spotlight Articles

Each month one of our collaborators is featured here. Below you can find information about their current research, their life in science, and why EDU-STEM is important to them.

Celebrating Community College with Catherine Creech

Research and theory are an important part of advancing education—but they’re useless unless someone puts them into action. Catherine Creech is an instructor who does just that, working hard every day to improve her students’ experiences and education as a whole.


Catherine is a professor at Mt. Hood Community College, an institution based in Gresham Oregon. She teaches biology classes and labs, and is currently on year 3 of 4 in a tenure track. When not in the classroom, Catherine can be found attending the local Mushroom society meetings. As a mycologist, Catherine searched for the perfect mushroom hunting location when relocating after her education. She and her wife chose Oregon because it captured both their interests. “We needed somewhere with lots of mushrooms and lots of beer—cause [my wife] works in beer.”


Though she now holds a Masters in Mycology and is a model Biology professor, Catherine didn’t always have a passion for science—or school in general. Catherine wasn’t exactly thrilled with the prospect of college when she graduated high school. She only enrolled at community college because her parents thought it was important. She started out as a Psychology major because people fascinated her and the classes were fun. Biology was the furthest thing from her mind until she found that her course required a biology credit. She grit her teeth in preparation to slog through a course that didn’t interest her, but early on in the class she saw something that changed her perspective completely - a time lapse of plants growing.


“It blew my mind,” Catherine said. “[The plants] were dancing, and climbing, and there were vines moving like tendrils. I felt like I didn’t understand how much I was missing about the world until I saw that.” The experience was such a revelation to her that Catherine immediately changed her major to Botany and transferred to San Francisco State to study the subject further. Mushrooms were consistently her favorite subject, so she chose to pursue a Masters in Mycology. Part of the program required her to TA in an undergraduate lab. This was her first real introduction to education research, as the lab had used active learning pedagogies and had a partial focus on teaching and learning strategies and the data behind them. Catherine enjoyed the experience so much that she decided then and there that she wanted to become a biology professor.

pseudohydnum gelatinosum AKA Cat's Tongue—One of Catherine's favorite fungi

She was—and still is—motivated in part by her desire to inspire a love of biology in her student, but Catherine also aims to expand students' conceptions of what succeeding in science means. She’s a knowledgeable college professor, but she’s also someone who knows what it’s like to have had to work three jobs on top of classes, or to have dyslexia and need extra time to learn how to read textbooks. Catherine wants her students to know that she was never the perfect Valedictorian and she struggled quite a bit - but she still succeeded.


Her choice to teach at a community college was informed by her previous experience at one. “I’m a huge community college advocate - I went to community college, my mom went to community college, I actually went to the same one she went to.” For Catherine, the community college model allows her to put her students at the center of her curriculum. At Mt. Hood, class sizes tend to stay below 30 students. This allows her to cultivate a meaningful relationship with everyone attending class. Lab settings are even more intimate, averaging around just 16 seats per section. Mt. Hood doesn’t use TAs or lab assistants, which means Catherine gets to work closely with all of her students. On top of that, there’s no expectation for her to be conducting research between classes—her 40 hours a week are completely devoted to her students.


Catherine believes that community colleges offer more than just attentive, student-centered learning though. “Community college is a perfect ‘bridge’,” She said. Situational, financial, or any other number of factors may not align for students who want to pursue a B.A. or B.S. after high school, and community college can help to ease them into higher education. Compared to four year institutions, community colleges tend to cost much less and allow a greater level of flexibility in student’s schedules. Community colleges also tend to put a higher emphasis on teaching their students learning skills and strategies. Once they graduate, they can transfer to a four year institution and start as a junior.


However, not everyone who attends community college wants to transfer. Some may take classes as a means of “trying out” higher education to see if it’s for them. Others might be pursuing a 2 year degree - a choice that allows them to avoid major debt and have more freedom in choosing electives. Some community college students attend class sheerly for pleasure, like a friend of Catherine’s from the mushroom society who takes biology classes for fun - at the age of 70!


Catherine is a die hard believer in the importance and worth of community colleges - she’s seen first hand how helpful they can be. With another school year starting she’s excited to continue the job she’s passionate about and help students. This year she’ll be teaching a mycology course that hasn’t been available 15 years - and she’s clearly the perfect candidate to bring it back. Professors that care deeply about their students and the topics at hand are the lifeblood of effective learning, and Catherine is one such professor that will continue to make a difference in the lives of those seeking education.

