Redesigning an ECG analysis desktop software

Overview

My tasks
- Team building
- Project management
- Client management
- Workshop facilitation
- Leading and conducting user research
- Mentoring designers
- Design system development
- Product strategy
- Design reviews
- Leading frontend development

The client is a medical hardware and software developer company with more than 20+ experience inthe field of holter development and ECG analysis.

From a medical device development perspective, the company reached a prominent role in the ECG analysis market with their previous product series - delivering high-quality algorithm-based ECG analysis from CEE to Üzbegistan, China, or Japan.

They found us with Frontira to help them redesign their software from scratch with respect to the current product and the 15 years spent to reach this point, but while challenging the status quo and modernizing the outdated UI.

The scope:

business objectives
facilitation
de-briefing
scopeing
jobs to be done
design sales

Desktop product, only accessible for Windows, tons of screens, exotic medical jargon - it was hard to step any meaningful in the direction of understanding what this product is anyway and how can we support Labtech to develop a better one.

Through comprehensive stakeholder interviews, hours of in-depth conversations with experts, a thorough examination of the current software, a detailed analysis of the customer success team's records, a study of flagship competitor tools, and our curious deep dive into the ECG domain, after approximately 30+ hours of interviews and workshops, we have formed a clear understanding of the scope of the task and its key priorities.

The problem space

magic wand
discovery interviews
5 whys
insight mining
insight bank
problem & solution bank
journey as is / to be
personas

During the scope definition phase, it became clear that due to the nature of the medical field, the client can only engage with the customer through resellers, making both sales and communication highly indirect.

Therefore, the initial interviews, where we bypassed these indirect channels and spoke directly with healthcare professionals who use this product daily within their own environments, employing their own methods and resources, brought many surprises to everyone involved.

As it turned out, users can develop different practices for ECG evaluation depending on the country, or even the institution. They have very limited time to master or further develop these practices, and it is generally unpredictable how well-equipped they are in terms of hardware.

Design as define

wireframeing
impact - effort
figma
visual sales :)
stakeholder management
how might we
crazy 8
usability testing

During the define phase, we identified the key personas and the most important product capabilities with the deep involvement of the client. With a mixture of an insight bank and a design roadmap, we prioritized most of the findings at the same time we realized that the classic methodologies centering systematic iterations as a spine of the development process, simply won’t be as effective as the human-centered design philosophy evangelizes it.

So that to manifest a tangible vision of how this software could look, operate, and create value for the cardiology industry, we designed a limited prototype to demonstrate the design process, the mindset - the way how insights become pixels.

Through creating and testing this prototype, we gained sufficent involvement, a proper understanding of the scope, we indetified technoligical and user-related problems with strategic complexity at the same time we outlined some future-proof solutions as well.

Designing for the heart

design tokens
storybook
data-vis
usability testing
brand sprint
design system
design sprint
figma
atomic design

After the owners placed their trust in a complete redesign, we began the process within a more stable design framework. Before started developing the design system, we also addressed the value proposition and the brand values and corporate identity that communicate it.

Beyond the project's size and complexity, we also faced the challenge of recruiting healthcare professionals to validate product development concepts, conducting discovery interviews, or even usability testing, which proved to be extremely difficult.

Process

agile
strategic consultancy
data-vis
data-vis
brand sprint
design system
design sprint
figma
atomic design

Of course, this product couldn't be designed linearly instead during the design-heavy parts we systematically focused on problem areas such as data visualization, type of interactions, tutorial system, patient data management, or printing summaries.

At the same time, while lots of the interactions should be tangible to be tested we had to synchronize the second tier of the design process with an external frontend design team to understand the potential technical limitations and to ship the best solutions for data manipulation and rendering.

To reach this co-creation state between the two parts of this development team I had to convince both the agency and the client side to shift to a project approach that was unfamiliar to both parties until now.

Personal takeaways

  • My observation was, that it is completely different to design or build a technical tool to display an aspect of the human body - in comparison with objects, products, or even concepts, that were by humans for humans.
  • The statistical representation of the electricity of our heart is definitely not intuitive but a tool for the support of analyzing it still can be.
  • Mentoring medior, and senior designers through this maze was a game-changer - unhid another type of impact, another possibility of how I can make a better world, or at least couse less suffering.
  • Designing a new product is always related to developing the organization, that ships it. ‍