Five Things I Wish I Knew Before Starting an REU

By Hansuja Chaurasia, Peer Research AmbassadorText over an image. Bar the the top says "Student Research Blog" and bar at the bottom says "Five Things I Wish I knew Before Starting an REU by PRA Hansuja." Image is view of the biology Biodiversity Education & Research Greenhouses from the School of Pharmacy/Biology Building on Sept. 2, 2025. Scene depicts trees and plants next to a greenhouse.

When I was accepted into a summer research program at the University of Wisconsin, I was excited and nervous. I had no idea what to expect about spending ten weeks away from home with new people, in a completely different type of research environment. But that experience turned out to be one of the most influential parts of my undergraduate experience.

If you’re applying to a Research Experience for Undergraduates (REU), or just thinking about it, here are a few things I wish I’d known when I started!

1. It’s okay to be lost at the start.

When I arrived, I remember stepping into a room with students who seemed so confident, already debating coding languages, neural networks, and pipelines. Meanwhile, I was having difficulty opening my terminal window. What helped me was realizing that you’re there to learn, not to already have all the answers. Your colleagues and leaders are anticipating questions and asking them early on will help you get more comfortable sooner!

2. Your cohort is now your community.

Most REUs bring students from all over the country, so you will have people with different backgrounds and experiences. My group turned out to be one of the best parts of the program. We moved from discussing bugs in our code to strolling through farmers’ markets and going to drive-in movie theaters on the weekends. Take time to get to know the people in your program: they will be your best support system on those late lab nights and beyond.

3. Research can be different than what you are used to.

For me, I switched from doing research in a wet lab at UConn to computational modeling. I had to learn new software, think more abstractly about problems, and interact with data differently. Initially, I felt overwhelmed, but by the end, I realized that stepping out of one kind of research opened my skill set up more than anything else. Be open-minded, even though your project feels outside the scope of your comfort zone. It may turn out to be one of your most valuable experiences.

4. You’ll become more independent.

Unlike semester-long research where you might visit the lab once or twice a week, REUs are immersive. You’re responsible for managing your project, your time, and your problem-solving when things (inevitably) go wrong. That independence can feel intimidating at first, but it’s also incredibly empowering. By the end, you’ll look back and realize just how much you’ve learned: not only about research, but about yourself!

5. Don’t forget to explore outside the lab!

Yes, you’re there to do research, but you’re also spending a summer in a new place! Some of my favorite memories weren’t in front of my computer screen. They were kayaking, trying cheese curds for the first time, watching sunsets, and hiking with my new friends. Take time to enjoy where you are and learn about the community. Balance is what matters, and those days off work typically end up making the whole summer much more memorable.

Final Thoughts

Being a part of an REU was one of the most transformative things I experienced as an undergraduate. I gained new technical knowledge, became a more proficient researcher, and met people who continue to shape me today. My biggest advice is this: say yes to opportunities, be curious, and give yourself grace. You’re not expected to have it all figured out; you’re expected to grow!

Why Grad School Applications Aren’t as Scary as They Seem

By Breanna Bonner, Peer Research AmbassadorUConn Law School's stone exterior with the text "Student Research Blog" on top with "Why Grad School Applications Aren't as Scary as They Seem" on the bottom.

The fall semester brings up many unique feelings and responsibilities for UConn students: excitement about the start of the school year, dread of the first round of midterms, exhaustion about the course load, and anticipation for Thanksgiving break. For seniors intending to apply for graduate or professional school, the fall semester often brings feelings of anxiety and dread around starting the application process. Remembering the college application process personally brings a shiver down my spine; now as a senior applying for PhD programs, I find myself back in a similar position.

The bad news? Unfortunately, you DO have to go through the application process. There isn’t a shortcut or magic spell to get out of the standard requirements: essay questions, personal statement, letters of recommendations, etc. The good news? The skills that you use to find and pursue research in undergrad will be useful throughout this process. Here are some key similarities between the processes:

  1. Reaching out to professors of interest

Often, graduate and professional school applications will suggest that prospective students reach out to faculty at the school to see if their interests align with the students. In the case of PhD programs, most applications require it. While reaching out to these professors might seem daunting, it’s the same process as pursuing research in undergrad. In both cases, do your homework and email faculty to ask questions about the work they are currently doing. Consider reading How to Connect with Faculty for tips on making valuable faculty connections.

