AIRO

AIRO

Smart Inhaler & App

Smart Inhaler & App

Solution

All the details that shape the project

All the details that shape the project

Role

Lead designer and researcher, owning the concept and end to end product design.

Team

Mostly solo project, with light collaboration and feedback at key stages

Timeline

Approximately six months of active project work.

The Issue

The Issue

Context, problem space, and design rationale

Context, problem space, and design rationale

Asthma affects over 300 million people worldwide, a number set to reach 400 million in 2025. Managing it means constant attention to triggers, air quality, and inhaler routines. Current tools are scattered across different apps and products, leaving patients overwhelmed rather than supported. As cases rise, innovation hasn’t kept pace, creating a need for a simple, unified solution that puts people back in control of their health.

Asthma affects over 300 million people worldwide, a number set to reach 400 million in 2025. Managing it means constant attention to triggers, air quality, and inhaler routines. Current tools are scattered across different apps and products, leaving patients overwhelmed rather than supported. As cases rise, innovation hasn’t kept pace, creating a need for a simple, unified solution that puts people back in control of their health.

Airo was a concept-led product design project focused on reimagining how people interact with respiratory health technology. The challenge lay in balancing medical credibility, regulatory considerations, and data complexity with clear, accessible interactions for everyday users. The project explored how design could reduce anxiety, support adherence, and make health data feel understandable rather than overwhelming. Deliverables included product and interaction exploration, user flows, high fidelity UI designs, a supporting design system, and a cohesive visual language that connected the physical product and digital interface into a single, considered experience.

Airo was a concept-led product design project focused on reimagining how people interact with respiratory health technology. The challenge lay in balancing medical credibility, regulatory considerations, and data complexity with clear, accessible interactions for everyday users. The project explored how design could reduce anxiety, support adherence, and make health data feel understandable rather than overwhelming. Deliverables included product and interaction exploration, user flows, high fidelity UI designs, a supporting design system, and a cohesive visual language that connected the physical product and digital interface into a single, considered experience.

Problem Statement:

People with asthma face growing challenges but lack a clear, practical way to manage them.

People with asthma face growing challenges but lack a clear, practical way to manage them.

Solution

Exploring and refining the right solution

The project began with a wide exploration of possible solutions, considering multiple product and system models before committing to a single approach. I explored alternative concepts across both physical and digital touchpoints, from purely app based tools to more device led interactions, testing how each might support users at different moments in their care journey. Through this exploration, I evaluated each option against usability, clarity, emotional impact, and feasibility, gradually narrowing the scope to a solution that best balanced clinical requirements with everyday usability. In order to also better help me navigate what my final solution would be I created a question which was shared amongst asthmatics and parents of asthmatics to get their perspective of the issues they deal with the most. This process allowed the final direction to feel deliberate and grounded, shaped by trade offs rather than assumptions, and focused on delivering the most meaningful experience for users.

‘Airo’ combines a smart inhaler with a companion app to make asthma management simpler and more effective. The inhaler tracks usage and sends data to the app, which displays key information clearly. Core features include air quality monitoring and integration with wearable devices, creating a more holistic health tool. Designed with user research, surveys, and interviews, Airo focuses on delivering a practical, user-centered solution to the challenges asthmatics face.

Process

Creating Airo from concept to final design

Airo’s creation began with in-depth research, including analysing studies, competitor analysis, and user surveys. With a clear direction, I designed wireframes, developed prototypes, and conducted usability tests to refine the design. I also designed a 3D model of the smart inhaler, following a research-led approach.The journey of building Airo was entirely research-driven and a major learning experience I’m grateful for.

Throughout the project, I relied on both traditional and digital tools. Pen and paper gave me freedom to sketch ideas quickly, while Pinterest and real-world designs provided inspiration. Figma was central for branding and high-fidelity prototypes, with Adobe Illustrator and InDesign supporting brand and report work. Notion helped me document research, track progress, and organize ideas. Together, these tools both new and familiar, were essential in bringing ‘Airo’ to life.

Desk Research & Competitor Analysis

I reviewed existing solutions such as MyAsthma, AsthmaMD, Aflo, Smart Asthma, and Airly. Each offered useful features like symptom tracking, inhaler monitoring, and air quality insights, but many suffered from fragmented experiences, poor design, or limited accessibility. This highlighted an opportunity for Airo to stand out as a unified, user-friendly, and holistic approach to asthma management.

User Interviews, Questionnaires

I reviewed existing solutions such as MyAsthma, AsthmaMD, Aflo, Smart Asthma, and Airly. Each offered useful features like symptom tracking, inhaler monitoring, and air quality insights, but many suffered from fragmented experiences, poor design, or limited accessibility. This highlighted an opportunity for Airo to stand out as a unified, user-friendly, and holistic approach to asthma management.

