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2016 Advocate for Education Award Recipients – Gene Sharratt


Gene Sharratt

Introducing
Gene Sharratt

Dr. Gene Sharratt is currently the Executive Director for the Association of Educational Service Districts and OSPI Professional Learning Network.  Prior to this position, Dr. Sharratt served for three years on Governor Inslee’s Cabinet as Executive Director of the Washington Student Achievement Council. The Council is the lead state agency bringing together all sectors of the state’s education system, early learning through higher education, to improve access, attainment, and outcomes for all Washingtonians.

Before joining the Governor’s Cabinet, Dr. Sharratt spent ten years as a clinical assistant and associate college professor for Washington State University.  He served 30 years as a K-12 teacher, principal, school superintendent, and ESD superintendent in international and public schools.   This experience was in Washington, Alaska and Norway.

Dr. Sharratt has published numerous articles in professional journals and magazines.  Gene is the author of “Keeping on your Feet,” an inspirational book of how to overcome challenges in a positive and healthy manner.  He is the past president of the Washington Educational Research Association.

Education
  • Ph.D. — Washington State University
  • MA — Pacific Lutheran University
  • BA — Washington State University
  • AA — Highline College
Some of Gene’s awards
  • Excellence in Leadership Award — College Success Foundation (2016)
  • Leadership in Science Educ. Award, Institute for Systems Biology (Valarie Logan) Award (2015)
  • Distinguished Alumnus Award, Highline College (2015)
  • Lifetime Legacy Award, Washington Association of School Administrators (2013)
  • Lifetime Achievement Award, Association. of Washington School Principals (2013)
  • Lifetime Legacy Award, College of Education, Washington State University (2013)
  • Distinguished Alumni Award, College of Education, Pacific Lutheran University (2009)
  • Washingtonian of the Year, Washington Association of Business and Educational Leaders (2004)
  • Distinguished Alumni Award, Washington State University (1999)
  • Washington State School Superintendent of the Year (1991)
  • National Educational Administrator of the Year Award, NAEOP (1988)
  • Washington State Administrator of the Year, WAEOP, (1988)
  • Outstanding Teacher Award. Pi Lamda Theta Educational Honorary Society, WSU, (1982)

Kathy Nitta: Never done learning. Never done teaching.

Kathy Nitta

Never done learning.
Never done teaching.

By C. Brandon Chapman
Sept. 26, 2016

Kelp may be the new kale, and orange may be the new black, but if you want the snowclone that Kathy Nitta obviously believes in, it’s this: when it comes to age, apparently 50 is the new 20.

That’s because even though Kathy is now in the third age bracket, she’s attending classes at WSU, a feat usually undertaken by Millennials who were in diapers at the same time as Kathy’s own children.

When we’re trying be a little more euphemistic, we might call this type of student “non-traditional.”

So why the heck would someone already in their age of fulfillment do this? Good question.

And while you’re trying to figure that out, here’s the real kicker: she already has a full-time job as a senior lecturer at Gonzaga University.

Not only that, she’s pretty darned decent at it, winning the Gonzaga School of Education 2016 Faculty Excellence Award.

Her award certificate from Gonzaga states, about Kathy: “A member of our faculty who models the mission of the University and the School of Education in her personal and professional life, contributes to the improvement of processes and practices in order to enhance our work together, and is respectful and supportive of the common good.”

In other words, Kathy is a rockstar.

But not one to be content, she is currently a Ph.D. candidate in the WSU College of Education’s mathematics and science education program. She says it was her professional relationship with WSU’s clinical associate professor Janet Frost that led her to the doctoral program. But this is the latter part of the story, and to better understand it, we must go back in time.

A long career takes a slight but strategic shift in direction

Kathy is from the Tri-Cities. She attended high school in Richland. When it was time to head away to college, she chose Gonzaga. She completed her bachelor’s degree in biology, and completed the secondary teacher certification program.

From there, nothing about Kathy’s story seems extraordinary, though by all accounts, she was an extraordinary teacher. She remained in Spokane and taught in a K-8 school. In those very early years of her teaching career, she completed coursework to add a mathematics teaching endorsement to her certificate. She then completed her master’s degree at Gonzaga in Educational Administration, and earned a certification for being a K-12 administrator. She stayed at the K-8 school for 14 years, the last three of which included being an assistant principal. She then taught high school for 14 years.

But, she wasn’t done with Gonzaga. Not yet.

“After earning two degrees there, I decided that someday, Gonzaga was going to pay me, instead of me paying them,” Kathy jokes.

She began teaching a secondary math methods course at Gonzaga in 2007 as an adjunct instructor. That opened up the door to moving to full-time teaching at Gonzaga, which happened in 2011.

She currently teaches mathematics and science methods courses for elementary certification candidates.