  1. Finding letters of recommendation

If you have ever applied to a research program such as BOLD or The Caxide Scholars Program, you know that letters of recommendations are often required for the application process. Especially when you are applying to take on a big project or degree, the application committee wants to know that faculty can vouch for your abilities. Graduate and professional school applications require multiple letters of recommendations for this exact reason. The etiquette for requesting letters of recommendation is simple: pick a professor who knows your abilities, try to reach out at least one month in advance of the deadline, and reach out a week before the due date with a check-in. While not required, it’s also a good idea to thank your professors after they have sent in the letter: remember, they put a lot of time and effort into those! Refer to OUR’s guide to letters of recommendations  for letter request templates.

  1. Nailing the personal pitch

Both research applications, reaching out to join a professor’s lab/project, and applying for graduate/professional school all require a personal pitch. Simply put, can you explain who you are, what research you want to do, why you want to pursue it, and what makes you uniquely qualified? If so, you’ve nailed the art of the personal pitch. If you’re lost on what to say, reach out to a peer research ambassador or a trusted advisor/ faculty member to help brainstorm.

Although applying for graduate or professional school might on the surface seem daunting, many of the skills that you utilize in pursuing research transfer over to the application process. Remember to thank your recommenders, reach out to trusted advisors for help, and utilize the resources of OUR. Good luck, we got this!

Performative or Passionate: Why Do YOU Want to Do Research?

By Julia Armington, Peer Research AmbassadorImage: UConn students sit and study on the Founders Green near Wilbur Cross among the fall foliage. Text above reads: Student Research Blog and at the bottom of the image, "Performative or Passionate: Why Do YOU Want to Do Research?" by PRA Julia

Coming into college as a pre-med student, I had many expectations and aspirations for my time at UConn. I looked at college as a checklist and one of the main goals I knew I needed to address was getting into a research lab. To me, research was a rite of passage, and if I got into a lab, I would be set. But the process I endured was not as simple as I had thought.

I searched and searched UConn’s Molecular and Cell Biology and Physiology and Neurobiology department pages, looking for labs that were willing to take on an undergraduate student. Under the impression that only research in a biology department would be highly regarded, I went in with a closed mind and little idea of what I would actually be doing. After I had met with a few labs to discuss their research, I felt unengaged and unenthusiastic about the process that I had been gearing up for. Little did I know, I skipped arguably the most important part of getting involved in research. I didn’t know why I wanted to research or what I wanted to get out of the experience. These roadblocks were vital to the next steps I took to finally pin down what I found interesting and why I was doing it all. So, this is what I did:

Reflected on my Personal Experiences & Interests

A big part of what led me to my major in Biomedical Engineering was my experience with sports medicine and learning from what my orthopedic surgeon had to say about recent developments and literature. When I reflected on this experience, I recognized the interest I had expressed in this topic made me want to inquire and keep learning more. This continued interest past the basic knowledge of the topic inspired me to absorb as much information as I could and proved to be something I was passionate about.

Considered my Learning Style

I have always been a visual learner. Freshman year, entering all my general education and major requirement classes with 100+ people in every class, I knew I had to find a way to complement my learning outside of lecture. I noticed I learned a lot more when I participated in the lab sections of my classes and so, I knew I would like to have some wet lab experience pertaining to my major. This is an important consideration when it comes to research that many students don’t recognize. Research is not just a resume booster it is an excellent learning experience to add depth to your academic experience.

Thought Outside the Box

Academics can feel restricting. It can be hard to take the time to actually learn the content when the pressure of getting good grades is looming. This is the great part about research: you’re not there to get graded! Research is an experience to expand on your classroom knowledge and you don’t have to be right. Additionally, research does not even have to pertain to your major. If there is a topic you feel strongly about and you are willing to put the time into researching it, do it! Research is the space for you to express your interests and learn as much as you can about your passions.

At the end of the day, it is important to carefully think about what’s motivating you to join a research lab. Will you enjoy showing up to some random lab every other day because it looks good on your resume? Or would you rather show up to a lab that’s researching something you have always wanted to know more about? Take the time to consider your interests, motivations, and learning methods. This will make the process of meeting with a professor about their research much more digestible when you go in with a clear mind and goal in sight. Don’t forget: in order to do research, you have to do your research!

