2022
Existing productivity apps attempt to keep remote workers motivated through organisation tools. However, since these apps are hosted on mobile devices, they still pose a significant risk of distractions, trapping workers in a perpetual cycle of procrastination. Lack of motivation can be due to amplified distractions and the blurred boundary between work and home, which can eventually lead to mental distress.
Mika is designed to optimise the productivity and boost the motivation of individuals working from home alone. The robot companion utilises the Pomodoro method to help workers efficiently manage their workload, allowing them to complete tasks in less time. Mika ensures regular screen-time breaks, procuring a sense of accomplishments and promoting a better work-life balance.
A 3d printed enclosure hosted an Arduino board as well as multiple distance sensor and buttons. An LED display was programmed to give Mika its friendly faces while also providing an intuitive interface for users to interact with.
The user is asked about their work-from-home practices, habits, and motivations. The aim is to confirm or refute existing hypotheses and persona assumptions.
The user engages with the functional prototype while being observed to assess whether the product interface and features enable successful task completion. We also aim to identify any pain points in the interaction.
We assess whether the product effectively impacts users and supports them in achieving their goals. Our evaluation considers the overall user experience comprehensively, focusing on all aspects of interaction.
The user interacts with a mock prototype to evaluate how well the product integrates into their work environment, home desk setup, and daily routine.
🏆Winner People's Choice Award, UTS Tech Festival 2023