Design thinking is an ideal method for encouraging innovation and uncovering user needs, making it perfect for devising solutions that meet multiple users' requirements. This methodology was chosen because its goal is to create solutions that are desirable, feasible, and viable—essential criteria for developing a minimum viable product for any company.
We developed prototypes for each component of our NICU ecosystem solution to present to ROO's stakeholders. These prototypes showcased our focus on designing for comprehensive usability and effectiveness within the NICU environment.
The prototype illustrates how the silicone ETT holder is attached to the disposable elastic fabric that connects to a hat worn by the baby. As well as how the elastic fabric is detachable and features mushroom cap attachments along the side to secure the silicone ETT holder effectively.
When prototyping the kangaroo care pouch, we considered materials, human factors, and user interaction. We created patterns for the pouch and harness, tested different sizes, and finalized our design. We selected materials for their elasticity, softness, and washability, and conducted several prototypes and edge finish studies before assembling the final prototype.
The Isolette prototype was 3D modeled to illustrate essential features such as openings for nurse access, temperature control, and tube securement.
The 3D model illustrates the chair's primary feature of mobility with the parent, providing support and guidance as they stand, lean over the crib, or sit back down.
The prototype illustrates how the silicone ETT holder is attached to the disposable elastic fabric that connects to a hat worn by the baby. As well as how the elastic fabric is detachable and features mushroom cap attachments along the side to secure the silicone ETT holder effectively.
When prototyping the kangaroo care pouch, we considered materials, human factors, and user interaction. We created patterns for the pouch and harness, tested different sizes, and finalized our design. We selected materials for their elasticity, softness, and washability, and conducted several prototypes and edge finish studies before assembling the final prototype.
The Isolette prototype was 3D modeled to illustrate essential features such as openings for nurse access, temperature control, and tube securement.
The 3D model illustrates the chair's primary feature of mobility with the parent, providing support and guidance as they stand, lean over the crib, or sit back down.
Our research and insights led to the development of a strong design solution, which was well-received by ROO's stakeholders. Although not all products could be physically prototyped, the solution met their requirements. At the project's conclusion, ROO requested and acquired the rights to our design.
This project underscored the importance of industry connections for obtaining detailed knowledge. While it would have been beneficial to prototype all products physically, time constraints limited this. In future projects, I would streamline the ideation process to ensure the timely creation of prototypes.