Undergraduate Research Assistant in REINVENT-PT Lab

Opportunity Description

The REINVENT-PT lab (REhabilitation INnoVations & Emerging Novel Technologies in Physical Therapy, PI: Dr. Sudha Srinivasan) at the University of Connecticut (UConn) is interested in understanding developmental trajectories of individuals with developmental disabilities including Autism, Cerebral Palsy, Down syndrome,and Intellectual Disability across the lifespan.

We are interested in studying how children with developmental disabilities explore their physical and social environment compared to typically developing peers and the cascading effects of motor difficulties on a child’s social communication and cognitive development. We are also interested in assessing health-related outcomes in adolescents and young adults with developmental disabilities, including their physical activity and physical fitness levels. Based on our understanding of the developmental trajectories of individuals with disabilities, our goal is to develop multi-system, engaging, evidence-based, behavioral interventions and assistive technologies to empower the lives of people with disabilities.

At present, the lab has 1 federally funded (funded through the National Institutes of Health) research project: a randomized control trial exploring the feasibility and efficacy of a novel upper extremity home-based training program using ride-on toys and navigational games to improve upper extremity function and spontaneous use in children with hemiplegia. Specifically, we are interested in comparing our novel ride-on toy intervention (called SPEED training) with a program based on conventional occupational therapy involving seated arts and craft activities (called CRAFT training).

Student Qualifications
We are looking for passionate, energetic, and empathetic undergraduate students interested in working on projects involving infants, children, and adults with disabilities. Students can pursue research at the lab for credit, for work study, and with the potential of converting a subset of the research into an honors Thesis. Students are required to commit to pursuing research in the lab for at least 2-3 semesters for the experience to be meaningful for students. Students are required to complete CITI training given that our research is with human subjects (details will be provided by the study PI).

How to Apply
Students from diverse backgrounds including but not limited to psychology, physiology and neurobiology, biology, exercise science, communication sciences, allied health, and education are encouraged to contact Dr. Sudha Srinivasan at sudha.srinivasan@uconn.edu. Please attach your CV/Resume and your unofficial transcript to your email. Please also copy the lab’s Research Specialists, Ashley Guillot (ashley.guillot@uconn.edu) and Maddie Jakubowski (madeline.jakubowski@uconn.edu), on your email.

Mentor: Dr. Sudha Srinivasan, Assistant Professor
Department: Physical Therapy Program, Department of Kinesiology
Email: sudha.srinivasan@uconn.edu
Timing: Spring 2026, Ongoing
Campus: Storrs

Research is for Everyone: Shining a Light on Social Science and Humanities Research

Entryway sign at North Eagleville Road on a fall day.By Olivia Joyce, Peer Research Ambassador

There is a common narrative that all research happens in wet labs and only is occurs in STEM fields with lab coats and beakers. However, this is far from accurate. Every full-time faculty member here is engaged in some form of research in all fields and departments at UConn. Research is designed for all fields, and everyone belongs in research no matter their major or background. I have been lucky enough to engage in several different social science projects research throughout my time here at University of Connecticut in fields like Political Science and Psychology. Social science research can help us explain things that can’t be captured through experiments and lab work, but instead can help us explain society and behavior.

As a Political Science and Statistics major, I have participated in many meaningful projects in the social sciences. An important experience to highlight was my summer spent participating in the Social Science, Humanities, and Arts Research Experience (SHARE) program through OUR. This was one of my first research experiences, after the summer of freshman year. I worked with Dr. Zehra Arat, a faculty member in Political Science. Throughout the summer I helped to work on her book about Human Rights trends and language in Turkey. This project gave me a good look at different methods in political science from qualitative data organization and quantitative data analysis, while working to understand trends over time in human rights language and how it differed based on time period and party affiliation. Social science research is incredibly diverse methodologically and you can find something that fits all interests!

I also previously worked as a research assistant for CIRIRIGHTS, where I was working to research acts of violence throughout the entire world, including variables like extrajudicial killings and torture. It is clear that there needs to be more accountability and protections against violence across the world, and this is the impact that can be made with social science research – it can be used to identify problems and help make the push for a safer world for all. This past summer I received a Caxide Scholars Grant, to explore a project titled “Legal Protections Against Non-State Actor Torture: The Case of Gender-Based Violence in the United States.” I focused on torture provisions in the United States, and what states had protections from torture in their legal codes. There have been no significant pushes to include torture protections under many state laws or federal laws, which means many forms of violence remain unprotected to the fullest extent of the law.

