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Leslie Damon teaches courses in both the Software Engineering and the Information Technology programs. She teaches across the curriculum, with her Fall semester often including one course per level: Introduction to Java with first-year students, Quality Assurance and Testing with 2nd-year students, Data Structures and Algorithms for 3rd year, and Operating Systems with the seniors. She enjoys teaching on the systems side of software engineering, at the intersection between software, hardware and infrastructure.
Prior to becoming a full time member of the faculty, Leslie was an adjunct instructor at Vermont Tech for seven years, while also working full time in the field. Leslie spent close to 30 years in the computing industry in a variety of roles. She has worked in system administration, software development, quality assurance, corporate teaching, project management, operations management and technical support. She has been a hiring manager for multiple companies, and still finds that it is easier to find people with technical skills than the ability to talk and write about technology. Being a jack of all trades, finding new jobs was always an interesting experience, since she is definitely a square peg in a world of round holes!
Leslie grew up half in Vermont and half in North Carolina, before coming back to Vermont to raise her son. When not teaching, Leslie is likely to be reading a fantasy or mystery book or surfing the web to keep up on current events, with one of her cats sleeping on her lap.
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Dr. Galle joined the mathematics faculty of the Castleton Campus in Fall 2014 after spending a year as a post-doctoral associate in the Department of Teaching and Learning at New York University in New York, NY. Inspired by teaching courses in Precalculus and Calculus at the Rochester Institute of Technology in Rochester, NY for two years, she received her Ph.D. in Mathematics Education from the University of New Hampshire in Durham, NH in May 2013. After briefly serving as an academic dean from June 2020 – June 2023, she is pleased to be back in the classroom teaching mathematics!
When she’s not busy preparing her lectures or answering student questions, she enjoys knitting, doing jigsaw puzzles, bird-watching, and hiking/snow-shoeing.
- Undergraduate Mathematics Education
- Calculus Sequence
- Quantitative Reasoning
- Statistics I
- Precalculus
- Calculus I
- Calculus II
- Advanced Calculus
- Differential Equations
- Teaching Mathematics
- Teachers as Researchers
- Galle, G. (2014). Working together on mathematics homework: A look at how university students spend their time outside the classroom. In T. Fukawa-Connelly, G. Karakok, K. Keene, & M. Zandieh (Eds.), Proceedings of the 17th Annual Conference on Research in Undergraduate Mathematics Education (pp. 625 – 631). Denver, Colorado. http://sigmaa.maa.org/rume/RUME17.pdf
- • Galle, G., & Meredith, D. (2014). The trouble with trig. The Physics Teacher, 52(2), 112-114.
- • Galle, G. (2013). What do students do in self-formed mathematics study groups? (Doctoral dissertation). Retrieved from ProQuest Dissertations and Theses. (Accession Order No. 3572933).
- • Galle, G. (2013). Determining the structure of student study groups. In S. Brown, G. Karakok, K. Hah Roh, & M. Oehrtman (Eds.), Proceedings of the 16th Annual Conference on Research in Undergraduate Mathematics Education (pp. 511 – 515). Denver, Colorado. http://sigmaa.maa.org/rume/RUME16Volume2.pdf
- • Galle, G. (2012). Student troubles with simple harmonic motion models. In S. Brown, S. Larsen, K. Marrongelle, and M. Oehrtman (Eds.), Proceedings of the 15th Annual Conference on Research in Undergraduate Mathematics Education (pp. 430 – 434). Portland, Oregon. http://sigmaa.maa.org/rume/RUME_XV_Proceedings_Volume_2.pdf
- • Galle, G. (2012). What do students do in self-formed mathematics groups? In S. Brown, S. Larsen, K. Marrongelle, and M. Oehrtman (Eds.), Proceedings of the 15th Annual Conference on Research in Undergraduate Mathematics Education (pp. 435 – 439). Portland, Oregon. http://sigmaa.maa.org/rume/RUME_XV_Proceedings_Volume_2.pdf
- • Galle, G. (2011). A multi-strand model for student comprehension of the limit concept. In S. Brown, S. Larsen, K. Marrongelle, and M. Oehrtman (Eds.), Proceedings of the 14th annual Conference on Research in Undergraduate Mathematics Education (Vol. 1, pp. 103 – 114). Portland, Oregon. http://sigmaa.maa.org/rume/RUME_XIV_Proceedings_Volume_1.pdf
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Dr. Gregory “Greg” Petrics is a mathematician and educator with research experience in sub-Riemannian geometry, institutional research, and applications artificial intelligence to biomedicine. He studied applications of geometry to neuroscience and neural networks at Dartmouth College, and earned a Ph.D in Mathematics from Dartmouth in June 2011. In August 2011, Dr. Petrics began teaching all levels of mathematics courses at Johnson State College in Johnson, VT (which in 2017 became Northern Vermont University-Johnson [NVU-J], and in 2023 has been renamed Vermont State University-Johnson [VtSU-J]). In 2019, Dr. Petrics was the co-author of the NVU-J bachelor’s degree in Data Science, and became the leader of a new collaborative research program in applications of artificial intelligence to problems in pulmonary health care between NVU-J and the Washington State University’s Elson S. Floyd College of Medicine. He has several publications on applying artificial intelligence to diagnostic problems in pulmonary health care. At VtSU-J Dr. Petrics teaches a wide variety of undergraduate mathematics, education, data science, and computer science courses. Dr. Petrics teaches four or five courses per semester at VtSU-J.
