Website Design Process

A colleague recently asked me to document the process we undertook to redesign the Catlin Gabel website. Here is a summary.

Accept need to redesign

In our case, the school wanted to add features to a website that a parent volunteer had very capably created and managed for a number of years. The technology director and communications director acknowledged that the school’s needs had exceeded its website model at the time.

Identify project leader

I proposed leading the project myself, because I had both school leadership and website development experience. It helps to have a single leader to bear responsibility for keeping the project moving, and to serve as a single point of contact for external vendors.

Convene task force

Including a team that is committed to working together for the benefit of the whole is more important than representing all possible stakeholders. Ours included representatives from admission, communications, alumni, academics, technology, and parents, though not always the directors of these departments. Many people held two of these roles, some three. We held three intensive meetings, and then I kept the group apprised of progress and consulted with them to make additional decisions as needed.

Identify priority audiences

Many schools try to have its website serve all potential visitors. We were lucky to have a parent volunteer with media experience who advised us to carefully narrow our priority audiences to three or fewer. We selected families, employees, and alumni, though we did cheat a little: families included both current and prospective, as did employees. We left out students, the press, and the general public. If we did a good job with the priority audiences, then these secondary audiences would still have a good experience on the site.

Work from audiences -> values -> roles -> needs -> features

Some schools move to site features too quickly. The website committee completed “audience and roles” worksheets in small groups to better understand community needs that might indicate specific website features.

What values do these priority audiences hold most dearly (both about Catlin Gabel and about education in general)? What roles do our priority audiences play within the school? What needs do they have that the website might fulfill? Finally, what site features are necessary in order to meet these needs?

Rigorously following these steps kept the site design process focused on humans’ needs and ultimately more satisfying for the user.

We also consulted the school’s admin team to find out which features of the current site worked well and which did not. This helped us identify site features that we should definitely retain, and others that we should definitely discard. For example, the home page slideshow was identified as a much-liked feature because it included recent snapshots from the life of the school, instead of highly posed photos that many school websites feature.

Preview the changes for the school community

We made presentations to faculty, the board, parents, and students to build excitement, relieve concerns, and invite contributions into the process.

Hire a great graphic designer

The site look and feel is one of the three pillars of any website (the other two being site architecture and development platform). We solicited proposals from a number of designers. The committee was most attuned to the examples of other websites that designers had created. We were again fortunate that our parent volunteer referred us to his favorite designer.

The result was an extension of our human-centered design approach to the graphic design, as well as a unique design that does not look like any other website and truly embodies important values of Catlin Gabel. The design represented both progress and tradition, interrelatedness and independence, and the woodsy aesthetic of the Pacific Northwest.

Finalize the design plan

This included one section for each of the three pillars of website design: wireframe sketches for the look and feel, a visual map of primary and secondary sections for the site architecture, and lists of pros and cons for different website development platforms. Discussion and revision of the design document allowed the team to refine, change direction, and iterate through design document revisions while the site was still pliable.

The group accepted my recommendation of using Drupal for the development platform. It took a long time to build the support necessary for this choice, which seemed new and ambitious to people who had not worked with open-source software before. Several factors contributed to the ultimate decision to support Drupal.

  • We interviewed school website development companies, but their presentations left committee members feeling underwhelmed.
  • I built a clone of the current website in Drupal to demonstrate that a Drupal site would be sufficiently capable and could look like anything (the graphic design layer is mostly independent). I ran some auxiliary website functions, such as a podcast platform, on the clone site for a few months one year.
  • The parent volunteer on the website committee felt that nonprofit organizations should consider open-source their first option. “Why wouldn’t a school use open-source software?” Even though Plone was his favorite platform, he supported the choice of Drupal.

Develop the site

In our case, I became the lead developer. Other schools might hire an external lead developer or contract with a school website company to deploy a website based on the company’s platform. Making this my special project for the year in addition to my regular job, I built the site part-time over a period of about six months, from January – June. The needs assessment and design phases had taken place in the fall of that year.

Working with open-source software, I had the ability to experiment with pieces of functionality and make decisions about what modules to use for what purposes. I also built a few site prototypes, the last of which proved strong enough to continue to develop into the production version of the site.

At the same time, graphic design work proceeded through selection of favorite elements from the prototype designs, development of a first draft final design, and then refinement and revisions.

