As part of the Theme Year initiative, Introduction to UX Design students partnered with the United States National Oceanic and Atmospheric Administration (NOAA). Students worked to assess and redesign the Great Lakes Aquatic Nonindigenous Species Information System (GLANSIS) portal to make the data portal more accessible and usable for an array of users, including researchers, teachers, and the general public.
Course Overview:
In this course, students learned the basics of user experience (UX) design, including theories behind UX practice, common tools for assessment and presentation, and practices common in UX work. Students implemented the principles of UX in the context of problem-solving.
Fall 2023 faculty: Eric Gilbert, James Rampton
Why Invasive Species?
The Great Lakes are a vital resource for the residents of Michigan and the United States. Nonindigenous, or invasive species, increasingly are present in the Great Lakes; these creatures prey on other native species, damage infrastructure, degrade the ecological environment, reduce economic vitality, and hinder the purity and enjoyment of the lake systems. In the Great Lakes, there are over 185 invasive species; not all cause damage, but those that do - the zebra and quagga mussel, the round goby, and the sea lamprey - decimate current native populations and degrade the environment, causing great costs to taxpayers in response.
Course Partner
From daily weather forecasts, severe storm warnings, and climate monitoring to fisheries management, coastal restoration, and supporting marine commerce, NOAA’s products and services support economic vitality and affect more than one-third of America’s gross domestic product. NOAA’s dedicated scientists use cutting-edge research and high-tech instrumentation to provide citizens, planners, emergency managers, and other decision-makers with reliable information they need when they need it.
NOAA’s many assets — including research programs, vessels, satellites, science centers, laboratories, and a vast pool of distinguished scientists and experts — are essential, internationally recognized resources. We work closely with other nations to advance our ability to predict and respond to changes in climate and other environmental challenges that imperil Earth’s natural resources, human life and economic vitality. In Ann Arbor, NOAA’s Great Lakes Environmental Research Laboratory (GLERL) conducts scientific research on the Great Lakes and coastal ecosystems; develops and transitions products and services; and shares knowledge and information to advance science, service, and stewardship.
Project Outcomes
Student(s): Natalie Anderson
Project overview:
I worked to improve the usability of the Species List Generator tool, from efficiency to readability, to create a simple and efficient experience for users of all kinds.
The species list generator tool is complex and unintuitive for many users and hinders quick and easy access to critical information related to invasive species. Invasive species are one of the top threats to biodiversity. Of the 180+ aquatic non-native species in the Great Lakes basin, research shows significant harmful impacts for 41%. Prevention strategies and revenue loss constitute billions of dollars yearly. This project allowed me to create a solution for extracting important information that could improve research on a crucial issue in the Great Lakes region. While completing the redesign, I learned about the threat of invasive species in the region and how beneficial informative organizations such as NOAA are to our society.
Student(s): Maiara Lewis Cipriano
Project overview:
I worked to learn more about why users were struggling to find, understand, and interact with the information on GLANSIS Website. By understand the why, I was able to work towards addressing those issues to improve the experience for the GLANSIS users.
This project had an immense impact for me personally because I was not aware of the presence of invasive species in the Great Lakes. Through this project I learned that the Great Lakes are the largest freshwater system on Earth. Not only that, but also how invasive species can lead to harmful repercussions on many spheres, ranging from the environment and human health, to economic. Moreover, this project allowed me to expand my skills as a UX Designer and understand how I can make an impact in the real world on topics that matter. Improving GLANSIS website is an important task as a better access to the information they are providing would allow users to gain valuable insights, fostering effective decision-making that ultimately impacts the collective efforts towards conserving the Great Lakes ecosystem.
Student(s): Aafaf Sophia Moustafa
Project overview:
The NOAA GLANSIS site struggles to serve its diverse audience, with users expressing confusion and feeling overwhelmed by its design. The lack of intuitive flow hinders usage and may redirect users to competing platforms.
This project has been pivotal in my personal and professional development, honing my ability to self-learn and communicate effectively with clients. I gained hands-on experience with various design software, implementing design principles, and iterating on valuable feedback. This project provided a comprehensive understanding of the design journey. I learned how to justify my design solutions, and was able to present my final deliverables to the client. These skills not only enrich my own proficiency, but also contribute to creating more user-friendly digital experiences for diverse audiences.
Student(s): Megan Fan
Project overview:
The ‘Species Generator Tool’ on the GLANSIS website allows users to create customized lists of nonindigenous species and access their profiles. However, user research shows that the current design of the tool is inefficient, confusing, and visually unappealing.
I found this project to be especially challenging because of my unfamiliarity with GLANSIS, and more importantly, the perspective of Researchers and Water Resource Managers. As a result, I realized how important user evaluation and testing played a role in guiding every design decision I made to ensure my decisions were actually beneficial. I had a lot of moments of trial and error when creating and modifying prototypes. I think I made the most revisions in this project before arriving at the final prototype.
Student(s): Fay Piyathassrikul
Project overview:
The project focused on addressing the complex and unintuitive interface of the NOAA GLANSIS species list generator, aiming to simplify navigation and advance search functionality to improve accessibility for a diverse user base.
"Through my involvement in the NOAA GLANSIS project, I deepened my understanding of how to balance and present technical information in an accessible manner. This experience broadened my knowledge of making complex scientific data more understandable for non-researchers and other relevant stakeholders. A key part of this learning process involved actively listening to the client's prompt and effectively applying UX theories, including refining the design based on real user feedback.
This project introduced me to an area that was previously unfamiliar to me. By exploring other scientific and database websites and understanding the needs of the stakeholders, I expanded my skill set as a student and designer, moving beyond my usual focus on familiar projects like e-commerce.
By enhancing the accessibility of scientific data on invasive species, the project not only aids in spreading awareness and education to a broader audience but also streamlines the process for researchers monitoring these species. This improvement is crucial for addressing environmental challenges in the Great Lakes region."
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