In 2015 Dr. Petrics began working during the summer months with the Vermont Mathematics Initiative (VMI) as an instructor and a consultant to support VMI’s mission to improve the mathematics content knowledge and pedagogy of elementary and secondary educators and support staff in the State of Vermont. In 2020 Dr. Petrics was a co-author of the new Post-Masters Certificate of Graduate Study (CGS) in mathematics instruction at VMI. Dr. Petrics teaches one or two courses per year at VMI.
Starting in 2013, Dr. Petrics became involved in institutional research in the Vermont State College System (VSCS). He spearheaded the data collection and analysis for the successful Johnson State College 2016 re-accreditation application, and co-authored the re-accreditation self-study with Daniel Regan. He has also authored several internal VSCS reports related to student retention and success, including research into the relationship between engagement and success in online learning in the VSCS. He also provided support to Dr. Leslie Kanat for the implementation of the Student Transition, Achievement, Retention and Teaching grant funded project (2012 NSF DUE 1153457; $551,800).
His areas of current research involve institutional research related to student retention and success, and applications of artificial intelligence to diagnosis problems in pulmonary health care and other parts of biomedicine. He also works with undergraduate students on mathematical research and mathematics education development, including i) non-Euclidean tessellations, ii) open source teaching tools for geometry, algebra, calculus, and differential equations, and iii) applications of applications of artificial intelligence to professional sports and other related fields.
Dr. Petrics is the current research coordinator for VtSU-J to the Vermont Biomedical Research Network (VBRN). Students and faculty interested in utilizing VBRN resources to support a research program related to biomedicine should contact Dr. Petrics.
- Applications of Deep Learning to Biomedicine
- Institutional Research
- Hyperbolic Geometrical Art
- Open Source Educational Materials
Vermont State University:
- Mathematical Puzzles Through History
- Visual Display of Quantitative Information
- Intermedia Algebra
- Finite Math
- Pre Calculus
- Calculus I
- Statistics I
- Website Design & Management
- Java Programming
- Calculus III
- Geometrical Reasoning
- Statistical Computing in R
- Gödel Escher and Bach
- Linear Algebra
- Differential Equations
- Senior Project in Mathematics & Data Science
VMI:
- Mathematics as a Second Language
- Functions and Algebra I
- Functions and Algebra II
- Calculus I
- Calculus II
- Systems of Equations for all Learners
- Advanced Probability for High School Teachers
- Discrete Mathematics for High School Teachers
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Craig has spent extensive time in both academia and industry. He founded four software companies and has served as part of senior management for three others, including taking one company public.
He was a physics and philosophy double major for his undergraduate degree from Bowdoin College and did his doctoral work with Daniel Jackson and Jeanette Wing at Carnegie Mellon University, where he found the CS education group and served as the student representative to the School of Computer Science Doctoral Review Committee, where he helped redefine the requirements for the PhD program. Daniel Jackson has continued working on the research Daniel and Craig started together at CMU, with the current manifestation, Alcoa, winning Software Engineering tool of the year from the International Conference on Software Engineering (ICSE) in 2015.
He has taught at the University of Vermont, where he created the PhD program in Computer Science and added a project based track to their existing MS/CS program. When he left UVM, he founded the CIS program at Vermont Technical College. A decade later, he developed the MS/SE program, the first graduate program in Vermont Tech’s history.