Deborah Nieding, chair of Gonzaga’s Teacher Education Department, says Kathy makes every effort to support the teacher candidates throughout their developmental stage.

“She is an excellent role model who makes learning relevant, meaningful, and fun,” Nieding says. “Kathy is completely dedicated to giving 100 percent to all she does. She is always willing to try new and innovative ideas. She is a reflective practitioner who is willing to revise and try again. She models commitment to excellence in all that she does.”

Assistant professor of teacher education Anny Case says while it’s true that Kathy never stops learning or refining her practice, that’s not what makes her such a valuable resource to her pre-service teachers.

“Pretension and posturing are all too common in academia, but Kathy does not fall into either of those traps,” Case says. “Instead, she is genuine, not afraid to speak her mind, and also humble enough to accept and learn from the good in alternative perspectives. She’s one of the most intentional, reflective professionals I’ve ever encountered, with a strong moral compass that guides her decisions.”

A good fit

The WSU College of Education math and science education doctorate degree helps graduates make important contributions to the field. Maybe that’s in research. Maybe it’s in various learning environments. Or maybe in some professional context. Regardless, this education increases their versatility.

Just the kind of program a person would love if they didn’t have, say, a full-time job as an award-winning instructor at Gonzaga.

But that’s exactly what Kathy has. So, like stuffing 10 pounds of potatoes in a five-pound sack, Kathy finds herself pulled in all directions. But she has a keen understanding of how to balance the schedule correctly.

“It is very challenging in terms of the time commitment, but my first priority is my teaching at Gonzaga,” she says. “My students deserve my best efforts, so I continually focus and reflect on my practice as a teacher educator.”

It’s that same dedication to her craft that led her to the math and science doctoral program – after meeting Janet Frost, now director of WSU’s Health Sciences STEM Education Research Center, as part of a collaborative math grant.

“This grant funded opportunities for me to grow professionally as the mathematics department chair at the high school where I was teaching,” Kathy says. “As I considered moving from teaching in high school to teaching at Gonzaga, Janet became a mentor whom I often consulted. She shared that faculty in the WSU College of Education’s Teaching and Learning Department were creating a doctoral program in Math and Science Education, and she encouraged me to apply.”

Ah, but for a working-class individual, the great logistical heartbreaker is usually not even one of time, but distance.

As it turns out, Kathy knew up front that this wouldn’t be a deterrent in this case. How? Well, to make a short story long: technology. That’s what makes it work for the wide array of people.

“This program is designed to support a broad range of students, interests, and goals,” Frost says. “That includes full-time students, part-time students working in their studies around established careers in education, students bound for research-focused university positions, teaching university positions, K-12 positions, or STEM professions outside of academia.”

The courses are delivered through AMS. And Kathy says through Google Hangouts, Google Docs, and other online applications, she has been able to collaborate with students in the program located on all the other WSU campuses.

“At first it was a little strange, but it became the norm, and for the most part works rather well,” she says. “I have created great relationships with other students in the program, even though we are not physically located on the same campus. The unique structure of this program allowed me to pursue this doctoral degree. I would not have been able to leave Spokane and my teaching position to pursue this degree.

Doctoral program has created a win-win situation

Kathy has found her coursework has already contributed to her professional development as a teacher educator.

“Through the synthesis of research, I have identified problems of practice in my teaching at Gonzaga and have been able to approach those problems with a stance of inquiry,” she says. “I have applied much of what I have learned in my Ph.D. program to my teaching at Gonzaga.”

But it’s not just a one-way street. Kathy says her teaching at Gonzaga has also informed her doctoral coursework.

“I have found leveraging the intersections between the teaching and the coursework to be essential and vital to keeping it all together,” I believe this is also the reason that my department nominated me for the award.”

Frost says the award is certainly earned.

“It not only validated her hard work and its effects on her teaching and that of her colleagues, but also because it helps other teacher educators understand what a valuable resource she is for improving their own practice,” she says. “Students who complete our program are well prepared to step into their ultimate professions, regardless of the context, and to help initiate collaborations among teachers, teacher educators, and researchers.

Nieding was even more to the point: “Kathy is the teacher I wish for all learners.”

Kathy is currently considered a doctoral candidate, as she passed her prelims in Fall 2015, and is working on her dissertation proposal, which seeks to understand how to support preservice teachers’ learning and development of mathematics teaching practices. Kathy says she thinks this intersects nicely with her teaching at Gonzaga.

Life, love, and ‘Zags basketball

ESPN analyst Jay Bilas said, about Gonzaga basketball fans: “They go to school, they do their homework, they shake hands, they say please and thank you, but once you throw that ball up they will rip your heart out and watch you bleed.”

Warms your heart doesn’t it?