Drupal has many community-contributed modules that overlap in functionality, and the Drupal community has posted articles comparing different approaches to calendaring, signup, and image galleries, among others. I also hired a local Drupal consultant to recommend ways to provide common types of functionality in the site. It was easy for him to say “SimpleNews” when I said “newsletter.”

I hired a summer worker to help migrate some of larger bodies of content (e.g., dozens of photo galleries) from the old site to the new. In some cases, he wrote small Drupal modules to load and reform the old content into new, and at other times, he migrated content manually.

The new site was built on a new server with a unique website address, so that I could invite many people to look at the site in process and send comments. The site launched in July, by simply repointing DNS for the main website address to the new site. The old site lived on using a new website address, so that we could search for content missing from the new site if needed. We eventually took down the old site but kept the database running longer for the purpose of content recovery.

Celebrate

We held a small party to recognize the milestone and express appreciation for the contributions of the members of the website committee and the designers and developers involved.

Introduce the site to the community

Similar to the presentations of the previous spring, I made many presentations and held workshops to orient people to the new website and train those who would maintain its content.

Continue developing

The open-source model that we adopted facilitates continued development especially well. We considered the launched website just the beginning of an ongoing development process, not a final product. The school’s needs don’t stay fixed over time, and neither should the website’s feature set. The first fall with the new site involved a fair bit of additional development work to fine-tune certain features of the site in response to user feedback, fix bugs, and add functionality not completed in time for the initial launch. By winter, nearly everything in the final design document was built. I carefully managed an extensive to-do list of wished-for features and desired usability improvements and gradually worked to complete them.

In subsequent years, I have dedicated only a small fraction of my total job to new website development. We added social media integration, a complete admission application system, mobile theme, and also slightly changed the direction of certain features, for example changing the “all school” section into “co-curricular.” Summer has proven a good time to do substantial new code development and Drupal configuration work.

Anticipate the next version

When will we have to repeat the design process and re-launch or significantly upgrade the site? We know that the shelf life of a school website is approximately four years, and we are currently in year three. Drupal 6 won’t be supported forever, and Drupal 7 and Drupal 8 are calling. We believe that the website still meets people’s needs, but this is increasingly coming under pressure as mobile users want easier access to site content and tools, the site design has begun to feel a little old, and we see other websites with more modern features that enhance usability.

My departure from the school may also accelerate consideration of a new website. I mitigated this to a degree by training over 60 people to be content editors and two colleagues to become develop portions of the site. Many people here know a lot about the site. That said, the departure of the principal developer leaves a vacuum, and the school will take much of next year to determine whether to continue with the Drupal strategy indefinitely or to begin to work toward a new website solution.

 

Qualities of School Technology Leaders

To become technologically sophisticated, a school must have at least one person employed who possesses high competency in three areas: education, technology, and leadership.

Mastery of education is essential so that a school’s technology program always serves the school’s educational mission. People who are experts in technology and leadership but not education may lead their schools down false paths, committing to technologies that do not ultimately serve the school, and perhaps alienating teachers and school administrators along the way.

Mastery of technology is essential in order to navigate the many technology offerings that purport to improve education, and in order to keep pace with this rapidly changing field. People who possess education and leadership skills but not technology may appear tentative or skeptical about adopting technology tools within a school.

Mastery of leadership is essential in order to guide a school through change processes and build support among the school’s leadership team. People who possess education and technology skills but not leadership may have great ideas but become frustrated when others do not adopt or support them.

This person’s position will depend strongly on how the school’s leadership team is designed — the relationships and distribution of responsibilities among the different school leaders. This person could be a technology director, academic technology director, division head, head of school, academic dean, dean of faculty, or director of innovation.

The school that lacks such a person will struggle with technology, for example by exhibiting marked inconsistencies in how technology is used or hardly adopting new technologies at all to support teaching and learning. School leadership would do well to identify whether the school already has someone who fulfills this role, whether an existing faculty or staff member could grow into this role, or whether the school should hire someone new to introduce this role.

 

Computer Use in Classrooms

I find any time I make to get into classrooms very useful, to observe instruction and speak with teachers and students about teaching and learning. It really helps to broaden and update my understanding of what innovative teaching happens here. I hosted a visitor from another school today and ended up joining him for all of the observations and faculty conversations instead of dropping him off.

In an Upper School math class, Lauren effortlessly moved among the students, her computer, and the Smart Board. Students completed problems on paper with the assistance of Geometer’s Sketchpad as a modeling environment, and then Lauren manipulated the same model on the Smart Board while checking for student understanding.