- object oriented programming
- object oriented databases
- static analysis
- formal methods
- Intro IST (CNX1)
- Java Programming
- Object Oriented Programming
- Advanced Web Technology
- Computer Organization
- Programming Languages
- Artificial Intelligence
- Advanced Java
- CyberEthics
- Software Engineering
- Systems Analysis and Design
- Compiler Construction
- Machine Learning
- Human Computer Interaction
- Computer Graphics
- Rust Programming
- Recommender Systems
- Database Implementation
- Plus a range of project courses
Home » Computer Science, Mathematics, and Statistics
Home » Computer Science, Mathematics, and Statistics
Home » Computer Science, Mathematics, and Statistics
Home » Computer Science, Mathematics, and Statistics
Professor Theoret is a native of Essex Junction, Vermont. She did her undergraduate work at the University of Vermont, where she briefly flirted with the idea of being an engineer before deciding that math and mathematics education were a better fit.
After getting her Ph.D. in non-associative algebra at the University of Virginia, she taught for a year at Susquehanna University in Pennsylvania, before moving back home to Vermont. She began teaching at Lyndon in Fall 2000. She taught there for eight years before transferring to Johnson in Fall 2008.
Professor Theoret enjoys teaching at VTSU Johnson because of its small community and the ability to get to know her students outside of the classroom. Her passion is helping students, who struggle with math, realize that they can do math and that it is both useful and relevant to their lives. She has written a Quantitative Reasoning course and a History of Mathematics course, which emphasizes the contributions of diverse peoples and cultures to the development of mathematics over thousands of years. She has been an instructor with the Vermont Mathematics Initiative Master’s Program since 2001.
In addition to teaching mathematics, she coordinates the VTSU Interdisciplinary Studies BA Program, which allows students to create a unique, yet cohesive, plan of study aligned with their personal and career goals.
Professor Theoret is an avid fan of singing and musical theater – as a viewer, but also as a participant. She has been in Gilbert and Sullivan’s The Pirates of Penzance six times. She also enjoys playing cards and board games, vacationing at the beach with her family, and snuggling with her cats.
- Quantitative Reasoning
- Interdisciplinary Studies
Home » Computer Science, Mathematics, and Statistics
Home » Computer Science, Mathematics, and Statistics
Bradley Beth has worked in computer science education since 2000, wearing many hats, including high school teacher, curriculum designer, computer science education researcher, and university faculty.
He currently is both Faculty and Program Coordinator for the Computer Information Systems and Data Science degree programs. His current research interests center on using game-based learning in computer science courses.
While at The University of Texas at Austin, he was the primary developer of the Thriving in Our Digital World dual enrollment course, which included a novel college preparation model that has now been generalized to the UT OnRamps program (https://onramps.utexas.edu).
His dual enrollment course has now been adapted for use as UTeach Computer Science Principles, an NSF-funded, College Board-endorsed curriculum for the Advanced Placement Computer Science Principles course (http://cs.uteach.utexas.edu/).
While a high school teacher, Professor Beth was named, “Teacher with the Largest Number of Latino Students in the Nation Passing the Advanced Placement Computer Science Exam” by College Board in 2007.
- Computer Science Education
- Natural Language Modeling
Refereed Articles
- George Veletsianos, Bradley Beth, Calvin Lin, and Gregory Russell. Design Principles for Thriving in Our Digital World, a High School Computer Science Course. Journal of Educational Computing Research, 54:443-461, July 2016.
- Bradley Beth, Calvin Lin, and George Veletsianos. Training a diverse computer science teacher population. ACM Inroads, 6(4):94-97, November 2015.
Refereed Conference Papers
- George Veletsianos, Bradley Beth, and Calvin Lin. CS Teacher Experiences with Educational Technology, Problem-Based Learning, and a CS Principles Curriculum. In Proceedings of the 47th ACM technical symposium on Computer Science Education, SIGCSE ’16, Memphis, TN, March 2016. ACM.
- Elynn Lee, Victoria Shan, Bradley Beth, and Calvin Lin. A Structured Approach to Teaching Recursion Using Cargo-Bot. In Proceedings of the tenth annual international ACM conference on International computing education research, ICER ’14, pages 59-66, Glasgow, Scotland, UK, August 2014.
- Joe Tessler, Bradley Beth, and Calvin Lin. Using Cargo-Bot to Provide Contextualized Learning of Recursion. In Proceedings of the ninth annual international ACM conference on International computing education research, ICER ’13, pages 161-168, San Diego, San California, August 2013. ACM.
