Balancing usability testing with tight deadlines is all about focus and efficiency. + Start by identifying the key tasks or areas that are most important for users—test those first. + Use quick methods like guerrilla testing to get fast feedback without much prep. Remote tools, like online testing platforms, can save time and help you reach more people easily. + Work testing into your process in small, manageable steps so you can keep improving without slowing down. + It’s about working smarter, not harder, to make sure the product still works great for users.

The methods we utilized in our team include: Conducting usability tests alongside development, such as testing wireframes during early stages. Testing with 3 to 5 target users, as research shows this is enough to identify most critical issues. Using online tools to observe user interactions remotely when time for in-person testing is limited. Involving team members or non-expert friends for quick informal tests when real users are unavailable. Leveraging dogfooding when possible, allowing the team to use the product like real users and uncover key problems early.

* Prioritize key tasks: Focus on the most critical user flows and functionalities. * Conduct targeted tests: Recruit representative users and tailor tasks to specific areas of concern. * Employ remote testing: Utilize online platforms for quick and efficient data collection. * Streamline the process: Use templates, standardized questionnaires, and efficient analysis tools. * Focus on actionable insights: Prioritize findings that have the biggest impact on user experience and can be addressed within the remaining time. * Communicate findings concisely: Share key takeaways with the team in a clear and actionable format.

Prioritize quick, targeted testing methods like hallway testing or remote, unmoderated tests with a small number of representative users. Focus on key user tasks or high-risk areas of the design to gather essential insights without extensive setup. Shorten test sessions and streamline analysis by using rapid feedback loops, so that insights can be immediately incorporated into the design.