In seventh grade World Cultures, students spent the period developing their trip planning projects, in which they design a hypothetical trip to an eastern hemisphere country in great detail, including a daily itinerary and budget. The entire project is completed in Google Apps (Earth, Docs, and Spreadsheet).

Beyond the trip planning project, it was interesting to note the new table arrangement in Paul’s classroom and how every student was completely on task. The S shaped classroom arrangement provides for both student collaboration and quick teacher access.

In third-year computer science, Andrew explained that students were building simple computers from the most base level using bread boards and a computer-based modeling program. We also discussed the place of computer science in a six-discipline high school and the role of AP exams in our schools.

Early World History students worked in small groups to formulate four different kinds of thesis statements and post their ideas to an online forum for class discussion. These ideas will form the foundation for their individual final writing assignment of the year.

Media Arts students were honing their practice with critique, explaining their reactions to their peers’ work to each other, and then taking notes on a video.

In these classrooms, computers were used very naturally in the course of teaching and learning. They did not receive undue attention, and frankly they were hardly mentioned. Desktop and website applications functioned as part of the fabric of the learning environment, and the students mostly accessed prior knowledge to complete the work of the day.

 

Pat Bassett on Schools of the Future

In this TEDx talk, Pat Bassett outlines a vision for schools of the future, which feature process, collaboration, and creativity, among other skills. Like many other presentations on this topic, the purpose of the talk is largely inspirational.  Bassett shares examples to demonstrate that a new paradigm for schooling is emerging and implies that you should get on board! Little time is given to how a school makes fundamental changes to its instructional program. What may we take from this talk to inform the process of school change?

First, let’s take a closer look at Bassett’s examples. Where do they exist within the instructional program?

An international school: a robotics program in third and fourth grades

Falmouth Academy robotics program: submersible robot

St. Mark’s School: inflatable donut grenade launcher

Snowball grenade launcher competition, 6th grade school community event

St. George’s School Da Vinci summer camp: wedgie-proof underwear

Dan Meyer, throw away the textbook

Watershed School (Colorado): grade 6-12 expeditionary learning

Lamplighter School (Tennessee), grades PK-4: fourth grade egg business,

Rio Grande School (New Mexico), grades PK-6: sixth grade forensics

Teton Science Schools: the park as the subject, three- to seven-day programs for school groups

Moving the Classroom Outdoors: book on outdoor learning

Nueva School (California), grades PK-8: design thinking

NAIS Challenge 20/20: pairs U.S. with schools in other countries to work on 20 global problems

Fay School (Massachusetts), grades PK-9: Water Walker

Montessori School of Denver (Denver), PK-6: malaria solution

ISENet: PLCs and crowdsourcing lessons and curriculum, Buckley Othello curriculum

FoldIt: computer game to contribute to research by solving protein structure problems

What did you notice? Elementary and middle schools? Ancillary, co-curricular programs? High schools, particularly the core instructional program, are notably absent. What else did you find?

Why do we tend to see more instructional innovation in the earlier grades? Perhaps teachers and parents see a broader purpose for education in the early years, to develop in children not only basic competencies but also a love for learning and understanding of how to succeed in school. Perhaps grade level teams are strong in the life of the elementary or middle school teacher, whereas the high school teacher primarily works within a subject area department.

In high schools, why do co-curricular programs such as robotics exemplify the qualities of creativity, communication, and collaboration, and core classes do not? Does the pressure of preparing students for the college admission process cause teachers to narrow curricula and teaching methods? Do schools overly recruit teachers who have acquired advanced degrees in the traditional six academic disciplines?

What, therefore, can one do to encourage greater innovation in high school programs? Here are some ideas that I have seen schools begin to implement.

Strengthen grade-level teams in the high school. What faculty meetings and other opportunities may we create for teachers to coordinate content and teaching methods within each grade level? May we adopt an organizing theme for each year of study?

Design collaborations between innovative co-curricular programs and subject area teachers. Robotics and other experiential programs have experience creating learning environments outside of traditional subject areas and college prep expectations. What lessons can discipline-based teachers learn from co-curricular programs and integrate into their programs. What outright collaborations between co-curricular leaders and subject area teachers may we facilitate?

Broaden the definition of the academic discipline. In college, architecture, philosophy, economics, and environmental science are disciplines, too. Why should high schools restrict themselves to science, history, art, English, languages, and math?

Network with other teachers and schools. Join a consortium of schools attempting to innovate in similar ways. Encourage teachers to get off-campus and visit other schools and organizations. Encourage the development of a broader conception of the purpose of education in the high school.