This talk about Kathy is all well and good up until now, but for the basketball fans in the room, let’s get down to the nitty-gritty.

Is Kathy a basketball fan? Is she a rabid, dyed-in-the-wool ’Zags enthusiast? Does she show up at 5 in the morning on ticket distribution day?

“I do consider myself a ’Zag and on occasion stand in line for faculty and staff tickets,” she admits. “The energy of the students and the fans in the kennel is amazing.”

But before you go join the Kennel Club with her, she drops the bomb shell on you.

“I probably enjoy watching basketball more on TV from the comfort of my couch.”

And there you have it.

Kathy seemingly gets just as much enjoyment listening to her students’ stories of “tenting” for a great seat at the games. She’s taught student-athletes in several sports, and says she finds them to be dedicated.

“I’m so glad they are pursuing a career in education.”

So while Kathy likes the ’Zags, she keeps things in check with the kind of maturity and pragmatism you’re more likely to find with someone who is… how do we say this again… a little more advanced in years.

“I began the Ph.D. program when I was 50 and sometimes feel a little “too old” to be on this journey, but have found it to be a journey that has been full of opportunities and challenges for professional learning.”

Kathy’s kids are already grown. Her son is 28, a graduate of Seattle University and the University of Michigan Law School. He currently works as a lawyer in Washington D.C. Her daughter is 25 and is at Marquette University studying for her doctorate in clinical psychology with an emphasis in neuropsychology. At one point, all three could say they were in college at the same time.

The only one left out was her husband Darryl. But he has a place in this story, too. The whole story wouldn’t be complete without him.

“I am lucky to have a husband who has supported and encouraged me all along, even though that sometimes means he has taken second place to my Gonzaga and doctoral coursework commitments,” Kathy says. “My husband is a Seahawks fan, and football fan in general, so it has worked well that he watches football on Sundays and I work on my PhD coursework.”

“Some days I really do not know how it all gets done, but it does,” she says with a smile.

Favorites…

Food: Artisan breads and cheeses

Restaurant: Cedars

Book: Radical Compassion: Finding Christ in the Heart of the Poor, by Gary Smith

Movie: Sound of Music (makes me happy)

TV show: Outlander

Music: I like country music, both classic and contemporary, so, Johnny Cash, Dolly Parton, Garth Brooks, Shania Twain, Alan Jackson, Carrie Underwood, Zac Brown Band

On Kathy…

Janet Frost (WSU): “Kathy is a focused, highly knowledgeable, and articulate educator-researcher who has continually sought out opportunities to learn, reflect on, and apply the most effective research-based strategies to her own teaching and to formal and information professional development for other teachers and and teacher educators. She is a role model for all who know her, including K-12 and higher education faculty and her peers in the WSU Mathematics and Science Education Ph.D. program.”

Deborah Nieding (Gonzaga): “She is a wonderful colleague, whom I enjoy working with on any and all projects. Kathy is open minded and willing to work toward consensus.”

Anny Case (Gonzaga): “Kathy is a person of  integrity. She lives and works in a manner that is consistent with what she knows and believes. This makes her completely trustworthy.”

It’s never too late…

“My father used to say that it’s never too late to do anything you wanted to do. And he said, ‘You never know what you can accomplish until you try.’ “

– Michael Jordan

From our photo shoot…

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A new university-high school partnership… and joke

Here’s a joke that always brings the house down:

Who do Zooplankton get their Christmas gifts from?
Santa clausi

(**sound of crickets**)

OK, that doozy aside…

Zooplankton, phytoplankton, and other nutrients, including harmful algae and invasive copepods exist in the Columbia River estuary.

The Columbia River’s 146-mile estuary is one of the largest in the nation. Only the Missouri–Mississippi system carries more water. Rapid population growth has changed land use in the Columbia estuary’s watershed in ways that may affect coastal ecosystems.

That’s where WSU Vancouver professor Tamara Nelson comes in. Believe us when we say it’s not just to save everyone from our corny jokes.

She’s joining two other WSU faculty research to lead student-conducted Columbia estuary research. Why? Because it’s critical to understand how nutrients and organisms from upstream contribute to habitat degradation, and the spread of invasive species.

The official project name is called Columbia River Estuary Science Education and Outreach: a Landscape-scale University–High School Partnership Integrating Scientific and Educational Research.

Yes, it’s a mouthful. So… CRESCENDO, for short.

The high school students gather water, plankton, and hydrographic data in the estuary, to learn about and assess relative effects of cumulative watershed drainage, and local factors such as sewage outflows (there’s gotta be a joke in there somewhere).

Nelson will join Gretchen Rollwagen-Bollens and Steve Bollens, both also from the Vancouver campus. The job of the trio is to gauge what students have learned about science and stewardship; students’ ecological knowledge and outlook.

