A methodology for conducting advanced undergraduate computer science courses. - George J. Pothering (SIGCSE, 1985)

Java resources for computer science instruction. - Joseph Bergin; Thomas L. Naps; Constance G. Bland; Stephen J. Hartley; Mark A. Holliday; Pamela B. Lawhead; John Lewis; Myles F. McNally; Christopher H. Nevison; Cheng Ng; George J. Pothering; Tommi Teräsvirta (ACM SIGCSE Bull., 1998)

A proposal to evaluate the effectiveness of closed laboratories in the computer science curriculum. - Renée McCauley; Walter Pharr; George J. Pothering; Christopher W. Starr (J. Comput. Sci. Coll., 2004)

Investigating Esperanto's Statistical Proportions Relative to other Languages using Neural Networks and Zipf's Law. - Bill Z. Manaris; Luca Pellicoro; George J. Pothering; Harland Hodges (Artificial Intelligence and Applications, 2006)

Is CS1 better with the same lecture and lab instructor? - Renée McCauley; Christopher W. Starr; Walter Pharr; RoxAnn H. Stalvey; George J. Pothering (ACM SIGCSE Bull., 2006)

An undergraduate degree in data science: curriculum and a decade of implementation experience. - Paul E. Anderson 001; James F. Bowring; Renée McCauley; George J. Pothering; Christopher W. Starr (SIGCSE, 2014)

Beyond the traditional: computing degrees for broadening participation. - Renée McCauley; Paul E. Anderson 001; James F. Bowring; Bill Z. Manaris; George J. Pothering; Christopher W. Starr; Laurie Patterson; Andrew Besmer (J. Comput. Sci. Coll., 2014)