Panels
- Bradley Beth, Lien Diaz, Ralph Morelli, Cameron Wilson, and Gregg Fleisher. AP CS Principles: Reflections on the First Year. Infosys CrossRoads 2017, May 2017.
- Jeff Gray, Jennifer Rosato, Bradley Beth, and Nigamanth Sridhar. Teaching the Global Impact of Computing. In Proceedings of the 48th technical symposium on Computer Science Education, SIGCSE ’17, pages 661-662, New York, NY, USA, March 2017. ACM.
- Daniel D. Garcia, Jeff Gray, Ralph Morelli, Owen Astrachan, Calvin Lin, Marie desJardins, Bennett Brown, Bradley Beth, and Nigamanth Sridhar. Computer Science Principles Curricula: On-theGround, Adoptable, Adaptable, Approaches to Teaching. In Proceedings of the 46th ACM technical symposium on Computer Science Education, SIGCSE ’15, pages 176-177, Kansas City, MO, March 2015. ACM.
- Owen Astrachan, R. Brook Osborne, Irene Lee, Bradley Beth, and Jeff Gray. Diverse Learners, Diverse Courses, Diverse Projects: Learning from Challenges in New Directions. In Proceedings of the 45th ACM technical symposium on Computer Science Education, SIGCSE ’14, pages 177-178, Atlanta, GA, March 2014. ACM.
- Bradley Beth, Irene Lee, and Jane Margolis. Engaging Students with Computer Science Education. Panel Discussion at SXSWedu 2014, March 2014.
- UTeach. 10th Anniversary Report. Invited panelist for PBS/Texas Monthly discussion on state of education and the release of the UTeach program 10th anniversary report, November 2007.
Posters
- Bradley Beth. Increasing Student Engagement in Computing Ethics. Poster presented at the 26th ACM Conference on Innovation and Technology in Computer Science Education V. 2 (ITiCSE 2021), June 2021.
- Calvin Lin, George Veletsianos, and Bradley Beth. Project Engage!, NSF Grants #CNS-1138506 and #DRL-1441009. Poster presented at the NSF STEM + Computing Partnerships (STEM+C) Community Meeting, January 2015.
- Gregory Russell, George Veletsianos, Calvin Lin, Tara Craig, and Bradley Beth. Local Practices and Experiences with Technology Tools Implemented to Support Problem-Based Learning. Poster presented at the annual meeting of the American Educational Research Association, April 2014.
- Calvin Lin, George Veletsianos, Bradley Beth, and Gregory Russell. Project Engage!, NSF Grant# CNS-1138506. Poster presented at the NSF Computing Education for the 21st Century (CE21) Community Meeting, January 2014.
- George Veletsianos, Tara Craig, Bradley Beth, Gregory Russell, and Calvin Lin. A First Iteration of a Pedagogical Model for Teaching Computer Science Through Problems. Poster presented at the annual meeting of the American Educational Research Association, April 2013.
- Calvin Lin, George Veletsianos, Bradley Beth, Gregory Russell, Tara Craig, and Kenneth Turner. Thriving in Our Digital World. Poster presented at the NSF Computing Education for the 21st Century (CE21) Community Meeting, January 2013.
- George Veletsianos, Gregory Russell, Calvin Lin, and Bradley Beth. Innovating Computer Science Education at the High School Level through Technology-Enhanced PBL. Poster presented at the Association for Educational Communications and Technology (AECT), November 2012.
- Bradley Beth, Calvin Lin, and George Veletsianos. Project Engage!, NSF Grant# CNS-1138506. Poster presented at the NSF Computing Education for the 21st Century (CE21) Community Meeting, February 2012.
- Calvin Lin and Bradley Beth. UTeach-Computer Science, NSF Grant# BPC-DP-0959827. Poster presented at NSF Computing Education for the 21st Century (CE21) Community Meeting, January 2011.
Edited Articles
- Bradley Beth and Noureddine Elouazizi. contrib. 7 Things You Should Know About Natural Language Processing. EDUCAUSE Learning Initiative (ELI), March 2018.
- Bradley Beth and Calvin Lin. Thriving in Our Digital World. CSTA Voice, 11(3):2-3, July 2015.
Invited Talks
- Bradley Beth. New to NVU. Convocation address at Northern Vermont University-Lyndon, August 2019.