The research plan called for students at five high schools along the estuary to spend two years collecting water samples, plankton tows, and hydrographic data.

Globalization Conference 2017 (#GDE2017)


Globalization, Diversity, and Education 2017 (#GDE2017)
Conference Theme: Living With(in) Borders: immigration, indigeneity, and education
February 15-17, 2017
Northern Quest Resort, Airway Heights, WA

 

 

REGISTER HERE     Call for Presenters     Conference Program

Conference Overview

Living With(in) Borders: immigration, indigeneity, and education

Immigration is a topic of great concern around the world. From borders and how they are constructed and enforced, to the migrant crisis resulting from increased poverty, famine, and war, people have reacted with both openness and care as well as with hostility. According to Gloria Anzaldúa, borders are “where the Third World grates against the first and bleeds” (1987/2012). Often silenced or marginalized are indigenous peoples and the diverse knowledge(s) from around the world, forcedly moved from and in some cases still living on ancestral lands.

The conference theme, Living With(in) Borders: Immigration, Indigeneity, and Education, invites researchers from a wide range of disciplines to examine the following questions: How can researchers and practitioners contribute to more nuanced understandings of immigration, indigeneity, and education? How do we teach the historical record and ongoing issues of enslavement, dominance, and forced migration? How can we “speak back to manifest destinies” (Calderón, 2014)? In this conference we will discuss ways we can talk and act productively and sensitively about immigration, indigeneity, and education.

We invite proposals from diverse perspectives that address the conference theme. Such topics may include but are not limited to:

  • Student activism and immigrant justice.
  • Post-colonial and Indigenous perspectives towards decolonizing research.
  • Land Education and Place-Based Education.
  • Immigration and language rights.
  • Tribal sovereignty.
  • Teaching immigration and indigeneity in K-12 and higher education.
  • Allies in education and immigrants and indigenous peoples.

References

  • Anzaldúa, G. (1987/2012) Borderlands/la frontera: The new mestiza (4th ed.). San Francisco, CA: Aunt Lute Books.
  • Calderón, D. (2014). Speaking back to manifest destinies: A land education-based approach to critical curriculum inquiry. Environmental Education Research, 20(1), pp. 24-36.

Contact

For questions related to Globalization Conference, please contact Julie Killinger at juliek@wsu.edu.

Keynote Speaker
Dolores Calderón

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Keynote Presenter
Nancy Carvajal

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Keynote Presenter
Danica Wixom

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Keynote Presenter
Zach Mazur

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Getting to Know You: Ashley Olson


Ashley Olson 01

Ashley Olson 04

Ashley Olson — Sport Management graduate student
Q&A

Most importantly… you’re a twin sister. And your name is Ashley Olson. NOT to be confused with Mary Kate and Ashley Olson. But, what was that like?
Having a twin sister has made my life so much more fulfilling and joyful, definitely worth all the corny Olson twin jokes growing up. I wouldn’t trade it for anything!

Where are you from?
Maple Valley, Washington.

Where did you do your undergrad?
Western Washington and Washington State.

What was your major?
Sport Management.

Why did you choose WSU for your master’s degree?
I loved it too much here to leave Pullman.

What is your favorite thing about Pullman?
The people, both students and the community. It’s just a great place to live and get an education.

Favorites

Food: Pasta. I eat it every day.

Movie: The Lion King

Book: Any Dr. Suess book

Musician/Band: Frank Sinatra, or P!nk, or the Beach Boys, depending on my mood

Song: Anything Beach Boys, especially if I’m singing off-key with my dad

Sport: Basketball

Quote: “Success isn’t owned, it’s leased, and rent is due every day.” – J.J. Watt

Devasmita Chakraverty


Deva Chakraverty_

Devasmita Chakraverty

Assistant Professor
Science Education
WSU Spokane

Center for Clinical Research and Simulation 217
PO Box 1495
Spokane, WA 99210

Phone: 509-358-7568
d.chakraverty@wsu.edu

Curriculum Vitae

Personal Website || ResearchGate || Google Scholar || LinkedIn

Interested in participating in the Imposter Phenomenon Study?
Click the button below.

Imposter Phenomenon Study

Research interests

Dr. Chakraverty’s research involves examining the experiences of the underrepresented groups based on gender and race/ethnicity in Science, Technology, Engineering, and Mathematics (STEM). Recent work has specifically focused on individuals in medicine and biomedical science research programs. Dr. Chakraverty also examines impostor phenomenon among individuals in STEM and medicine.

Teaching interests

Dr. Chakraverty teaches the following graduate courses: Survey Development and Implementation Methods, Social Foundations of Education, Introduction to Academic Writing.

