Using Faculty Job Satisfaction Survey data, the purpose of the study is to explore predictors of perceptions of tenure clarity for faculty in STEM and non-STEM fields. We use the gendered organization framework to examine whether for four groups of faculty (women and men in STEM and women and men in non-STEM), assessment of fairness in tenure decisions and evaluations, messages about tenure requirements, mentoring, and relationships with peers have a similar effect on their assessment of tenure clarity. Women in STEM fields are less likely to perceive the expectations for tenure as clear or to assess tenure decisions and evaluations as fair, mentoring as effective, and relationships with peers as satisfactory.
The need for registered nurses in the United States continues to grow. To meet this need for increased numbers of nurses, recruitment and retention of qualified nurse educators has become a priority, and job satisfaction and nursing faculties’ intent to stay have emerged as important considerations for administrators.
The purpose of this study is to analyze variables of relationships with nurse faculty job satisfaction and intent to stay from data collected throughout the United States. The Faculty Job Satisfaction Survey was employed for the purposes of this study. Over 1,350 nurse educators were included in the survey. The findings support a variety of modifiable variables that are viewed as important by nursing faculty. The strongest relationship was found to be institutional leadership. The implications can inform academic administrators seeking to retain nursing faculty.
In nursing education, the academic administrator is critical given the multitude of challenges associated with program delivery (e.g., shortages of faculty, strict and changing regulations for program accreditation, and the sheer demand for more nurses). Unfortunately, with the focus on recruiting and retaining new novice faculty to teach students, academic nursing administrators have been overlooked in recent studies. As such, this study, which uses data from the Collaborative on Academic Careers in Higher Education, aims to explore the workplace satisfaction and intent to stay of academic nursing administrators by considering their relation to a variety of demographic and work related variables. Results indicate that several modifiable work factors positively relate to both job satisfaction and intent to stay.
The purpose of this mixed-methods study was to better understand how female mechanical engineering faculty members’ career experiences in academia affect their satisfaction. The research considered differences in satisfaction reported by female and male mechanical engineering faculty members in terms of departmental climate, nature of work, resource allocations, departmental policies/practices, and overall satisfaction.
The study compared the levels of satisfaction reported in survey data collected through the Faculty Job Satisfaction Survey from 2005-2010. A subset of the survey participants was interviewed to gain nuanced descriptions of faculty member worklife.
This study identified the role of gendered divisions of labor, gendered divisions of allowed behavior, gendered symbols, and gendered interactions as reasons why female mechanical engineering faculty members are less satisfied with employment in academia than their male colleagues. Recommendations for how mechanical engineering leadership can improve the climate in the department include transparency in decision-making and encouraging senior faculty members to engage in constructive, collaborative research conversations with junior faculty members.
The COACHE Faculty Job Satisfaction Survey is organized around five themes: tenure, nature of the work, policies and practices, climate, culture, and collegiality, and global satisfaction. This analysis looks at survey data for pre-tenure faculty at research universities. In particular, the analysis examined gender differences across twelve academic areas. Mean scores for each of the 83 survey dimension were ranked across all 12 academic areas.