- Bradley Beth. Thriving in Our Digital World: Convolution Matrices with Processing. Invited talk at the First Bytes Collaborative Workshop for Computer Science Teachers, June 2015.
- Megan Parry and Bradley Beth. A Dual Enrollment CS Course from UT Austin via OnRamps. Invited Talk at the Texas Regional Collaboratives Computer Science Network Training, January 15-16, 2015, January 2015.
- Bradley Beth. UTeach-Computer Science: A Different Approach to Certifying Computer Science Teachers. Invited talk at the First Bytes Collaborative Workshop for Computer Science Teachers, July 2010.
Workshops
- Bradley Beth and Amy Moreland. UTeach CS Principles: Broadening Participation Through K-12 Computer Science Education and Teacher Professional Learning and Support. In Proceedings of the technical symposium on Computer Science Education, SIGCSE ’17, pages 733-733, New York, NY, USA, March 2017. ACM.
- Bradley Beth and Michael DeGraff. UTeach CS Principles: Broadening Participation Through K-12 Computer Science Teacher Professional Learning and Support. Pre-conference workshop at the tenth annual Texas STEM Conference, January 2017.
- Bradley Beth. UTeach CS Principles: Supporting Teachers New to Inquiry-Based Computer Science. Workshop at the third annual Arkansas Computer Science Education Leadership Summit: D3: Deleting the Digital Divide, October 2016.
- Jeff Mickel and Bradley Beth. K-12 Teacher Support for Computer Science Principles: An Introduction to the UTeach Course, Thriving in Our Digital World: AP. In Proceedings of the 47th ACM technical symposium on Computer Science Education, SIGCSE ’16, pages 717-718, New York, NY, USA, March 2016. ACM.
- Philip Sweany, Nigamanth Sridhar, and Bradley Beth. Strengthening Computer Science Education. Pre-conference workshop at the eighth annual UTeach Conference, May 2014.
- Gregory Russell, Bradley Beth, Tara Craig, Calvin Lin, and George Veletsianos. Thriving in Our World-A CS Principles Course. Workshop at the sixth annual Computer Science Teachers Association Conference (CSTA), July 2013.
- Mary H. Walker, Jody Bean, Bradley Beth, and Jody Hou. Implementing Project-Based Units in Mathematics. Workshop at the Conference for the Advancement of Mathematics Teaching, July 2002.
Non-refereed Conferences
- Bradley Beth and Alicia Beth. Integrating Computer Science into Step 1 and Step 2. Presentation at the tenth annual UTeach Conference, May 2016.
- Bradley Beth and Alicia Beth. UTeach CSP: A Project-Based AP Computer Science Principles Course for All High School Teachers and Students. Presentation at the tenth annual UTeach Conference, May 2016.
- Alicia Beth, Bradley Beth, Lee Meadows, John C. Mayer, and Philip Sweany. Integrating Computer Science into the UTeach Curriculum. Presentation at the ninth annual UTeach Conference, May 2015.
- Bradley Beth and Philip Sweany. UTeach and Computer Science Principles: National Initiatives to Reform Introductory Curricula and Broaden Participation from K-12 through University. Presentation at the ninth annual UTeach Conference, May 2015.
- Bradley Beth. Project Engage-Broadening Participation through Dual Enrollment Computer Science Coursework. Presentation at the International Society for Technology in Education Special Interest Group for Computing Teachers (ISTE/SIGCT), June 2013.
- Bradley Beth and Calvin Lin. UTeach-Computer Science: UT Austin as Base Case. Presentation at the fifth annual UTeach Conference, May 2011.
- Bradley Beth and Calvin Lin. Rethinking UTeach and Computer Science. Paper presented at the fourth annual UTeach Conference, May 2010.
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Keith Tookey holds two different Master’s degrees in Computer Science, a Ph.D. in Educational Applications of Computers, and has more than 40 years of teaching experience at six colleges. He has been an architect of Computer Science, Management Information Systems, and Graphic Arts Design majors. He has a broad range of courses that he can teach, both in and out of Computer Science.
- Tookey, Keith (2015). “Story Discussion Exercises: Crisis in Colorado” presented at the Society for the Study of Midwestern Literature, May, 2015, East Lansing, MI.
- Tookey, Keith (2014). “Story Discussion Exercises: A Plan of Action” presented at the Society for the Study of Midwestern Literature, May, 2014, East Lansing, MI.
- Tookey, Keith (2013). “Science Fiction as Preparation for the Future: Teaching Liberal Arts Through Science Fiction” presented at the Society for the Study of Midwestern Literature, May 10, 2013, East Lansing, MI.
