
The International Precision Teaching Conference is a time when scientists, behavior analysts, students, parents, teachers, practitioners, and other interested parties gather together to share about Precision Teaching (PT) and other technologies utilizing the Standard Celeration Chart (SCC). Presentations typically discuss empirical data and methodologies, technological...
The Journal of precision Teaching and Celeration(JPTC) is the scientific journal of the Standard Celeration Society. The SCS publishes roughly twice a year. It provides a forum for research, practical applications, and discussions of Precision Teaching and Celeration technology. JPTC has dedicated itself to the promotion and diffusion of Precision Teaching and Standard Celeration...
The Standard Celeration Chart(SCS) was developed in 1967 be "Ogden Lindsley, Eric Haughton, (and several other graduate students of Lindsley's), Sanndy Houston (the administrative assistant), and Helen Brennan (the priter)" (Potts, Eshleman, & Cooper, 1993). The SCC is more tha a mere data-display tool; it guides its user to make data-driven analytical...
If you are attending ABAI in Seattle this year and are a member of the SCS, please come to the business meeting. We will be updating you with the latest news regarding the day-to-day working of the Society. This also is a great opportunity for you to ask...
Read more
The Lifetime Achievement Award of the Standard Celeration Society was presented to Dr. Henry "Hank" Pennypacker at IPTC2008 in November, 2008.
At the 2008 International Precision Teaching and Celeration conference in New Brunswick, New Jersey, Henry "Hank" Pennypacker. The text of Dr. Carl Binder's presentation speech can be read by clicking below.
In recognition of a scientific career devoted, among other things, to the use of standard measurement in both experimental research and application, and to the development and promotion of standard celeration charting and precision teaching, we recognize Dr. Henry S. Pennypacker with the Standard Celeration Society’s highest honor, The Lifetime Achievement Award.Professor Emeritus at the University of Florida, Dr. Pennypacker has been a major figure in behavior analysis through his contributions in research, teaching, and service. A career-long colleague, friend, fellow musician and co-conspirator with Dr. Ogden Lindsley – founder of precision teaching and creator of the standard celeration chart – Dr. Pennypacker made important contributions in the early development and dissemination of precision teaching and standard celeration charting. He helped establish Florida as a model for behavior-based treatment of developmental disabilities, and helped to create Precision Teaching of Florida, introducing PT for both learners with disabilities and eventually for general education students in Florida public schools. This led to sponsorship in Florida of some of the very first national Precision Teaching Conferences.
Hank was first author of both editions of the Handbook of the Standard Celeration Chart, the technical “bible” of standard charting. His book (with Dr. Jim Johnston), Strategies and Tactics in Behavioral Research, now in its second edition, has become a classic and essential reference on methodology in behavior analysis, and also for those who wish to conduct precision teaching research. A lesser known publication, Behavior: Its units, dimensions, and measurement, which Hank co-authored with Johnston and Dr. Bea Barrett (the only other recipient to date of our Lifetime Achievement Award), presents what is among the most compelling and precise descriptions ever published of the role and characteristics of measurement in behavior analysis. Dr. Pennypacker wrote insightfully in several publications about how celeration, the standard measure of learning derived from the standard celeration chart, could be used to make educational evaluation and accountability truly performance-based – for schools, districts, and entire systems. Practically and intellectually, he has been a pioneer and a great communicator of important ideas.
Dr. Pennypacker encouraged early efforts by precision teachers to “go private” – or as he put it, to “buy in without selling out” – during the late 1970’s and early 80’s, when many of the first private sector precision teaching learning centers and programs began. As mentor and senior colleague, he befriended and gently encouraged countless young scientists and practitioners, far more than his prodigious list of formal students suggests. He made important contributions to instructional design and implementation by combining precision teaching with the personalized system of instruction for university students. And he has offered his wise and always-engaging perspective as discussant for numerous panels and symposia at the Association for Behavior Analysis, for those lucky enough to grab a place on his dance card.
Dr. Pennypacker served as President of the Association for Behavior Analysis in 1986-87 and has been an active Trustee as well as Chairman of the Board for the Cambridge Center for Behavioral Studies.
Dr.
Pennypacker is perhaps best known within and outside the field of behavior
analysis as the developer of methods and devices for effective training
of self-examination for breast cancer, and for founding a company (Mammatech)
to further this potentially life-saving effort. This work has been widely
recognized in the behavioral medicine and cancer prevention communities.
Like his earlier support and advancement of precision teaching, Mammatech
in many ways sums up the character and the contributions of this great
man. A thoughtful philosopher of science, disciplined scientist
and practitioner, visionary leader, and caring human being – all of
these qualities come together in his efforts to address painful, pressing,
and scientifically challenging issues related to health and education.
With enormous gratitude for his contributions and friendship, we are honored to present Dr. Henry S. Pennypacker with the Standard Celeration Society’s Lifetime Achievement Award.
Drafted by C. Binder. Reviewed and edited by J. Eshleman, C. Merbitz, M. Fabrizio for the SCS