There are so many opportunities with the humanities and social sciences. Research in these fields is incredibly valuable, and every student should take the opportunity to explore opportunities to research and expand knowledge in their respective fields. Research in these fields start with questioning something we are seeing and why it happens. Sometimes social science research is not as cut and dry as STEM research. It is harder to run experiments on social phenomenon. Social science research is incredibly different and the experience of doing research is very different, but it is still just as valuable and important for expanding and pursuing knowledge. Social science research can play a role in making incredible change and impact in the world, and everyone can participate (even STEM majors) in social science research and help to make an impact on the world. Social science research can have implications across so many different fields, from government, policy, and social movements. Research is for everyone, and social science research can teach you so much about yourself and your interests!

Meet the PRAs: Hailey DeWalt

Meet Hailey DeWalt ’26, an OUR Peer Research Ambassador majoring in Molecular and Cell Biology and Healthcare Management and Insurance Studies

What is the focus of your research/creative activity?Text that reads "Meet the PRAs" in upper right corner. Photo of a Peer Research Ambassador in the middle. Text that reads "Hailey/Peer Research Ambassador" in lower left corner.

I currently work in two research labs on campus! In one, I study the microbiome of the Hawaiian bobtail squid and its potential for antibiotic discovery and development. In the other, through the psychology department, I explore how religion and spirituality intersect with health and human flourishing. While these projects may seem unrelated, both reflect passion topics for me and allow me to think about healthcare more deeply—from scientific discovery to the human experiences and inequities that shape it.

Why did you get involved in research/creative activity?

I actually stumbled into research a bit by accident—I knew I was curious about it, but I didn’t realize just how much it would shape my college experience. At UConn, I quickly learned that research is incredibly multifaceted, with opportunities that extend far beyond the hard sciences. What excites me most is that I can shape my projects around my own interests and use research as a way to dig deeper into questions I care about. It’s not just about learning things are how they are, but asking why and exploring possibilities.

What advice would you give to aspiring student researchers?

Don’t limit yourself! If you have a “crazy” idea or a random topic that sparks your curiosity, run with it. Chances are, there’s already a lab at UConn exploring something similar (or exactly that!)—and if not, that just gives you the chance to create something of your own. Research should be something you genuinely enjoy and feel excited to pursue, not just something you check off a list. Take the time to reflect on what lights a spark inside of you and give it a shot—you never know, it might grow into something greater than you ever imagined.

Describe the impact your research experience/creative activity has had on you.

Research has been one of the most meaningful parts of time at UConn. I never imagined becoming so immersed and passionate about it—especially across such different fields—but once I got started, I just couldn’t stop. I’ve loved being able to keep exploring, turning bold ideas into projects, and challenging myself to create rather than just accept. Along the way, research has given me not only a richer education, but also a creative outlet, a space for advocacy, and the chance to meet incredible people who have shaped my journey.

What are your plans after graduation? How has involvement in research/creative activity influenced your plans and/or prepared you for the future?

After graduation, I plan to attend medical school. Research has been instrumental in preparing me for this path by teaching me how to think more critically, approach problems with persistence, and adapt when things don’t go as planned. It has also shown me how science and medicine can address broader social issues, and how advocacy can transform injustice into opportunities for change. These lessons will continue to guide me as I pursue a future career in medicine and work toward making a meaningful difference in patient care.

Meet the PRAs: José Matute Gálvez

Meet José Matute Gálvez ’26, an OUR Peer Research Ambassador majoring in Molecular and Cell Biology, Allied Health Sciences and Biochemical Systems in Health and Disease (individualizedText that reads "Meet the PRAs" in upper right corner. Photo of a Peer Research Ambassador in the middle. Text that reads "Jose/Peer Research Ambassador" in lower left corner. major).

What is the focus of your research/creative activity?

My research focuses on designing light-sensitive small molecules that can be used to investigate how cells communicate with one another. In particular, I am developing “photoswitchable” compounds that target calcium release-activated calcium (CRAC) channels, which regulate calcium entry into cells through store-operated calcium entry (SOCE). By attaching light-sensitive groups to known inhibitors of these channels, I can switch their activity on and off with specific wavelengths of light. This precise control makes it possible to study cellular signaling in ways that traditional methods cannot, offering new insights into how calcium regulates key biological processes.

Why did you get involved in research/creative activity?