Visit colleges. Let’s update our understanding of college prep. What are colleges doing today, and how has instruction changed from when we attended college?

Reward risk-taking. Fund new curriculum initiatives. Build risk-taking and experimentation into professional evaluation criteria. Avoid denigrating experiments that fail.

Celebrate alumni accomplishments. What have our alumni accomplished in their adult lives? What high school experiences were most helpful to them in college and beyond? Let’s identify what qualities of our school programs our alumni most value. Let’s also notice what they fail to mention.

Read and explore together. Encourage a culture of common reading and investigation of new educational methods in one’s faculty. Fund professional development, and set aside time for exploration of the purpose and execution of teaching.

Develop common purpose. Reductionist as they may be, catch phrases such as “experiential education,” “life prep,” and “design thinking” serve as a common rallying cry for faculty, students, and parents, strengthening our core purpose and reminding us of what the institution stands for.

What other methods do you use to encourage innovation in your school? What has worked, and what has not worked?

Shutterfly Team Websites

Shutterfly has done a really thoughtful, thorough job with sports team websites. They went far beyond the basics of schedules, photos, and rosters to include advanced features such as email reminders, player availability, calendar subscription, parent vcards, and snack signup. Sites are free, but of course one is encouraged to purchase prints of uploaded photos. Shutterfly does allow one to download photos. I’m not sure whether this is at full resolution, but I just downloaded one at 1600px wide, so at least it’s decent.

Pretty!

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The contrast couldn’t be greater.

Lake Oswego High: Racist Tweets are Only Tip of the Iceberg

A graduate describes the low expectations from others that he experienced as a student.

“I was told by a counselor that I ‘didn’t look like a TAG student,’ when I applied for the Talented and Gifted (TAG) program in seventh grade.”

full article

Predominantly African American AP calculus class is exceptionally rare, marked by camaraderie and success

The Oregonian profiles the high expectations that a north Portland teacher has for his African-American students.

“To build the AP calculus class to 15 students, Reis recruited teens who showed the strongest math skills and the best work ethic — a group that turned out to be mostly black.”

full article

What is your reaction to these two articles?

Mobile Traffic

Check out the growth of mobile traffic since 2009. Mobile devices now account for 10% of all traffic to our website. Mobile traffic rises at two times each year: September and January.

(Click on the image to view a larger version.)

Mobile users visit the same top pages as computer users, with one exception. Our online family and employee directory is the sixth most popular page for mobile users and ninth for all users. Update: when I remove iPads from the mobile category, the directory and athletics schedules both move up a couple of positions in the top pages list.

Will mobile traffic eventually exceed computer traffic? I don’t think this data much helps us understand that.

Currently, the Catlin Gabel website displays the same on computers and mobile devices, but we are working on a mobile theme to present mobile users with a more usable interface. It will be interesting to observe whether that affects website overall traffic and popular pages.

You Say You Want a Revolution?

originally published in the Santa Fe Leadership Center Monthly Newsletter

You Say You Want A Revolution?

by Richard Kassissieh
Richard Kassissieh is the Director of Technology and Education Innovation at Catlin Gabel School in Portland Oregon. He is a member of Los Sabios, the SFLC advisory board, and will be a facilitator at the Innovative Leadership Seminar, Summer 2012.

I returned from last week’s NAIS Annual Conference abuzz with asense of potential and possibility for substantial educational change. If
you did not attend, innovation was the conference theme, and presenters from across the country shared many projects that featured student-centered instruction and 21st century learning. I felt more momentum for significant change in classroom instruction than ever before. Have independent schools begun a wholesale shift toward new models of teaching and learning?

In the same week, an article titled “Twilight of the Lecture” ran as the feature in Harvard Magazine (Lambert, 2012). In the article, a Harvard physics professor described his discovery that student independent and group work promotes learning better than lecture. For those interested in innovation and teaching and learning, this news may be discouraging. How can we be in the midst of a revolution in instruction if college instructors are just now considering an alternative to the lecture?

We have seen a parade of impressive, though small-scale, educational initiatives over the decades, such as global programs and Maker’s labs. However, over the same period of time, these changes have lived on the periphery of the instructional program at most institutions, while the core instructional model, informed by persistent educational beliefs, has remained unchanged. If a high school educator from 1950 were suddenly transported to the present, he would find today’s typical classroom very familiar. Can we do anything to give the latest wave of school program innovations more staying power, a greater chance to become part of the fabric of the school program?

