Developing a logic model is an essential first step in program evaluation. Our experience has been that there is little guidance to teach students how to develop a logic model that is true to its intended purpose of providing a clear visual representation of the underlying rationale that is not shrouded by including the elements of evaluation. We have developed a three-step approach that begins with developing the visual representation of the underlying rationale, central to which is the identification of Antecedent conditions. Step 2 ensures that program activities Target antecedent conditions, while Step 3 focuses on Measurement issues, depicting indicators and objectives for outcomes being included in the evaluation plan. We have coined this method of teaching the ATM approach. We hope that teachers of evaluation will find the ATM approach useful in the form presented here or at least stimulate thought as to how to adapt the approach to meet individual teaching needs.

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Recruitment and retention of women has been a persistent problem in the field of computer science. With a growing number of jobs that require a computer science degree, this problem does not only affect computer science departments with low enrollment, but also impacts industry. There is still no universally accepted explanation for the underrepresentation of women in the computing field. Various solutions have been implemented in an attempt to resolve this problem and yet gender imbalance in fields related to computer science persists.In this paper we study how perceptions held by students influence their intention to pursue computer science. Through a descriptive study, using a survey given out to first semester students in a computer science class, we measure perceptions, attitudes, self-efficacy, and identity, then we study the correlations between them and students' intentions to further pursue computer science. Our goal is to understand how determinative these constructs are to having students continue in the major.