User Interface Design of Barometer Device

In today’s era, blood pressure measuring devices have gained widespread popularity. Sphygmomanometers are utilized to measure both maximum (systolic) and minimum (diastolic) blood pressure. Some advanced devices also measure heart rate and blood oxygen saturation.

The designed sphygmomanometer employs a novel blood pressure measurement method tailored for new users. Consequently, an intuitive user interface is essential, ensuring seamless communication and expeditious blood pressure measurement. During the user interface design phase, user navigation across various pages and sections of the device is anticipated. The goal is to mitigate user confusion, minimize errors, and ultimately deliver an enhanced user experience.

Product Design Challenges

Limited support for gradient and color spectrum due to basic screen capabilities.
Constraints on displaying animations.
Introducing a new blood pressure measurement process for users.
Designing for diverse user groups, including older individuals, younger individuals, and those with visual impairments.
Balancing minimalistic design while maintaining clarity and audibility of instructions.
Maximizing the utilization of similar pages within hardware limitations.
Ensuring legibility of text under various conditions.

Features of the Presented Design

Streamlined design to direct user focus exclusively to core device functionalities, reducing potential confusion.
Implementation of visual rhythms to prioritize options when users face multiple choices.
Clear and expressive steps catering to users with varying characteristics.
Thorough exploration of usage scenarios, leading to error-reduction through thoughtful design.
Anticipation of hardware limitations and effective mitigation through the user interface.