Great Principles in Computing Curricula
Denning, Peter J.
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The nearly three dozen core technologies of computing sit in a simple framework defined by great principles and by computing practices. The great principles are of two kinds, mechanics and design. Computing mechanics comprises computation, communication, coordination, recollection, and automation. Design principles address concerns for complexity, resilience, performance, evolvability, and security. Practices comprise programming, systems, modeling, innovating, and applying. This framework opens many new possibilities for teaching computer science, including new approaches to programming. The new CS curriculum at the Naval Postgraduate School is based on the framework presented here.
The article of record as published may be found at http://dx.doi.org/10.1145/1028174.971303In October 2003, the CS Department at NPS initiated a new curriculum organized around a Great Principles framework. Here's an overview of the framework, why it has been difficult to articulate such a framework, experience at NPS, and reflections about computing curricular in general.
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Luqi; Puett, J. (Monterey, California. Naval Postgraduate School, 2002-07); NPS-SW-02-006Objectives. The goal of this research is to develop a holistic framework for engineering dependable computing and communications software. The framework establishes collaborative mechanisms by which existing software ...
Walden, David (2012-12);A leading scientist in computing since his graduation from Massachusetts Institute of Technology in 1968, Peter J. Denning is best known for his pioneering work in virtual memory, especially for inventing the working-set ...