SJISD Wins STEM Lighthouse Grant

The San Juan Island School District has been named one of five STEM Lighthouse Districts by the State of Washington via a state wide competition.  The Lighthouse designation acknowledges that these districts have developed the best  STEM programs in the State. As a STEM Lighthouse, our mission will be to serve as a resource and example of best practices in science, technology, engineering, and mathematics instruction to all other districts, especially small districts for which quality STEM programs are especially challenging.

School Board member Jack McKenna, author of the District STEM resolution commented, “While we have been recognized as one of the top districts in the nation, the fact is that even the best American schools continue to prepare graduates for yesterday.  Through the further development and implementation of STEM curriculum on San Juan Island we can begin to carefully move our teaching and learning in the right direction.”

Former engineer Larry Wight, STEM teacher and author of the successful application, continued, “Those of us that have been pushing for STEM here have been frustrated at the slow pace when we compare ourselves to larger districts with more resources.  But now, this award recognizes that among small districts, San Juan Island is actually a leader in STEM innovation and implementation.  It is simply harder in a small district to find the necessary resources. I am so grateful that Superintendent Thompson strongly encouraged me to write the proposal. The award affirms that our efforts are on the right track, and the grant will allow us to move forward without having to cut other worthwhile programs.”

The term STEM is shorthand for Science, Technology, Engineering and Mathematics, and was originally used by immigration officers to fast-track qualified foreign applicants for entry into the American workplace.  The term has now become a focus for educators, elected officials, industrialists, professional associations and unions intent on bringing the skills and knowledge of our graduates in line with the high paying technical jobs in the modern workplace.

One can arrange for a high interest STEM presentation to your group via this website or by calling the San Juan Island School District.

Why STEM Is Here To Stay

Career educators know that school reform plans come, fade out, and then come again.  They universally fail for several reasons:

  • Limited staff development
  • Inadequate temporary support
  • Adverse community reaction
  • Mobility of staff and students

Somewhat cynically, these initiatives have come to be called, “Buzzword of the Year.”  Educators tolerate them, thinking, “This too shall pass.” Then we get back to work teaching as we have since 1907.

STEM lessons, with their cross disciplinary structure (including the Arts), collaborative learning, and high level thinking requirements, are anything but traditional.

STEM middle school assignment: In your groups, examine this robotic arm and revese engineer it using materials at hand, CAD software and our laser mills.

The result, not a kit, built from scratch. (Edmonds School Disttrict)

STEM is a small but fundamental change to an institution that seems immovable. So, if STEM is going to succeed and stick, what assurance can be made to career educators (and parents for that matter) that this time it will be different?  Will there be ample ongoing training, continuing commitment or resources, and community outreach?  Can we be assured that when students and staff move to our district they will have been exposed to STEM learning?  Will STEM become a standard part of teacher training? Why invest time and money for something that is transitory?

The short answer is that there are irresistible forces at work in support of STEM which will provide affirmative answers to each of these questions. I hope to show in this post that STEM is the first step in a pervasive national movement – not a buzzword.

It will be constructive to examine the last time an irresistible movement shaped American education. After the Civil War, public education was best described as ramshackle, disconnected, unprofessional, and poorly managed.  By 1925, American public schools had transformed into a powerful, fully professional national institution dedicated to providing students a broad well-rounded education, a predisposition to succeed in the industrial workplace, and a better life. I think readers will see clear parallels between the historical industrial transition and the digital transition we currently face. Let’s go back to the time when the industrial revolution was really taking hold in America, and track the simultaneous transformation of American life and American schools.

By 1918 the number of single room schools nationwide had dropped to 196,037 and they would soon essentially disappear.

This had been the model for American schools for over a century. There was no notion of common curriculum, most teachers were not professionally educated or certified, attendance and enrollment was optional, and assessment was simple and varied.  Financial support was minimal and schools were often faith based. For a largely agrarian society, these schools met the challenges of their day.

