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Introduces the reader to the concepts and benefits of electronic cam capability in electronic motion control systems. General mechanical cam operation is discussed and the concept of electronic cam is described. A “rotary knife” application is used to illustrate how electronic cam can increase the quality of motion and simplify programming.

The purpose of this study is to identify how at‐risk high school students in an alternative school describe how they best learn and to extrapolate their preferred learning practices to improve teacher pedagogical practices.

The authors used a qualitative case study design to facilitate the first two stages of an appreciative inquiry (AI) 4‐D cycle – discovery and dream. Eight alternative high school students, four males and four females, were purposively selected as participants. Data collection methods included: group discussions, semi‐structured paired interviews, and participant generated documents and visual presentation for district administrators and teachers. Data were analyzed using content analysis, open coding, axial coding, text analysis software, and pattern matching.

The study produced four salient findings: relevant experiences were important for learning; a cooperative and respectful learning environment is a core value; learning should be enjoyable; and, the concept of family became an important metaphor for the learning environment.

The findings from this study suggest that further research with AI in educational settings may have important implications to inspire educators to think in new ways about learning.