron Atoms with Manganese”, Advisor: Jae Chul Kim
Mahein Shah, New York University, “Synthesis of Rare Organoboron Compounds via a Novel Boron-Promoted Conjugate Addition Reaction”, Advisor: Abhishek Sharma
Vibha Iyer, Georgia Institute of Technology, “Testing the Understandability of Real-Time Optical Motion Capture Balance Sonification Systems”, Advisor: Antonia Zaferiou
Cindy Lin, New York University, “Role of Collagen in the Repair Response Following Damage to the Intestinal Epithelium”, Advisor: Ansu Perekatt
Seena Seon, Cooper Union, “Understanding Environmental Interactions of Poly (acrylic acid) Grafted Silica in Water”, Advisor: Pinar Akcora
RET participants worked in research labs with the REUs, graduate students and professors, and developed their lesson plans between July 11-August 5, 2022:
Oghaghare Okobiah, Queens High School for Language Studies, NY, “Batteries: Energy (Electric) Storage and Sustainability”, Advisor: Jae Chul Kim
Medinah Eatman, Mott Hall V, NY, “Think Like a Biomedical Engineer”, Advisor: Antonia Zaferiou
Sui King Shum, Baruch College Campus High School, NY, “Connecting the Chemical Composition and Structure of Heterogeneous Catalysts to Catalyst Performance”, Advisor: Alyssa Hensley
Marissa Maggio, Stuyvesant High School, NY, “Summative Case Study: How can we study cancer in a lab?” Advisor: Ansu Perekatt
The program concluded with the Research Symposium.
Project Summaries
Interdisciplinary REU student research topics spanned a variety of topics. Read about each project below.
Special Acknowledgements
We thank colleagues and friends who helped us to run the successful 2022 REU/RET Program at Stevens:
Mary Ann Piazza for her Innovation & Entrepreneurship workshops
Dr. Wei Zhang for her seminar on “Effective Mentoring Networks”
Victoria Ludas Orlofsky and Courtney Walsh for a Series of Literature Searching Workshops
Xhilijola Ruci Kloger, J.D. for Title IX presentation
Dr. Patricia Muisener for seminars on scientific writing; abstract writing and poster presentation; Deep Learning/Chemistry Education and Research; ethics
Dr. Pinar Akcora for seminar on Graduate School and GRFP application
Dr. Tsengming Chou for LMSI tour and microscopy demonstrations
Mariel Kolker from Morristown High School for facilitating discussions and learnings for teachers’ lesson plans
Debra Brockway for the workshop series on curriculum development for teachers.
Lastly, we thank all the research mentors Pinar Akcora, Alyssa Hensley, Jae Chul Kim, Abhishek Sharma, Nick Parziale, Ansu Perekatt, Antonia Zaferiou, and Johannes Weickenmeier for working with REUs and giving research seminars in our program.
2021 Program
The REU/RET program was carried out virtually in Summer 2021. Students were exposed to interdisciplinary research experiences in chemistry, chemical engineering, biomedical engineering and mechanical engineering for 8 weeks.
The program had engaging meetings and discussions on critical thinking, scientific writing/presentation and professional development workshops on Entrepreneurship & Innovation; Developing Effective Mentoring Networks; Inclusive Teaching; Graduate School Applications and CIESE organized workshops for high school science teachers on Curriculum Development. The program concluded with the Research Symposium.
Stevens Program Offers Students and Teachers Research Experiences, from Mapping the Brain to Studying Polymers
The summer program, funded by the National Science Foundation, will continue next year with more participants
Project Summaries
Interdisciplinary REU student research topics spanned a variety of topics. Read about each project below.
Inclusive Teaching Workshop
Presented by Liliana Delman and Edlyn Thompson-Mettle, the inclusive teaching workshop featured actions and strategies to create an environment that supports increasingly diverse students, such as inclusive language, actionable practices, how to mitigate implicit bias, and how to respond to mistakes. The workshop features practice scenarios for Diversity, Equity, and Inclusion as well as resources for continued learning.
Special Acknowledgements
We thank colleagues and friends who helped us to run the successful 2021 REU/RET Program at Stevens:
Mary Ann Piazza and David Zimmerman for their Innovation & Entrepreneurship workshops
Dr. Wei Zhang for her workshop on “Effective Mentoring Networks” · Dr. Johannes Weickenmeier for his workshops on “Scientific Writing” and “Career Planning”
Victoria Ludas Orlofsky and Courtney Walsh for a Series of Library Orientation Workshops
Edlyn Thompson-Mettle and Liliana Delman for their workshop on “Inclusive Teaching”
Dr. Rahmi Ozisik from Rensselaer Polytechnic Institute for his workshop on “Simulation tools in Chemistry”
Mariel Kolker from Morristown High School for facilitating discussions and learnings for teachers’ lesson plans
Debra Brockway and CIESE for the workshop series on curriculum development for teachers
Lastly, we thank all the research mentors for working with REUs and giving research seminars in our program:
Jae Chul Kim
Antonia Zaferiou
Johannes Weickenmeier
Nick Parziale
Patricia Muisener
Pinar Akcora
We also thank our external Invited Speaker Dr. Joe Stanzione from Rowan University who gave a seminar on “Advancement of Bio-Based Polymers and Composites Via Strategic Chemistry and Processing of Nature’s Xylochemicals”.