A full review of the project to redesign the web presence of Brookhaven National Laboratory, from the development of a content strategy to user interface design to project communication.
it logically arranged, findable? Content Strategy Messages What do you want them to know? ID Audiences Who are you trying to reach? (And why?) Work Flow Routine process for scheduling, producing, publishing Measure success (or lack of it) Metrics
published, but why it’s being published in the first place. Without a strategy, we’re just running a production line for content that nobody needs or wants. www.shorpy.com/node/15585
work requests, our available resources are fully subscribed. We have insufficient reserve capacity to sustain a project that requires the long-term focus that a full content overhaul requires. (Actual quote!)
Channel Strategies Quantitative Content Audit Competitive Analyses Resource Review Content Style Guide SEO Review Content Templates Success Metrics Editorial Calendars User Persona Example Content User Research Plans Feature Descriptions User Scenarios Gap Analyses Workflow Recommendations
a job Evaluate programs or facilities Find relevant research news Understand what BNL does Learn how to become a facility user See available jobs See what BNL offers industry
Brookhaven’s scientific breakthroughs ensure a successful energy future for our nation. We research: 1. nuclear and particle physics, to understand more about matter, energy, space, and time; 2. photon sciences and nanomaterials, to research new kinds of energy production; and 3. the relationship between climate change, sustainable energy, and the Earth’s ecosystems. Themes Energy Security: We collaborate with industry and academic partners to reduce the carbon footprint of our economy through efficiency and renewable fuels. Light as a Discovery Tool: Our light sources work as powerful microscopes to help researchers find solutions to the grand energy challenges facing the US. Etc. … Our Science Science Powering Industry Short blurb, link to case study, small image. About BNL Brookhaven carries out critical energy research at the frontier of science and operates world-leading research facilities on behalf of the U.S. Department of Energy.
number indicates ‘success’? Time on site Is a high number or a low number good? High number might mean they couldn’t find desired content. Low number might mean they didn’t stop to read content. www.flickr.com/photos/60527064@N00/3538962602
we were trying to reach • What we wanted to tell them • What we thought they wanted to do (top tasks) • Suggestions for how to arrange content in a way that would be easy for them to find it • List of content to dump b/c it had no WHY • Where the content gaps were and what had to be written to better explain the Lab’s mission, capabilities, national value and achievements • The attention of management and our own writing staff
Brookhaven’s scientific breakthroughs ensure a successful energy future for our nation. We research: 1. nuclear and particle physics, to understand more about matter, energy, space, and time; 2. photon sciences and nanomaterials, to research new kinds of energy production; and 3. the relationship between climate change, sustainable energy, and the Earth’s ecosystems. Themes Energy Security: We collaborate with industry and academic partners to reduce the carbon footprint of our economy through efficiency and renewable fuels. Light as a Discovery Tool: Our light sources work as powerful microscopes to help researchers find solutions to the grand energy challenges facing the US. Etc. … Our Science Science Powering Industry Short blurb, link to case study, small image. About BNL Brookhaven carries out critical energy research at the frontier of science and operates world-leading research facilities on behalf of the U.S. Department of Energy.
be fantastic. However, I was shocked earlier this month when CERN rolled out their new web pages. Perhaps it was the way I used the old web pages, but it is much harder to find the links which were trivially available on the old CERN site.