Barbara Olds: An unexpected path into engineering education

Photo of Barbara OldsBarbara Olds joined the Colorado School of Mines in the 1980s, retiring in 2012. Her degrees are in English, and her initial activity with engineering education research was as an adjunct professor doing outcomes assessment, driven in part by a Colorado state accountability mandate.  While at the Colorado School of Mines, she was involved in creating a portfolio program, curriculum development, and investigating concept inventories. In addition, between 2003 and 2015 she had various assignments at the National Science Foundation, most recently as a Senior Advisor in the Directorate for Education and Human Resources.

The profile below was authored by Cheryl Allendoerfer, University of Washington, based on an interview by Bram Lewis, Virginia Tech, with Dr. Olds in 2014.

Dr. Barbara Olds

Associate Vice President for Educational Innovation
Professor of Liberal Arts and International Studies
Colorado School of Mines

Ph.D., English, University of Denver, 1984
M.A., English, University of Denver, 1972
B.A., English, Stanford University, 1969

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Denny C. Davis: Connecting and collaborating in engineering education

Photo of Denny DavisDenny Davis was a professor at Washington State University for 36 years, and is currently a Visiting Professor at The Ohio State University.  He has always been interested in making improvements in his classroom; however, at first he did not realize it could be an area for scholarly work.  After becoming the Associate Dean of Undergraduate Programs in Engineering and Architecture, he began to formally conduct research in engineering design outcomes, curriculum, and assessment, as well as develop curriculum materials to increase the involvement of underrepresented K–12 students in mathematics, science, and engineering.  Throughout his career, persistence and collaboration have been keys to his success.

The profile below was authored by Rebecca M. Reck, University of Illinois at Urbana-Champaign, based on an interview with Dr. Davis in 2014

Denny C. Davis, Ph.D.
Visiting Professor, Engineering Education Department, The Ohio State University
Emeritus Director, Engineering Education Research Center
Emeritus Professor of Bioengineering and Engineering Education, Gene and Linda Voiland School of Chemical Engineering and Bioengineering
Washington State University

Ph.D., Agricultural Engineering, Cornell University, 1973
M.S., Agricultural Engineering, Cornell University, 1969
B.S., Agricultural Engineering, Washington State University, 1967

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Rebecca Brent: A change agent for faculty development

Photo of Rebecca BrentRebecca Brent is a creative and innovative educator who strives to improve education through faculty development programs. Dr. Brent started her career as a primary school teacher but moved into higher education after she realized her satisfaction at working one-on-one with educators. As the president of Education Designs, Inc., Dr. Brent has given nearly 400 education-related workshops and has authored numerous publications on instructional methods and faculty development, classroom applications of technology in K—12 and college education, peer review of teaching, and a variety of other topics in teacher education.

The profile below was authored by Scottie-Beth Fleming, Georgia Institute of Technology, based on an interview with Dr. Brent in 2014.

Dr. Rebecca Brent
President
Education Designs, Inc.

Ed.D., Elementary Reading/Language Arts, Auburn University, 1988
Ed.M., Elementary Education, Mississippi State University, 1981
B.A., Elementary Education & Music Education, Millsaps College, 1978
Certificate in Evaluation Practice, The Evaluators’ Institute, The George Washington University, 2008

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Edwin C. Jones, Jr.: Making an impact on engineering education through volunteer administration

Photo of Edward JonesEdwin C. Jones, Jr., received all of his degrees in electrical engineering but has also worked in the field of engineering education. While a faculty member at Iowa State University, he was extensively involved in ASEE, the IEEE Education Society, and ABET. Much of his work in the education societies has been administrative.  He is especially passionate about recognizing outstanding researchers in the field of engineering education. He has also worked with ABET in a variety of roles for over 30 years.

 The profile below was authored by Kevin B. Roth, Colorado School of Mines, based on an interview with Dr. Jones in 2014.

Dr. Edwin C. Jones, Jr.

University Professor Emeritus, Iowa State University
Adjunct Professor and 3M Fellow, University of St. Thomas

Ph.D., Electrical Engineering, University of Illinois, 1962
D.I.C., Electrical Engineering, Imperial College of Science and Technology, University of London, 1956
B.S., Electrical Engineering, West Virginia University, 1955
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Wallace S. Venable: Seeing engineering in a new way

Photo of Wallace VenableWallace Venable spent majority of his career at West Virginia University, starting out there as a graduate student. Starting his graduate education in engineering science, Dr. Venable was influenced by another engineering education pioneer, Helen Plants, who was at West Virginia at the time. After shifting his graduate studies to education, Dr. Venable went on to influence engineering education through participation and leadership in ASEE, along with innovative classroom practices.

The profile below was authored by Lauren D. Thomas, University of Washington, based on an interview with Dr. Venable in 2014.

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Lyle Feisel: Engineering education as an engineered process

Photo of Lyle FeiselLyle Feisel has over 50 years of experience as an engineering educator, researcher, and administrator. He began his career as a professor at the South Dakota School of Mines, and culminated his career as Dean of Engineering at the State University of New York at Binghamton. He also served as Interim Executive Director of the American Society for Engineering Education. An electrical engineer, Dr. Feisel has made significant contributions to laboratory teaching through the development of fundamental objectives for laboratories. He remains dedicated to engineering education and continues to stress the importance of clear learning objectives for students.