Recent accomplishments

Peer-reviewed publications
  • Chakraverty, D., Jeffe, D.B., & Tai, R.H. (Accepted). Transition experiences in MD-PhD programs. CBE- Life Sciences Education.
  • Dabney, K. P., Chakraverty, D., Hutton, A. C., Warner, K. A., & Tai, R. H. (2017). The bachelor’s to PhD transition: Factors influencing PhD completion among women in chemistry and physics. Bulletin of Science, Technology & Society, 0270467617710852.
  • Gantner, S., Großschedl, J., Chakraverty, D., & Harms, U. (2016) Assessing what prospective laboratory assistants in Biochemistry and Cell Biology know: Development and validation of the test instrument PROKLAS. Empirical Research in Vocational Education and Training. DOI: 10.1186/s40461-016-0029-9
  • Stains, M, Pilarz, M., & Chakraverty, D. (2015). Short and Long-Term Impacts of the Cottrell Scholars Collaborative New Faculty Workshop. Journal of Chemical Education, 92(9), 1466-1476. http://pubs.acs.org/doi/abs/10.1021/acs.jchemed.5b00324
  • Lund, T.J., Pilarz, M., Velasco, J.B., Chakraverty, D., Rosploch, K., Undersander, M., & Stains, M. (2015). The Best of Both Worlds: Building on the COPUS and RTOP Observation Protocols to Easily and Reliably Measure Various Levels of Reformed Instructional Practices. CBE- Life Sciences Education, 14(2), ar18 DOI: 10.1187/cbe.14-10-0168
  • Baker, L.A., Chakraverty, D., Columbus, L., Feig, A.L., Jenks, W.S., Pilarz, M., Stains, M., Waterman, R., & Wesemann, J.L. (2014). Cottrell Scholars Collaborative New Faculty Workshop: Professional Development for New Chemistry Faculty. Journal of Chemical Education, 91(11), 1874-1881. doi: 10.1021/ed500547n
  • Kong, X., Chakraverty, D., Jeffe, D.B., Andriole, D.A., Wathington, H., & Tai, R.H. (2013). How do interaction experiences influence doctoral students’ academic pursuits in biomedical research? Bulletin of Science, Technology & Society, 33(3-4), 76-84. doi: 10.1177/0270467613516754
  • Chakraverty, D., & Tai, R. H. (2013). Parental occupation inspiring science interest: Perspectives from physical scientists. Bulletin of Science, Technology & Society, 33(1-2), 44-52. DOI: 10.1177/0270467613509367
  • Dabney, K. P., Chakraverty, D., & Tai, R. H. (2013). The association of family influence and initial interest in science. Science Education, 97(3), 395-409. DOI 10.1002/sce.21060
Conference presentations (2018)
  • Jeffe, D.B., Chakraverty, D., & Andriole, D.A. (November, 2018). Predictors of Faculty Appointment among Underrepresented Racial/Ethnic Minorities in Medicine: A National Study. AAMC Annual Meeting, Austin, TX.
  • Chakraverty, D. (June, 2018). Impostor Syndrome among Black and Hispanic Women in STEM. Annual Network of STEM Education Centers National Conference, Columbus, OH.
  • Chakraverty, D., Dabney, K.P., Jeffe, D.B., & Tai, R.H. (April, 2018). Pursuing a PhD in Biomedical Science: Reasons and Challenges. Annual AERA Meeting, New York, NY.
  • Chakraverty, D. (March, 2018). Impostor Phenomenon among Graduate Students in STEM. Annual NARST Conference, Atlanta, GA.
  • Chakraverty, D., Jeffe, D.B., & Tai, R.H. (March, 2018). The Role of Prior Research Experience and Other Related Experiences in Medical School Entry. Annual NARST Conference, Atlanta, GA.
  • Chakraverty, D. & Jeffe, D.B. (March, 2018). How Graduate School Climate Perpetuates the Impostor Phenomenon in STEM. 10th Conference on Understanding Interventions that Broaden Participation in Science Careers, Baltimore, MD.

Grants

  • Washington State University
    New Faculty Seed Grant (2017; $30,000)
    Title: Impostor Phenomenon in Medicine and Biomedical Sciences
    Principal Investigator
  • Washington State University, College of Education
    Faculty Research Funding Award (2017; $6,500)
    Title: Impostor Phenomenon in STEM
    Principal Investigator

Interested in participating in the Imposter Phenomenon Study?
Click the button below.

Imposter Phenomenon Study

Awards

  • Jhumki Basu Scholar Award (2017). Awarded by the NARST Equity and Ethics Committee.

