Using field ethnography techniques and analyzing data with journey mapping and contextual design methods (such as physical model), I participated and led research planning and analysis activities to gain insights to improve a Revvity digital product (that shall remain unnamed). Observing lab practices and having conversations with lab managers andtechnicians, the research activity provided 20+ actionable insights for 3 userflows related to the development of this product.
Company
Revvity
Year
2023
Project Type
UX Field Research & Research Analysis
Role
Field Researcher, Data Analyst
01  Background

Context

As a UX Researcher and Designer, my focus on a recent project was to refine the user experience for a laboratory information management system (which shall remain unnamed due to NDA). The endeavour was to work with product manager to reach out to customers, to understand and enhance the lab technicians' and managers' (direct users') interaction with our software, tailoring it to their intricate workflows while adhering to the strict confidentiality of the process and insights.

Project Impact

User flows mapped

3

3 use journey flows are mapped with pain points and opportunities identified for future design

Actionable Insights

20+

Actionable insights that were translated to design recommendations to the product

Future UX Recommendations

10+

Recommendations made based on journey maps and artifacts to ensure user needs are met

02  Approach & Process

Research Day(s)

The project involves series of on-site observations, ethnographic studies and interview with users. The span was two days with two hospital lab sites visited, talking to over 10 users in total. My goal was to immerse myself in the environment of our users to truly capture their interaction with the technology they use daily. I organized these sessions under the guidance of UX Research Lead, ensuring that our team's approach was systematic and comprehensive.

Pre-research Preparations

Pre-field workshops with product managers and account managers were important to inform our approach in the research. These were critical for aligning our internal teams with project objectives, facilitating a shared understanding of our goals, and preparing for the synthesis of our observations.

Below are few things we learned about that majorly informed our research questions and approach:

  • Product lifecycle
  • Competitors and market landscape
  • Product development priorities
  • Product capabilities and backlog

Research Questions

I, together with the team, had the pleasure and opportunity to speak with 2 lab managers, over 10 lab technicians, to understand their pain points with the software. We also took a step back to not only focus on the application itself, but also understand beyond the application – what is their entire workflow like? Where does the software situate within the complex workflow? What happens outside of the lab? How can we make their work easier with our software?

Data Cleaning & Analysis

Throughout this process, we employed ethnographic research techniques, journey mapping, and physical model (from Contextual Design) to structure our observation sand learnings. These tools allowed us to construct a narrative around the user experience , giving an overview to everyone on the product team of the findings and insights, and allowing teammates who were not present in the lab to have a sense of the physical workspace of the lab as a helpful context to their R&D work.

3 journey maps signifying different workflows that happen within the hospital lab space, including steps also beyond the lab setting, were identified, mapped out, annotated with opportunities and pain points found. Then, these opportunities are translated into design recommendations to be presented to product manager.

03  Ethical Concerns

Protecting Sensitive Data

Given the sensitive nature of the environment (a hospital lab, with sensitive and confidential patient data), a significant aspect of our research was to maintain the highest standards of privacy and confidentiality. To respect privacy protocols, we could not record, take photos, nor videos in the lab space. We were meticulous in ensuring that patient and institutional data were protected and that our presence in the labs was unobtrusive and respectful of the technicians' space and workflows.

04  Learnings

Navigating Complex Workflows

On a personal level, the project honed my skills in observational research and deepened my appreciation for the complex interplay between user behaviour and software design. I learned the value of silent observation – of watching and listening without intruding. This experience also taught me the importance of attention to detail while conducting field work for a complex work flow that involves various parties to work together to provide a service. Such rigorous attention to detail in the capture and handling of data.

05  Final

Final Outcome

In terms of product impact, the research was instrumental in guiding the next steps for software enhancement. We uncovered 20+ actionable insights for our product.

In terms of strategic influence, this research project informs our future product line development.