The structure
We designed an information architecture/ IA to better understand the structure and the relationship and connections between the pages. Eg. this revealed redundancies and pages that could be merged together.
Design & Illustration
Design & Illustration
Spring 2022
Open Science,
University of Copenhagen
Squidr is a platform to help scientists store, share and retrieve scientific studies, and thus aligns with the noble promise of science as a community of collaboration and support. Technology has played a huge part in this development, made actionable by organizations like Open Science and the development of FAIR principles.
Scientific studies have complex designs and methodologies, which must be dealt with in the upload process for data to be interoperable and reusable in the best conditions possible. Archives of scientific studies should be characterized by accommodation of all data types in a flexible framework for allowing any study design. Datasets and studies should be uniquely identified, accessible and searchable. Squidr aims to fulfill this goal for the area of experimental or observational biomedical research, but we hope it will be further developed to accommodate many other areas of research. The code and data are freely shared under the creative commons CC-BY license.
Squidr should prevent loss of data and allow new research based on all the data from previous studies. Squidr will also allow better transparency in research by making it possible to gradually open study data and protocols to a wider group of fellow scientists or even the full public.
Uploading a dataset is a complex task because of a great variation in the design of scientific studies. As this is one of the main user flows, we wanted it to be easy and user friendly. Through iterations we landed this flow.
We designed an information architecture/ IA to better understand the structure and the relationship and connections between the pages. Eg. this revealed redundancies and pages that could be merged together.
The focus is user-centric with the goal to be easy to use. We build a hierarchy by the use of spacing, typography, and product colours, to keep it easy to navigate the interface and be informed about where you are.
We mapped some user profiles to be further investigated when the system is ready for testing.
The hi-fi wireframes show the screens the user goes through to upload a dataset.