As the product manager for Tiltbrush, Google's VR painting application, could you explain your process for prioritizing tasks and features?

In this question, the interviewer seeks to learn more about your approach to prioritizing different elements of a product in a managerial role. This involves understanding how you determine the significance and order of various components related to the enhancement and development of the app. This will provide the interviewer with insights into your ability to execute tasks, manage multiple priorities, make decisions, and shape product strategy, all essential skills for a product manager position. Key points to consider when answering this question include: Understanding the product: Briefly discuss your comprehension of the Tiltbrush app. This demonstrates that you are already considering ways to enhance the product and reflects your proactive mindset. Prioritization framework: Describe your approach to prioritization. For instance, you might mention the RICE model (Reach, Impact, Confidence, and Effort) or the MoSCoW method (Must have, Should have, Could have, and Won't have). Prioritization in action: Provide specific examples of how you've prioritized certain tasks over others. Explain your reasoning behind these decisions and the results that followed.

In order to prioritize features and enhancements for Google's Tiltbrush VR painting application, I begin by thoroughly understanding the product's existing features, user feedback, market dynamics, and competitive environment. This process includes analyzing product usage, engaging with current users for their insights, reviewing app feedback, and examining relevant trends in VR technology. After collecting this information, I classify it into the following categories: Must have: Critical for the product's core functionality Should have: Important for user satisfaction but not immediately essential Could have: Attractive features that are not crucial Won't have: Lowest priority items For TiltBrush, for instance, my analysis revealed that users value the creative freedom the app offers in a 3D environment, yet some find the user interface difficult to navigate. Thus, enhancing the user interface (UI) would be classified as a 'must have', improving existing features would fall under 'should have', and adding new tools might be seen as a 'could have'. Naturally, these classifications could shift based on user feedback, market developments, and business goals.

My approach to prioritizing tasks for managing a product like Tiltbrush, Google's VR painting application, consists of several steps: Identifying the issue or requirement: This involves understanding the challenges users face, which can be gathered through user feedback, customer surveys, or data on application usage. Defining the scope of the problem: It's crucial to evaluate the extent and frequency of the issue, as this indicates its level of urgency. Assessing impact: I would then analyze how significantly addressing each problem would enhance the user experience and the overall performance of the product. Estimating required effort: I would obtain engineering estimates regarding the resources needed to resolve the issue. I favor utilizing the RICE model (Reach, Impact, Confidence, and Effort) for prioritization, which enables me to evaluate and rank potential solutions based on their anticipated impact and cost. Consequently, my focus would be on tasks that yield high impact with low effort first, followed by those that offer high impact but require more effort, as they represent a greater potential for value creation despite necessitating more resources. For instance, with Tiltbrush, if users are requesting a feature that significantly improves usability and it is relatively straightforward to implement, it would receive a high score on the RICE model, making it a top priority.