Build better stuff faster by talking to strangers: A case study
Jane Davis shares how Dropbox used a research- and design-led development process to de-risk and identify assumptions for both engineering and design and explains how the company effectively integrated research into the development process and involved engineers in the research and design process.
Talk Title | Build better stuff faster by talking to strangers: A case study |
Speakers | Jane Davis (Dropbox) |
Conference | O’Reilly Open Source Convention |
Conf Tag | Making Open Work |
Location | Austin, Texas |
Date | May 8-11, 2017 |
URL | Talk Page |
Slides | Talk Slides |
Video | |
Jane Davis shares how Dropbox used a research- and design-led development process to de-risk and identify assumptions for both engineering and design and explains how the company effectively integrated research into the development process and involved engineers in the research and design process. Over the course of three months, Jane’s team moved from broad explorations of user behavior to a fully functioning early build—and did it while involving the entire team in the design and research process. This meant that the team had identified major risks and assumptions for the engineering team before they had even finished creating the mocks the engineering team worked from. Jane reflects on the process, examining what worked well, what her team would do differently next time, and what other teams can learn from their experience. Jane then presents a model for teams that don’t have a dedicated researcher to engage in research-driven development, focusing on giving a high-level but practical grounding in research, including the basics of conducting your own research, as well as resources for developing further skills. You’ll learn the value of doing research at the beginning of the development process, when and how to engage in research in the early stages of building something, how to do research without a dedicated researcher, and how to use research and design to identify engineering risks and assumptions.