Physics Climate SurveyExecutive SummaryIn Summer 2019, a group of students set out to examine how different people in the Department of Physics experience this workplace and community. With similar efforts also underway by a group of staff members, these collaborations combined into the Climate Survey Task Force. Officially sanctioned by the Department of Physics, this task force spent the next year developing a departmental climate survey in consultation with experts both inside and outside the department. The final product was deployed in August-October 2020 and the results were analyzed in the ensuing months. Table 1 shows the response rates within each constituency of the department. This document presents the main takeaways of the survey.
In examining our findings, it is important to understand the goals of this survey. Our intent is not to draw conclusions about climate issues in the field of physics or in our broader social context. Our survey asked targeted questions about our department. It is for this reason that we have refrained from performing statistical tests on our data, since our goal is not to draw inferences about a larger population. Instead, we have simply provided descriptive statistics. Although we have highlighted some clear trends, we invite the reader to draw their own conclusions. Our task is to present the data. This executive summary is not intended to be the last word on our department’s climate. Instead, our hope is that it is a conversation starter. Indeed, the aspiration is to redeploy this survey on a regular basis to track our progress. This document serves as a concrete manifestation of two important themes: 1) our desire as physicists to take a careful data-driven approach to improving our department’s climate, and 2) our commitment to this cause, be they from grassroots efforts led by students and staff or official actions led by department leaders. The Climate Survey questions were divided into groups that addressed elements of peoples’ experiences within the Department. The major takeaways from each question group are summarized below under each expandable topic. General climate, comfort, feelings of belonging:
Career/Academic support:
Health, well-being, and emotional support:
Classroom experience:
Harassment/Reporting:
General observationsResponses often skew positively in sentiment when total responses were plotted, then show discrepancies in positivity when separated into groups by identity factors--such as by sexual orientation, race, gender, disability, and proficiency with English. Two such examples are gender, when asked about experiences of harassment in the Department, and race, when asked about feelings of support and belonging. Other identity factors examined for some survey questions, such as primary language or religiosity, did not show significant impact on overall experience. Additionally, aggregated responses of all participants show that certain areas of the departmental experience are overall ranked positively, such as classroom experience, while others are overall ranked poorly, such as career support and harassment. ConclusionThis report aims to present a comprehensive but non-exhaustive set of results from the collected quantitative data, where we have all but omitted the free-write questions to avoid sharing identifiable information. We are very grateful for the written comments we received on a range of topics which often corroborate the quantitative results but more importantly add great depth, and can help inform future climate surveys as well as departmental action items. The written comments were shared with the Department Chair. Further analyses on any part of the data could be conducted, similarly with the aid of an external analyst to protect respondent anonymity. Additionally, a departmental climate survey should be deployed every one-to-two years to be able to examine longitudinal trends. While this report does not present recommendations, it can serve as a useful guide to societal patterns and hierarchies that could inform future departmental actions. We hope community discussions will be set up to facilitate conversion about the results and implications. Finally, we stress that while this report is a rich source of information, it should be regarded as just one of many ways to gain understanding about our Department community. In particular, we stress the importance of qualitative input in painting a nuanced picture of our community members' lived experiences[1]. We also caution against the over-reliance on data-driven approaches, where concrete survey numbers are used to dictate social changes that treat only symptoms rather underlying causes[2]. We encourage readers to view this report as one piece to propel further multiple community-minded actions that will enable continuous, grounded improvements to our department. Obtaining the full reportIf you would like to view the official report of the survey, please contact the physics department climate survey taskforce at climatesurvey at physics dot mcgill dot ca and the physics department chair at chair at physics dot mcgill dot ca. AcknowledgementsWe would like to extend our thanks to those who participated in the McGill Department of Physics 2020 Climate Survey, whether by completing the survey or engaging with the results, such as by reading this executive summary and the report. This climate survey examined self-reported experiences of community members of the Department of Physics at McGill University with quantitative, scale-based questions and free-write comment questions spanning a range of topics, from academic and career support to interpersonal interactions. We examined how positivity of experience compares when we look at all responses irrespective of identity factors versus responses separated into identity groups, as permissible without compromising anonymity of participants. [1] Kuper, A., Reeves, S., & Levinson, W. (2008). Qualitative Research: An Introduction to Reading and Appraising Qualitative Research. BMJ: British Medical Journal, 337(7666), 404-407. Retrieved April 23, 2021, from http://www.jstor.org/stable/20510591 [2] Pando, Jesus. The Data Fallacy. DePaul University Department of Physics and Astrophysics. https://indico.cern.ch/event/1019224/contributions/4277548/attachments/2219263/3757777/The_Data_Fallacy-Pando.pdf |