Innovative practice necessarily starts small, as the most innovative teachers try out new ideas, take risks, and make mistakes. How does an institution scale the ideas generated by a small group of pioneers up to a whole school program? First, we must recognize that the exploratory spirit of the pioneers is either diminished or completely lost when others are asked to implement an idea they did not invent. The remainder of the faculty is unlikely to find the new ideas as inspirational and self-evident as do the pioneers who adopted them.

In one implementation strategy, the pioneers spread out to the departments and programs responsible for implementing the innovation (Carrigg, Honey, and Thorpe, 2005). These individuals may be able to sustain some of the pioneering spirit and original purposes of the innovation as widening circles of people implement the ideas.

Adopting a new form of teaching requires an experienced practitioner to feel like a beginner again. Some of the most critical thinkers in one’s faculty will be willing to become beginners if the new program is thoughtfully constructed, carefully explained, and critically evaluated. Providing substantial time for discussion and preparation will also help thoughtful practitioners feel ready for these new experiments. Teachers may also appreciate the flexibility to modify aspects of the new program to be responsive to their local context.

Second, we must organize other parts of the school to support the initiative. How many good ideas have we seen fail for lack of space, time, funds, professional development, parent communication, or teacher evaluation? The less-than-glamorous work of organizing support programs behind an innovation must be completed with careful attention. Support activities may include funding sources, classroom modifications, technology systems, and professional development days.

Third, attention to the innovative practice must be maintained to ensure a long life for the initiative. An official curriculum can lose much of its original design as it passes through the “multilayered curriculum” (Cuban, 2012). Teachers determine what is actually taught, students determine what is actually learned, and assessments determine how the effectiveness of the curriculum is measured. This requires the instructional leadership of the school, the pioneer group, and all of the teachers to continue to design, share, and assess their work on the initiative over the span of years.

Schools may make a strategic effort to sustain the most effective innovative projects. Teacher support, program alignment, and long-term attention can transform pilot projects into permanent programs.

Further reading:

Carrigg, Fred, Margaret Honey, and Ron Thorpe (2005). Moving From Successful Local Practice to Effective State Policy.

Scaling Up Success: Lessons From Technology-Based EducationalImprovement. 1-26.
http://www.josseybass.com/WileyCDA/WileyTitle/productCd-0787976598.html

Cuban, Larry (2012). The Multi-layered Curriculum: Why Change Is often Confused with Reform.
http://larrycuban.wordpress.com/2012/01/14/the-multi-layered-curriculum-why-change-is-often-confused-with-reform/

Kassissieh, Julia and Rhonda Barton (2009). The Top Priority: Teacher Learning.Principal Leadership.
http://educationnorthwest.org/webfm_send/641

Lambert, Craig (2012). Twilight of the Lecture. Harvard Magazine
http://harvardmagazine.com/2012/03/twilight-of-the-lecture

 

Are Independent Schools Innovating?

The theme of innovation pervaded this year’s NAIS annual conference. Keynote speeches looked toward a different future, some schools shared innovative projects, and more responded enthusiastically and expressed the desire to participate. Does this mean that significant numbers of independent schools are substantially changing their educational programs, or not? Brad Rathgeber thinks so. Kevin Ruth says, “not so fast.”

How would we know whether school innovation, speaking broadly, is a movement or a fad? How high will adoption peak, and then how far will it fall? One way is to track stories about school innovation. However, this dialogue seems insufficiently complex to allow one to understand the mechanics or results of innovation. Many reports of innovative practice feel similar. A singular leader invents a brilliant idea, an unknown number of teachers embrace it, and students are transformed by the experience. The focus of the presentation is usually on the idea itself, and the argument for effectiveness is often circular and unsubstantiated.

Another approach is to find quantitative studies. These take years to develop, but as we have seen with studies of youth and social media, the results can be extremely compelling. I am not aware of significant quantitative studies of program innovation in independent schools. Are you?

A third is to gather the wisdom of others. Many colleagues have worked in our schools for decades and may speak authoritatively about whether schools are substantially different from before. Speaking personally, I hear them say that schools have changed significantly on the surface but the core values have remained pretty much the same. Thinking more broadly, some scholars suggest that secondary education in the U.S. has not changed for decades.

I would love to hear about rigorous study of independent school innovation, quantitative reports of broad trends, or other useful information on this topic. Specific information about this innovation trend will surely help us facilitate the best of it within our schools.