Women make up only 25% of employees in the technology industry (e.g., computer science careers, information technology, etc.). One possible explanation for this disparity is that hiring decisions are made based off cultural fit, or the perception of similarities between employers and job candidates. The current research investigates whether perceptions of cultural fit are determined in part by the design of workplace environments, and, as a result, whether stereotypical computer science (CS) environments might influence hiring decisions and contribute to the gender disparities in the technology industry. In our study, undergraduates were asked to imagine that they were hiring a job candidate for a technology company. Participants read a description of either a non-stereotypical (e.g., art posters on the wall, etc.) or stereotypical (e.g., Star Trek posters, computer parts, science fiction posters, etc.) CS workplace, and then read the resume of either a male or female job candidate. Participants then answered questions measuring perceived candidate fit into the company environment and hiring intention. We predict that participants who viewed the non-stereotypical CS workplace environment will be more likely to hire the female job candidate than participants who viewed the stereotypical environment. This work would suggest that the design of company environments can prevent non-traditional candidates from being hired, and that encouraging companies to create inclusive, non-stereotypical environments may reduce gender disparities in the technology industry.