Educational background

  • Ph.D., Science Education (2013)
    University of Virginia, Curry School of Education
    Dissertation: An Examination of how Women and Underrepresented Minorities Experience Barriers in Biomedical Research and Medical Programs
  • M.P.H., Toxicology (2008)
    University of Washington, Department of Environmental and Occupational Health Sciences
    Thesis: An Evaluation of Potential Risk Factors for Cancer and Non-Cancer Health Effects Associated with Heavy Metal Exposure
  • M.Sc., Environmental Sciences (2005)
    University of Calcutta, Department of Environmental Sciences, India
    Thesis: Estimating benzene in the ambient air in traffic intersections, residential areas, and indoor air using gas chromatography (West Bengal Pollution Control Board, Kolkata, India)
  • B.Sc., Zoology (Honors), Chemistry, Botany (2003)
    University of Calcutta, Department of Zoology, India

Molly Kelton

Molly L. Kelton, Ph.D.

Associate Professor
Mathematics Education

WSU Pullman
Cleveland Hall 331

509-335-5025

molly.kelton@wsu.edu

Curriculum Vitae

Research

Dr. Molly Kelton aims to contribute to a world in which all members of society feel engaged and empowered to think deeply, expansively, and creatively about mathematics and STEM. Broadly, Dr. Kelton’s work seeks to critically examine and productively expand what counts as mathematics and STEM in contemporary society, with the goal of envisioning a more expansive and equitable mathematics education. Her research investigates mathematics learning in out-of-school time and across formal and informal environments, spanning K-12 classrooms, museums, maker spaces, and after-school clubs. She has contributed to research and design of several major mathematics exhibitions, including Math Moves! and Taping Shape. Across diverse settings, she also examines the role of physical movement and embodied experience in mathematical thinking and learning.

Dr. Kelton currently leads the NIH-funded Health Education through Arts-based Learning (HEAL) Collaborative. Learn more about HEAL here.

Dr. Kelton served as co-Principal Investigator of the Informal Mathematics Collaborative, a partnership among university mathematics educators, art and science museums, and community organizations serving under-represented youth. The Informal Mathematics Collaborative is funded by the National Science Foundation and has contributed to the design and research of numerous innovative public programs and exhibitions that blend mathematics, science, and the arts. This work advances current efforts to understand the educational potential of learning environments that integrate Science, Technology, Engineering, Art, and Mathematics (STEAM).

Teaching

Dr. Kelton serves and teaches in multiple teacher education, master’s, and doctoral programs in the department, including the Elementary Education undergraduate program, Master in Teaching program, Middle-level Mathematics Endorsement program, and the Mathematics & Science Education PhD program.

Selected Funding

Kelton, M. L., Owen, J. P., Danielson, R., & Butterfield, P. (2018-2023). Health Education through Arts-based Learning (HEAL): A Partnership to Investigate Interdisciplinary Science Programs in Rural Communities. Kelton is lead PI with WSU co-PIs Owen (CAHNRS), Danielson (College of Education), and Butterfield (College of Medicine). Research project through the National Institutes of Health Science Education Partnership Award program. Total awarded: $1,195,049. (Grant # 1R25GM129814-01).

Kelton, M. L. (2016-2018). InforMath: Mathematics to Enrich Learning Experiences in Science and Art Museums. Research project in collaboration with colleagues at San Diego State University and the Reuben H. Fleet Science Center through the Advancing Informal STEM Learning Program of the National Science Foundation. Funding for the 2016 – 2018 sub-award to WSU (with Kelton as PI for the sub-award): $57,916. Kelton is a co-PI for the 2013-2018 multi-institution project with Nemirovsky, R. (lead PI) and Siboroski, P. (co-PI). Total funding for multi-institution project awarded: $1,517,474. (DRL-1323587).

Kelton, M. L., Owen, J. P., Danielson, R., & Butterfield, P. (2017). Collaborative Research Retreat for the Health-sciences Education through Arts-based Learning (HEAL) Partnership. Collaborative research retreat with WSU collaborators funded through WSU’s College of Education Collaborative Research Retreat Funding Awards. Kelton is PI with co-PI’s Owen (CAHNRS), Danielson (College of Education), and Butterfield (College of Medicine). Total awarded: $855.

Kelton, M. L. (2017-2018). Gear-Up Professional Development Program. Kelton is sole PI on this rural professional development project in collaboration with Eureka Palouse! and the University of Idaho. Funded by private donation through WSU’s College of Education office of development. Total awarded: $5,000.

Ma, J. Y., Kelton, M. L., Kirkland, D., Hoadley, C. (2017-2018). Provostial Seed Grant for: Making the Most of Mathematics in Out-of-School Time (MOST): Mapping and Designing for Youth’s Mathematics Learning Pathways Across Urban Settings. Research project in collaboration with colleagues from New York University. Kelton is co-PI with Ma, J. Y. (lead PI), Kirkland, D. (co-PI), and Hoadley, C. (co-PI). This seed grant is funded by NYU’s Provostial Mega-Grants Initiative Seed Funding. Total awarded to NYU: $26,000.

