Magnet Strength Selection Guide
Interactive content providing a path to products
- UX research
This project piloted a process for improving the user experience with content that helps customers conceptualise unfamiliar concepts and guides them to an appropriate selection of products. This work advances the company’s digital publishing content strategy by creating and testing interactive industrial information to increase customer engagement. My primary role was a UX researcher, but I also provided content strategy and written content.
Our team spent six weeks researching customers to understand their needs and identify where the current web experience fails to meet their expectations. Our initial research of navigation behaviour and transactions revealed several indicators of pain points in the current experience.
After this initial internal research, we conducted 44 qualitative phone interviews and 6 in-person ethnographic visits to understand customer needs. We spoke to customers from very different industries who use magnets for many dissimilar applications. We thought we would identify several personas with unique needs during our user research. But we instead found that even though customers have very different uses for magnets, they all think about them in similar ways.
"I don’t care what the magnet material is, I just need it to do the job."
"The magnet I bought was weaker than I thought it would be, but I just used it for something else."
"I don't really know what "maximum pull" means—I just want to know if a magnet can hold up a screwdriver on a workbench."
After conducting research, we held a two-day sprint with reviewers to share what we learned and determine the project focus and scope. We decided to focus on designing an experience that helps customers understand magnet pull strength.
Customers want to concretely conceptualise magnet pull strength and find the right products for their application because they don’t want to spend a lot of time deliberating on a minor purchase.
Armed with the findings from user research and our problem statement, we started working on developing potential solutions. My role in this stage involved writing copy for the designs, developing some early sketches, and providing feedback to the designers tasked with creating alternative designs.
I played a supportive role in the iterative design process, working on the copy and serving as an advocate for customers as designs progressed. But I also created a few early concept sketches. Early designs included information about many factors relevant to magnet selection, but we realised these designs did not focus on the core user problem we identified—the need to conceptualise magnet pull strength.
In the next round of iteration, the UX team simplified the design to narrowly focus on magnet pull strength and experimented with several methods of visually describing this information. Internal reviewers provided feedback throughout the iterative process.
I was not involved in later-stage prototyping and testing with users, but the design team worked with a developer to code a functional prototype that was tested with customers. After incorporating feedback from users, the team conducted A/B testing that showed this new content to half of customers who viewed the magnets page. The new content resulted in a 12% higher engagement rate and 16% more unique visitors.
During the customer research process and my involvement with the written elements of the industrial information design, I learned a great deal that I will apply to future work.