The World Wide Web was forged in the crucible of science. Tim Berners-Lee was working at CERN, the European Centre for Nuclear Research, a remarkable place where the pursuit of knowledge—rather than the pursuit of profit—is the driving force.
I often wonder whether the web as we know it—an open, decentralised system—could've been born anywhere else. These days it's easy to focus on the success stories of the web in the worlds of commerce and social networking, but I still find there's something that really "clicks" with the web and the science (Zooniverse being a classic example).
At Clearleft we've been lucky enough to work on science-driven projects like the Wellcome Library and the Wellcome Trust. It's incredibly rewarding to work on projects where the bottom line is measured in knowledge-sharing rather than moolah. So when we were approached by eLife to help them with an upcoming redesign, we jumped at the chance.
We usually help organisations through our expertise in user-centred design, but in this case the design and UX were already in hand. The challenge was in the implementation. The team at eLife knew that they wanted a modular pattern library to keep their front-end components documented and easily reusable. Given Clearleft's extensive experience with building pattern libraries, this was a match made in heaven (or whatever the scientific non-theistic equivalent of heaven is).
A group of us travelled up from Brighton to Cambridge to kick things off with a workshop. Before diving into code, it was important to set out the aims for the redesign, and figure out how a pattern library could best support those aims.
Right away, I was struck by the great working relationship between design and front-end development within eLife—there was a great collaborative spirit to the endeavour.
Some goals for the redesign soon emerged:
- Promote the HTML reading experience as a 1st choice for readers.
- Align the online experience with the eLife visual identity.
That led to some design principles:
- Focus on content not site furniture.
- Remove visual clutter and provide no more than the user needs at any stage of the experience.
- Aid discovery of value added content beyond the manuscript.
Those design principles then informed the front-end development process. Together we came up with a priority of concerns:
- Taking advantage of browser capabilities
- Visual appeal
It's interesting that maintainability was such a high priority that it superseded even performance, but we also proposed a hypothesis at the same time:
Maintainability doesn't negatively impact performance.
The combination of the design principles and priorities led us to formulate approaches that could be used throughout the project:
- Progressive enhancement.
- Small-screen first responsive images.
- Only add libraries as needed.
Then we dived into the tech stack: build tools, version control approaches, and naming methodologies. BEM was the winner there.
None of those decisions were set in stone, but they really helped to build a solid foundation for the work ahead. Graham camped out in Cambridge for a while, embedding himself in the team there as they began the process of identifying, naming, and building the components.
The work continued after Clearleft's involvement wrapped up, and I'm happy to say that it all paid off. The new eLife site has just gone live. It's looking—and performing—beautifully.
What a great combination: the best of the web and the best of science!
eLife is a non-profit organisation inspired by research funders and led by scientists. Our mission is to help scientists accelerate discovery by operating a platform for research communication that encourages and recognises the most responsible behaviours in science.
This was originally posted on my own site.