Kelton, M. L., & Danielson, R. (2018-2019). Health Education through Arts-based Learning (HEAL): Establishing a New Partnership in Interdisciplinary STEM Education in Diverse Rural Communities. Proposal submitted to WSU’s New Faculty Seed Grant program. Kelton is lead PI with co-PI Danielson (College of Education). Total awarded: $22,043.

Frost, J., Kelton, M. L., Lesseig, K., Roth McDuffie, A., Rougee, A., & Slabit, D. (2018). Collaborative Research Retreat for Coherence in Cross-campus Mathematics Education Programs: Thoery-building and implementation. Collaborative research retreat with WSU collaborators funded through WSU’s College of Education Collaborate Research Retreat Funding Awards. Kelton is a collaborating researcher. Total awarded: $453.

Selected Publications

Kelton, M. L., Ma, J. Y., Rawlings, C., Rhodehamel, B., Saraniero, P., & Nemirovsky, R. (2018). Family meshworks: Children’s geographies and collective ambulatory sense-making in an immersive mathematics exhibition. Children’s Geographies, 16(5), 543-557.

Kelton, M. L., & Ma, J. Y. (2018). Reconfiguring mathematical settings and activity through multi-party, whole-body collaboration. Educational Studies in Mathematics, 98(2), 177-196.

Kelton, M. L., & Saraniero, P. (2018). STEAM-y partnerships: Interdisciplinary professional development and collaboration. Journal of Museum Education, 43(1), 55-65.

Nemirovsky, R., Kelton, M. L., & Civil, M.  (2017). Toward a vibrant and socially significant informal mathematics education.  In J. Cai (Ed.), Compendium for Research in Mathematics Education, (pp. 90 – 101). Reston, VA: National Council of Teachers of Mathematics.

Nemirovsky, R., & Kelton, M. L. (2016). Navigating turbulent waters: Objectivity, interpretation, and experience in the analysis of interaction.  In A. A. diSessa, M. Levin, & N. J. S. Brown (Eds.), Knowledge and interaction: A synthetic agenda for the learning sciences (pp. 458 – 479). New York, NY: Routledge.

Hall, R., Nemirovsky, R., Ma, J., & Kelton, M. L. (2016). Towards a generous* discussion of interplay between natural descriptive and hidden machinery approaches in knowledge and interaction analysis.  In A. A. diSessa, M. Levin, & N. J. S. Brown (Eds.), Knowledge and interaction: A synthetic agenda for the learning sciences (pp. 496 – 519). New York, NY: Routledge.

Ellis, J., Kelton, M. L., & Rasmussen, C. (2014).  Student perceptions of pedagogy and persistence in United States Calculus.  ZDM The International Journal on Mathematics Education, 46(4), 661-673.

Nemirovsky, R., Kelton, M. L., & Rhodehamel, B.  (2013).  Playing mathematical instruments: Emerging perceptuomotor integration with an interactive mathematics exhibit. Journal for Research in Mathematics Education, 44(2), 372-415.

Nemirovsky, R., Kelton, M. L., & Rhodehamel.  (2012).  Gesture and imagination: On the constitution and uses of phantasms. Gesture, 12(2), 130-165.

Monthly Updates


On a frequent basis, our dean submits a report to WSU’s president. At first, they were monthly. Now it’s generally every other month. Here are those reports.

Donghyuk Shin

Donghyuk Shin

Donghyuk Shin

Clinical Assistant Professor
Sport Management
Pullman Campus
Cleveland Hall 266
Pullman, WA  99164

509-335-3069
donghyuk.shin@wsu.edu

Curriculum Vitae

Education
  • Ph.D. in Higher Education and Student Affairs, University of Iowa, 2015
  • M.A. in Sport Studies, University of Iowa, 2010
  • M.S. in Sport Management, Florida State University, 2006
  • B.A. in Hungarian Studies, Hankook University of Foreign Studies, 1997
Research Interests

Sport Sociology and Intercollegiate athletics

Courses Taught at WSU
  • SPMGT 276 Introduction of Sport Management
  • SPMGT 367 Sport in American Society
  • SPMGT 567 Social and Cultural Issues of Physical Activity and Sport

Graduate Research Courses

research

Research… from an educational perspective.

We invite you see see how we can help you with your research training.