Transferring from Manchester Community College was a big change, and it came with a desire to prove to myself that I could both succeed and find my place at a large university. Getting involved in research not only helped me build a new community but also showed me how the concepts I learned in class applied to real scientific discovery. Once I joined the Kienzler Laboratory, I discovered that I enjoyed both the creativity of organic chemistry and the problem-solving involved in testing molecules in living cells. This experience ultimately led me to develop my own independent project, secure funding, and present my findings to diverse audiences, experiences that have been some of the most rewarding parts of my undergraduate journey.

What advice would you give to aspiring student researchers?

Be open-minded and persistent. You don’t need to have everything figured out before you start. What matters most is your curiosity and your willingness to adapt. Don’t be afraid to reach out to faculty or mentors, even if their research is outside of your knowledge’s comfort zone. Most importantly, remember that research is full of trial and error. The setbacks are just as valuable as the successes, and both will help you grow as a student, researcher, and person.

What do you enjoy the most about participating in research/creative activity?

I enjoy the moments when everything finally comes together, whether it is successfully synthesizing a molecule after weeks of troubleshooting or seeing that the compounds I created actually work when tested in cells. Presenting my research at conferences and symposiums has made those moments even more meaningful, as I get to share the hard work behind the discoveries with others.

Describe the impact your research experience/creative activity has had on you.

Research has taught me resilience, patience, and the ability to think creatively about complex problems. It has given me the confidence to design and lead projects on my own from start to finish, skills that I know will carry over into my career in dentistry. Most importantly, it has shaped the way I approach challenges, not as obstacles, but as opportunities to learn and grow.

What is your greatest accomplishment so far?

My greatest accomplishment so far has been developing my own independent project in the Kienzler Laboratory and seeing it grow from an idea into a funded research project. Receiving the IDEA Grant and being selected for the University Scholar Program were affirmations of my hard work, but the most rewarding part has been sharing my research through presentations. I am especially excited that this journey is now allowing me to travel to San Antonio to present at a national conference.

What are your plans after graduation? How has involvement in research/creative activity influenced your plans and/or prepared you for the future?

After graduation, I plan to attend dental school. My involvement in research has strengthened my problem-solving skills and given me a strong foundation in scientific thinking, which I believe will help me become the best clinician I can be. It has also shown me the importance of mentorship, and I hope to continue supporting other students, especially those who are first-generation, from minority backgrounds, or transfer students, in finding opportunities that will shape their own paths, just as they have shaped mine.

 

The Beast of Imposter Syndrome

Text that reads: "Student Research Blog" on top with "The Beast of Imposter Syndrome by PRA Ashly" at the bottom. In the middle of the two texts is an image of two students sitting in silhouette back to back on either side of a wall. A window behind them illuminates them. By Ashly Gasior, Peer Research Ambassador

Who do you think of when you think of a researcher?

Personally, I think of a crazy genius who has never gotten a B and is graduating early.  In reality, the vast majority of researchers are NOTHING like this… and yet we still compare ourselves to this gold standard.

There is no such thing as “smart enough” to do research.  Research is creative and inspiring and rewarding… but it is also incredibly humbling.  You will make silly mistakes, you will forget things, and there will be times you feel incredibly unqualified to do research.  But mistakes are how you learn and grow, and it can be really tough to separate your worth from the mistakes you make.  Imposter syndrome is when despite obvious evidence of your accomplishments, you still doubt your own success and abilities.  This mentality can cause persistent feelings of anxiety towards your research, and poses a significant barrier for a large number of researchers!

So… how can we go about avoiding falling into the pit that is imposter syndrome?

  1. Remember, it is normal.

When you start getting really in your own head about your capabilities, it helps to step back for a moment, and remember that it is not just you.  Almost everyone has doubts about the work they are doing, so your thoughts have nothing to do with your aptitude.

  1. Mistakes are GOOD!

My motto is “all information is good information” (see our recent post from PRA Andrei to learn more about making “new” mistakes!)  If ten things don’t work, you know now ten more things about what you are studying!  Yes, it may not be what you wanted, but before you find something that works, you need to know what doesn’t work.  This also applies to silly mistakes like breaking glassware or setting something up wrong; good technique is a learning process!

  1. Keep track of what you’ve accomplished

If you’re doubting your own abilities, a point-blank way of approaching this is to make a list of all the awesome things you’ve done!  Don’t disregard five accomplishments for one mistake.