I reviewed existing solutions such as MyAsthma, AsthmaMD, Aflo, Smart Asthma, and Airly. Each offered useful features like symptom tracking, inhaler monitoring, and air quality insights, but many suffered from fragmented experiences, poor design, or limited accessibility. This highlighted an opportunity for Airo to stand out as a unified, user-friendly, and holistic approach to asthma management.

I reviewed existing solutions such as MyAsthma, AsthmaMD, Aflo, Smart Asthma, and Airly. Each offered useful features like symptom tracking, inhaler monitoring, and air quality insights, but many suffered from fragmented experiences, poor design, or limited accessibility. This highlighted an opportunity for Airo to stand out as a unified, user-friendly, and holistic approach to asthma management.

Sketching, Wireframing & Prototyping

To bring ideas to life, I started simple, sketching on paper and sticky notes to quickly capture concepts and refine them. From there, I moved into wireframing and built out high-fidelity prototypes in Figma, which became the core tool for my design work

To bring ideas to life, I started simple, sketching on paper and sticky notes to quickly capture concepts and refine them. From there, I moved into wireframing and built out high-fidelity prototypes in Figma, which became the core tool for my design work

To bring ideas to life, I started simple, sketching on paper and sticky notes to quickly capture concepts and refine them. From there, I moved into wireframing and built out high-fidelity prototypes in Figma, which became the core tool for my design work

Making The 3D Model

I created a 3D inhaler model from scratch. With no prior 3D experience, I experimented with tools, files, and converters before finally building a version in Autodesk Fusion that included key features like a screen, button, and charging port. The process was challenging but added realism to my project and expanded my skill set.

I created a 3D inhaler model from scratch. With no prior 3D experience, I experimented with tools, files, and converters before finally building a version in Autodesk Fusion that included key features like a screen, button, and charging port. The process was challenging but added realism to my project and expanded my skill set.

I created a 3D inhaler model from scratch. With no prior 3D experience, I experimented with tools, files, and converters before finally building a version in Autodesk Fusion that included key features like a screen, button, and charging port. The process was challenging but added realism to my project and expanded my skill set.

Accessibility

Accessibility was central to Airo’s design, particularly given its use in health contexts. The interface prioritises clarity, large tap targets, and strong visual feedback to support users with varying motor and attention needs. Information is surfaced progressively, with live dose tracking and reminders designed to be clear without overwhelming, helping users build consistent habits safely and confidently.

Accessibility was central to Airo’s design, particularly given its use in health contexts. The interface prioritises clarity, large tap targets, and strong visual feedback to support users with varying motor and attention needs. Information is surfaced progressively, with live dose tracking and reminders designed to be clear without overwhelming, helping users build consistent habits safely and confidently.

Accessibility was central to Airo’s design, particularly given its use in health contexts. The interface prioritises clarity, large tap targets, and strong visual feedback to support users with varying motor and attention needs. Information is surfaced progressively, with live dose tracking and reminders designed to be clear without overwhelming, helping users build consistent habits safely and confidently.

Final Touch

Looking back and moving forward

Airo is a project that’s deeply personal to me, and one I’m incredibly proud of. What began as a passion project quickly evolved into a meaningful design challenge that pushed me to think more critically about systems, usability, and real-world impact. Throughout the process, I was constantly learning, whether that was refining my problem framing, making more intentional design decisions, or balancing ambition with feasibility.

Working on Airo also reinforced that this isn’t just a conceptual exercise. The problems it aims to solve are real, and the need for a solution like this genuinely exists. That’s what motivated me to keep developing it beyond a portfolio piece, entering it into two different Northern Ireland Innovation competitions and being a finalist in both.

Reflection

Looking back, Airo taught me the importance of slowing down and letting insights, not assumptions, drive the design. I learned how valuable it is to test early, challenge my own ideas, and be comfortable changing direction when something isn’t working. Most importantly, the project helped me grow more confident in my decision-making as a designer, trusting both the research and my own judgement to shape a stronger, more considered outcome.

Let’s Chat

If you’d like to chat about a project, collaboration, or role, feel free to get in touch. I’m always open to new opportunities and conversations.

Made with love, matcha & late nights

Let’s

Chat

If you’d like to chat about a project, collaboration, or role, feel free to get in touch. I’m always open to new opportunities and conversations.

Made with love, matcha & late nights

Let’s Chat

If you’d like to chat about a project, collaboration, or role, feel free to get in touch. I’m always open to new opportunities and conversations.

Made with love, matcha & late nights