The profile below was authored by Janille Smith-Colin, Georgia Institute of Technology, based on an interview with Dr. Feisel in 2014.

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Jack Lohmann: Building infrastructure for engineering education

Jack Lohmann was an Industrial Engineering faculty member at the University of Michigan for ten years and at the Georgia Institute of Technology for over twenty years. He held the position of Vice Provost at Georgia Tech when he retired in 2012. He also served two years as a program director at the National Science Foundation (NSF). Dr. Lohmann helped develop many education programs during his career, including NSF’s Engineering Education Coalitions program and the International Plan at Georgia Tech. As editor of the Journal of Engineering Education, Dr. Lohmann played a critical role in transitioning the journal to a highly-regarded learning science journal in engineering.

The profile below was authored by Beth Rieken, Stanford University, based on an interview with Dr. Lohmann in 2014.

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Sheri Sheppard on “Avenues for impact in engineering education” (supplement)

This is a supplemental section accompanying Dr. Sheppard’s profile.

Avenues for impact in engineering education: Not all the roads are paved

I think it is important to recognize that impact in engineering education can happen at multiple levels and in a variety of ways. It may be through a more traditional faculty path, but even in that, there is a need for flexibility. My Ph.D. student (who graduated in 2014) has had a strategy of showing she can teach traditional mechanical engineering classes, whether that be finite element or solid mechanics. She’s going into an interdisciplinary engineering department, bringing that as well as her scholarship concerning questions about the engineering workforce. She’s finding she has to be flexible about which parts she’s highlighting.

Impact in engineering education can happen in different ways too. For instance, it could be in a center for teaching and learning that’s working on these issues, either at the university level or at a school of engineering level in a staff role. It might also be at the National Science Foundation (NSF) on policy along these lines. Maybe that’s a temporary position as a stepping stone in your career, or maybe it’s a longer-term position.

I think there are also interesting opportunities around how universities and schools of engineering are thinking about the use of technology in teaching and learning. For instance, at Stanford we now have a Vice Provost for Teaching and Learning at the university level. Within the School of Engineering, we also have a new position based on the use of technology. So how could a background in engineering education contribute to how a school or university is designing its use of technology? There are also opportunities around institutional assessment.

It could be useful to think beyond engineering sometimes and ask, “Are there opportunities where I can take what I’ve done in engineering education and think about it at a higher level?” I think it’s important to come into this field recognizing that, even though we might be pioneers in the field, unfortunately we didn’t get all the roads built for you.

Sheri Sheppard on “An eclectic community by design” (supplement)

This is a supplemental section accompanying Dr. Sheppard’s profile.  It provides more detail about her research laboratory at Stanford University, the Designing Education Laboratory.

An eclectic community by design

Another way I have been able to build an engineering education community, in addition to relying on graduate students and faculty colleagues, is within my own research lab here at Stanford. My lab is called the Designing Education Laboratory (DEL). We have really good university support around undergraduate student research. The university funds undergraduate researchers over the summer, so every summer I have two to five undergraduates working in my lab as researchers. A fair number of the undergraduate researchers are also in a sophomore-level Introduction to Solid Mechanics course I teach. I find that these students, after they’ve been through that course, have started to get their head around—a little bit—what it is to be an engineering student. They’ve seen analysis in the course and design projects, too. After that, they invariably have questions about their education.

These students have been a great community with whom to consider what it means to do educational research. They’re often motivated by some aspect of my course that bugged them. They’re excited to think about how to make it better. I pair them up with one of my post-doctoral researchers or one of my Ph.D. students. It becomes a good opportunity for one of those more senior researchers to mentor a more junior researcher. We always have a goal of the undergraduate researchers writing a paper for the American Society for Engineering Education’s annual conference (ASEE). It puts the education bug in their brains, and it’s really a wonderful transformation to watch them go through. They usually start attending my weekly research team meeting and become part of that community, even during the school year.

I also have several master’s students who know they aren’t going to do a Ph.D., but want to do some research while they are here doing their master’s. I have two post-doctoral researchers, several research scientists, and two outside faculty members—one from Penn State and one from Bucknell—who started attending my lab meetings when they were on sabbatical here and continue to join our weekly meeting at least once a month through Skype. So it’s a really pretty weird group.

Sheri Sheppard: Teaching and learning scholarship in engineering

Sheri Sheppard has been deeply involved in engineering education since 1986. Early experiences as an engineer in the automotive industry and teaching engineering courses in the evenings fueled a desire to pursue a Ph.D. and, ultimately, a faculty position at Stanford University. Dr. Sheppard’s participation in the NSF-sponsored Synthesis Coalition (1990–94) helped her to emphasize engineering education within her own career. She also served as a Senior Scholar at the Carnegie Foundation for the Advancement of Teaching from 1999 to 2008. Dr. Sheppard has co-authored a textbook on engineering mechanics, written numerous conference and journal articles, and mentored many undergraduate and graduate students, post-doctoral researchers, and faculty colleagues in conducting scholarly teaching and engineering education research.

The profile below was authored by Angela Minichiello, Utah State University, based on an interview with Dr. Sheppard in 2014.
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