And remember… if your research is taking too much of a toll on your mental health, don’t be afraid to reach out for help.  I’ve included some resources here:

UCONN Mental Health Resources

Immediate Support Resources

SHaW’s Contact Info & Hours

You’ve got this! The world needs your research and creative work.

Meet the PRAs: Ashly Gasior

Meet Ashly Gasior ’27, an OUR Peer Research Ambassador majoring in Chemistry and Physics and minoring in Mathematics.Text that reads "Meet the PRAs" in upper right corner. Photo of a Peer Research Ambassador in the middle. Text that reads "Ashly/Peer Research Ambassador" in lower left corner.

What is the focus of your research/creative activity?

The focus of both my current and previous research has been applications in radical chemistry.  Previously, I worked on using electrochemistry to create greener synthesis methods, and currently I am working on using spectroscopic techniques to access to the quantum behavior of unpaired electrons.

Why did you get involved in research/creative activity?

I got involved in research because I was curious as to how all of the theoretical science taught in our coursework is actually applied.  I was interested in doing graduate studies, so I wanted to see what it actually meant to do research!

Describe the impact your research experience/creative activity has had on you.

Research has completely opened up a new sphere of my brain.  It’s one thing to be good at math and science – it’s another to be able to creatively engage and add to your field of study.  Being able to sit down and attempt to figure something out that no one has before requires you to train your brain to think in a new way, and although it was a bit humbling in the beginning, the process was so incredibly rewarding!

What are your plans after graduation? How has involvement in research/creative activity influenced your plans and/or prepared you for the future?

My plan after graduation is to pursue a PhD in physical chemistry!  My involvement in research has prepared me in a way no other academic pursuits could have.  From laboratory training, to developing my own project proposals, to designing experiments, to presenting my work, to writing my own journal papers; I feel more than ready to start doing graduate level research.

 

Congratulations, You Landed a Role in a Research Project! So…Now What?

By Alana Wolfson, Peer Research Ambassador

First of all, you should be extremely proud of yourself, so celebrate! You got through the first hump of sending out cold emails, preparing elevator pitches, and even networking with professor(s)/UConn faculty. You already made the first big stepAn aerial view of the fall foliage around the UConn campus in Storrs in the center. Text above reads: Student Research Blog.  Underneath reads, "Congratulations, you landed a role in a research project! So...now what? by PRA Alana" of finding your passion and navigating undergraduate research. 

I know when I started my research endeavors at UConn, I was constantly asking myself: How do I prepare myself? How much do I have to know? What if I fail? Is this a stupid question? The list goes on…I eventually learned how to get over that intimidation factor and feel prepared. 

Talk to Your Research Team 

Communication with your research team is the best way to get over that intimidation factor. Whether it consists of talking to your PI/Professor, post-docs, grad students or even other fellow undergraduates, open communication is key. Any questions, concerns, or ideas you pick up along the way should be shared with your team. Your research group does not want you to feel intimidated! Asking questions and having open dialogue with your team will strengthen your relationships and even lead to new projects. From personal experience, asking questions or even bringing up ideas from a paper sparks the best conversations (nerd out all you want ). 

Additionally, open dialogue is essential in preventing problems. As an example, if you work in any setting with possible hazards, you need to have clear communication with your team. Clear communication is essential for your safety and prevents potential problems caused by miscommunication. No question is stupid, especially when it comes to your safety.  

Do Some Reading 

Almost every research project requires lots of reading! Reading your professor’s past work, or articles that relate to your lab/group are extremely helpful. That can consist of skimming through a bunch of abstracts/summaries (the first paragraph that appears in an article), or reading full papers is a great start towards getting prepared. This allows you to further understand the work that goes on in your team and create new ideas! I personally like to download PDFs of articles and take small annotations using an edit tool. This definitely comes in handy when you start writing!! 

Go Easy on Yourself 

You are here to learn and explore your passions. The whole purpose of college is to further your experiences, and education. If you are frustrated because a lab technique is difficult, you are unfamiliar with some jargon, or have a ton of writing/reading, take a DEEP BREATH. You are still adjusting and are working on yourself. This piece of advice can apply to honestly anything in college. Life is about improving and steady progress. Don’t feel as if you have to know everything when starting out! 

Take a deep breath, because you got this! Feel free to reach out to myself or any of the PRAs (Peer Research Ambassadors), if you would like to talk or learn more about the Office of Undergraduate Research.