- Tookey, Keith (2013). “Story Discussion Exercises: Rejuvenation” presented at the Society for the Study of Midwestern Literature, May 10, 2013, East Lansing, MI.
- Tookey, Keith and Loren Logsdon (2012). “Bradbury’s ‘Fahrenheit 451’ and Dante’s ‘Divine Comedy’: Dramatic Stories of Awakening, Enlightenment, and Redemption.” presented at the Society for the Study of Midwestern Literature, May 12, 2012, East Lansing, MI.
- Bareiss, Cathy; B. Bohn, C. Hanchey, A. Staugaard, K. Tookey (2003). “The Challenges of Teaching in a Small Computing Department (panel discussion).
- Tookey, K. (1997) Master Syllabus for Educational Technology. Written for the M.A. in teaching degree for the Education Department, Columbia College: Columbia Missouri.
- Wortham, D. and Tookey, K. (1996) Testing a Learning Environment based on a Semantic Analysis of Math Problems: A Two Experiment Study. Presented at the North American Psychology of Math Education Conference, October, 1996.
- Hawkes, L., Derry, S. Michailidi, A. and Tookey, K. (1995) A Fuzzy Diagnostic Algorithm for TiPS. Presented as a poster at the 1995 annual AERA meeting. San Francisco, CA.
- Smith, C., Derry, S., Tookey, K., Potts, M., Wortham, D., Michailidi, A. (1995) TiPS System Demonstration. Presented as a poster at the 1995 annual AERA meeting. San Francisco, CA.
- Tookey, K. (1995) Strategies and Schemas: An Empirical Test of Two Forms of Problem Solving Instruction. Presented as a poster at the 1995 annual AERA meeting. San Francisco, CA.
- Tookey, K.R. (1994). Arithmetic Schema and Strategy Instruction. Dissertation for the Department of Educational Psychology, University of Wisconsin-Madison.
- Derry, S. and Tookey,K. (1994) Effects of Collaborative Interaction and Computer Tool Use. Presented as a paper at the Cognitive Science Society, 1994. Atlanta, Georgia.
- Derry, S., Tookey, K., Smith, C., Potts, M. Wortham, D. and Michailidi, M. (1994). Psychological Foundations of the TiPS System: A Handbook for System 1.0. Technical report for a project supported by ONR Contract N00014-93-1-0310. Wisconsin Council for Educational Research, University of Wisconsin-Madison. Madison, Wisc.
- Derry, S.J., Tookey, K., and Chiffy, A. (1994). A Microanalysis of Pair Problem Solving with and without a Computer Tool. Presented as a poster at the 1994 annual AERA meeting. New Orleans, Louisiana.
- Derry, S.J., Tookey, K. And Roth, B. (1993). The Effects of Collaborative Interaction and Computer Tool Use on the Problem-solving Processes of Lower-Ability Students. Presented as a poster at the 1993 annual AERA meeting. Atlanta, Georgia.
- Tookey, Keith R. (1992). The Use of Analogies as Effective Teaching Strategies. Paper in lieu of Master’s Thesis, Department of Educational Psychology, University of Wisconsin-Madison.
- Tookey, Keith R. (1987). Teaching 8086 Assembler Language: A Gentler Approach. Paper presented at the Small College Computing Symposium, Mcalester College. St. Paul Minnesota.
- Lawrence, John and Keith Tookey (1983). Computer Use in the Liberal Arts Curriculum Faculty Workshop. Morningside College, Sioux City, Iowa.
- Terry, Frank, Lawrence, John and Tookey, Keith. (1982) Faculty Workshop: Micro Computer Literacy Program. Morningside College, Sioux City, Iowa.
- White, Carol M., Tookey, Keith R. And King, Ron. (1982). Curriculum Design for a Department of Mathematical Sciences. Morningside College, Sioux City, Iowa.
- Tookey, Keith R. (1981). The Information Structures Sequence: A PLATO Lesson Series. University of Illinois M.S. thesis project.
- Tookey, Keith R. (1979). Artificial Intelligence: The Dreyfus Dilemma. Paper presented at the DePauw-Wabash Sigma Xi Symposium, Greencastle Indiana.
- Tookey, Keith R. and Tookey, Mary D. (1975). The Verbs Lesson Series. Interactive drill and practice program written for the English department of Eureka College. Eureka, Illinois.