Courses Offered by the College of Education
CourseTitle
ED_RES 562Epistemology, Inquiry and Representation
ED_RES 563Principles of Research
ED_RES 564Qualitative Research
ED_RES 565Quantitative Research
ED_PSYCH 505Research Methods
ED_PSYCH 507Introduction to Qualitative Research
ED_PSYCH 508Educational Statistics
ED_PSYCH 568Quasi-Experimental Design
ED_PSYCH 569Seminar in Quantitative Techniques in Education
ED_PSYCH 572Intro to Systematic Literature Reviews and Meta-Analysis
SPEC_ED 592Single Subject Research Design and Methods
CSSTE 544 (was Ed_Res 567)Discourse Analysis
CSSTE 545 (was Ed_Res 568)Critical Ethnography
CSSTE 546 (was Ed_Res 569)Arts-Informed Perspectives in Educational Research
ED_AD 591 (was Ed_Res 570)Action Research
ED_RES 571Doctoral Dissertation Preparation
ED_AD 536Intro to Qualitative Research in Education
ED_AD 537Advanced Qualitative Research in Education
ED_AD 538Special Topics in Qualitative Research
ED_AD 539Applied Research for Educational Leaders
TCH_LRN 560Research in Teaching
TCH_LRN 588Action Research: Teachers as Researchers
ED_PSYCH 575Multilevel Modeling
ED_PSYCH 576Factor Analytic Procedures
TCH_LRN 523Special Topics: Mixed Methods

Research Course Prerequisites
WSU Course  Prerequisites
Ed_Res 562 Doctoral standing in Education or Ed_Psych 505 or concurrent enrollment
Ed_Res 563 Ed_Res 562 or admission to the EdD program
Ed_Res 564 Ed_Psych 507 and Ed_Res 563
Ed_Res 565 Ed_Psych 508 and Ed_Res 563

Competencies for Ed_Res 563: Prior to a student enrolling in Ed_Res 563, the student should be very familiar with the general topics listed below. These topics should be covered before enrollment in Ed_Res 563, like in a course such as Ed_Psych 505 or its equivalent.

Knowledge basics for Ed_Res 563

  • Describe the process of scientific inquiry and various sources of knowledge.
  • Identify multiple research designs and when they might be used.
  • Develop basic research questions with at least one independent and one dependent variable.
  • Describe the difference between a research question and research hypothesis.
  • Describe the difference between quantitative and qualitative research designs and identify a given study’s approach.
  • Identify different sampling/selection approaches to both qualitative and quantitative studies.
  • Define internal and external validity, content validity, trustworthiness, credibility, and positionality.
  • Define different epistemological lens and assumptions.
  • Describe how your epistemology influences research approaches.
  • Describe why the Institutional Review Board review process is important in the research process.

Competencies for Ed_Res 564: Prior to a student enrolling in Ed_Res 564, the student should be very familiar with the general topics listed below, these should be covered before enrollment in Ed_Res 564, like in a course such as Ed_Psych 507 or it’s equivalent.

In order to waive Ed_Psych 507 as a pre-requisite to Ed_Res 564, students need to have their IRB Approval (see last bullet point) and the following competencies need to be demonstrated through another course syllabus prior to Taking Ed_Res 564.

Knowledge basics for Ed_Res 564

  • Understand theory and foundation for qualitative/ interpretive research.
  • Understand range of qualitative/interpretive paradigms.
  • Understand and experience with developing qualitative research questions.
  • Experience with collecting qualitative data (e.g., interviews, observations).
  • Experience with data transcription.
  • Experience writing/adapting interview and/or observation protocols.
  • Experience coding data using few forms of coding (e.g., thematic, descriptive).
  • Experience writing analytic memos.
  • Understand positionality and experience with developing a positionality statement.
  • If an IRB is needed for the pilot study, an approved IRB at the start of 564 for a pilot study during the course, or a determination that the pilot study qualifies as “not human subjects research.” For more information about IRB applications and/or the “not human subjects research” classification, go to https://irb.wsu.edu/forms/ and select the form for “not human subjects research.”

Competencies for Ed_Res 565: Prior to a student enrolling in Ed_Res 565, the student should be very familiar with both conceptual and technical aspects of central tendency and variability measures, regression and correlation, hypothesis testing, z-tests and analysis of contingency tables. Below is a list of general topics that should be covered before enrollment in Ed_Res 565, like in a course such as Ed_Psych 508 or it’s equivalent.

Knowledge basics for Ed_Res 565

  • Displaying Data, Freqency Tables, Graphs
  • Percentiles and Percentile Ranks
  • Measures of Central Tendency
  • Measures of Variablity
  • Normal Distributions and Standard Scores
  • Normal Distribution
  • Introduction to Correlation
  • Introduction to Simple Linear Regression
  • Probablity
  • Sampling Distributions
  • Introduction to Hypothesis Testing
    • Testing Hypothesis about a Single Mean
    • Confidence Intervals
    • Hypothesis Testing for Independent Samples
    • Hypothesis Testing for Dependent Samples
  • Chi-square Goodness-of-Fit Test
  • Chi-square Test of Independence