Written by Samantha Brandt

Spotlight Archive

Every change counts: encouraging inclusivity with Jeremiah Henning

The first step to improving a system is understanding its shortcomings. Jeremiah Henning, though still a relatively new instructor, already understands the importance of pushing for healthier environments—both within higher education and in the natural world.

Jeremiah is an assistant professor at the University of South Alabama, where he teaches a variety of biology courses. Outside of his work with EDU-STEM, Jeremiah’s main focus is ecology, and most recently, how climate change affects the intricate relationships between plants and the microbes that live in them. Read more.

Breaking down barriers in biology: Cissy Ballen

Cissy Ballen has a history with the study of teaching and learning that stretches back to her time as a student. Today she works as an assistant professor of discipline-based education research in the department of biological sciences at Auburn University—where she also leads her own lab. Cissy’s research uses collaboration with undergraduate students and other professionals to investigate the causes and consequences of performance gaps in education.


Cissy attended the University of Minnesota as an undergraduate, eventually graduating with a degree in fisheries, wildlife, & conservation biology and minor in biology. During her time as a student she worked with Sehoya Cotner, researching the impacts of educators’ gender on their students. Read more.

James Hewlett: A Veteran of teaching and learning

When James Hewlett started work as a Biology professor at Finger Lakes Community College in New York, he was fresh out of graduate school and had to learn as he taught. 22 years later, he’s become a champion of education and has dedicated himself to countless projects — all aiding in the development of the Biology courses that he loves.


Hewlett’s passion for Biology was kickstarted by an educator in his past. “Like a lot of people I took a class in highschool, and I had a teacher - my biology teacher - who was inspirational, and I fell in love with biology.” After graduating, he knew he wanted to pursue the subject further, but being a first generation college student, he didn’t know what kind of options he had within the field of biology. Read more.

A Unique perspective on teaching and learning

Rachael Robnett, an associate professor at the University of Nevada, Las Vegas, has been fascinated by the complexities of identity and interaction since she was a child. It didn’t take long for her to realize the ways in which girls were treated differently, and today Rachael studies the relationship between women and the STEM field as well as general issues of equity in science.


Rachael’s interest in human interaction was a constant, but it wasn’t always her intended career path. She began as an education major, planning to teach English or Spanish as a second language. However, Rachael soon discovered that K-12 education wasn’t her match. While exploring her options, her interest in gender led her to study psychology, and eventually join a research lab that she would work in during her undergraduate education. This was when she realized that she could make a career out of investigating the phenomenon that were inherently interesting to her — she was immediately sold. Read more.

Marcos García-Ojeda: Expanding Teaching and Learning

Innovation takes creativity, an open mind, and more than a bit of determination. Lucky for us, Marcos García-Ojeda excels in all categories. Marcos is a professor and researcher at the University of California Merced with passion and dedication for improving teaching and creating inclusive and effective environments.


Marcos’ work in education began when his spouse was diagnosed with cancer and had to pursue treatment hours away from the small-town Merced. When faced with the decision to either maintain his lab work or support his spouse, the choice was clear for Marcos. He exchanged his research for a teaching position and embarked into new territory. Read more.

Research in the Classroom: Sheritta Fagbodun's Mission

Effective teaching isn’t always easy to define, and the invisible factors that affect the success of a curriculum can be even harder to recognize. Luckily, the EDU-STEM network has researchers like Sheritta Fagbodun, who are used to searching beyond what the human eye can see.


Sheritta is employed at Tuskegee University, where she carries out research on nematodes in her newly opened C. elegans research lab. The current goal she is working towards involves the use of inhibitors to identify genes that could have potential uses in antihelminthic drug development. Her work also involves students in the investigative process, allowing them to learn through hands-on experiences with maintaining organisms, culturing bacteria, and more. Read more.

An Interview With Carrie Hall

From boot camps to bugs to bioacoustics, Carrie Hall has a wide range of experience. Carrie works at the crossroads of environmental health and animal behavior, often drawing on her other work as a behavioral ecologist. Her research focuses on insect systems, covering a wide range of topics including bioacoustics, conservation, and the impact of environmental changes on behavior. Her lab, however, serves a dual purpose - she studies teaching and learning, largely because of her previous experiences. Read more.