Then America had to deal with steam engines, mass production, electricity, internal combustion engines, telegraphs, telephones, and radio.  The schools of the day were graduating students unable to cope with the expectations of the industrial workplace.  But it wasn’t just schools. The social and legal norms of the entire society were matched a world that no longer existed.

As I am sure you recall from your study of this era, living conditions in the cities and factories were often horrific.

With no notion of “childhood” as we have now defined it, children were set to work for pennies a day.

Agrarian American workers had no notion of the clock-centered punctuality which we now take for granted, and this, combined with social ills like pervasive drunkenness prevented industrialists from running efficient high quality factories.

1900 Tavern

With a lack of qualified American workers; industrialists took to hiring immigrants by the millions and training them to fill their needs. It was, as is said, an exciting time.

One of Henry Ford’s English classes for his imigrant workers.

There was wide consensus that something had to be done. Every aspect of society changed, not just schools.  But schools were a big part of the solution. The successful common school system of Massachusetts designed by Horace Mann during the 1830’s was replicated nationwide.   He believed that:

  • an ignorant public was a threat to the nation;
  • schools should be paid for and controlled by the public;
  • including children from all backgrounds would strengthen schools;
  • schools must support our common values but be non-sectarian;
  • students must be taught by the spirit, methods, and discipline of a free society;
  • education should be provided by highly qualified well paid, professional teachers.

Mann worked for more and better equipped school houses, longer school days and an extended school year, higher pay for teachers, and a wider curriculum.

Trade unionists and other worker groups saw this model as a way of giving their children access to a better life. But leaders of industry also embraced the Horace Mann schools – not because of Mann’s high ideals, but because of their structure.

The Mann schools were highly organized using the Prussian military instructional model which emphasized punctuality, standardized massed produced instruction, and the completion of routine tasks as assigned.

This part of the model was embraced by the powerful industrialists of the time because they saw it as a way to inculcate American students with the routines of the factory.  They saw to it that the design and infrastructure of schools exactly mimicked the factories, including perfectly synchronized clocks.

Ford Model T assembly plant in Seattle.

The new Redmond Elementary, 1923

It is intentional that to this day, students move through a school the way a car moves through an assembly line.

In 1907, America needed workers who would:

  • not rock the boat
  • show up on time and work the full shift
  • complete routine tasks as assigned
  • Be a good family member and a good citizen

These are the core values of the current school model.  We have even criminalized lack of punctuality! Students who are routinely tardy end up in front of a judge. These are not the core values of the digital American workplace.  Only the last core value regarding citizenship and family remains, and even that – what it means to be a good citizen and parent – is being totally transformed by technology.  Just as at the start of the industrial age, today’s institutions are matched to a world that no longer exists – schools among them.

So, why will STEM stick?  Because a broad consensus, ranging from unions, families, political leaders, intellectuals, and corporate board members have come together in support of kicking public schools forward from 1907 to 2012.  More on this coalition will appear in later posts.

STEM, which started as a modest updating of Vocational Education curriculum and methodology, has become a test bed for the new way to do school – and it is practical. Today’s economy needs millions of STEM qualified graduates. In August of 2010 at the height of the recession, there were two hundred and fifty thousand high paying jobs in STEM fields going  begging for lack of qualified applicants! Hundreds of thousands more of our STEM workers are nearing retirement. Our school system is not providing graduates to fill these high paying jobs.  Instead these jobs are going to young men and women from other countries – hence the genesis of the acronym STEM by government workers approving visas.  Nationwide, industries, unions and political leaders are powerfully supporting STEM as a way to address this problem.

STEM has the feel of a catalytic chain reaction or a phase change.  I fear that public schools that do not get on board with STEM and the other changes that follow will experience the same fate as towns that were too far away from the rail lines in 1875.

To see that society is serious about changing schools, all one has to do is note the source of the money behind the current charter school initiative and listen to the frustration with schools expressed by charter supporters from all walks of life. The writing is on the wall, and this time we cannot revert to the Horace Mann paradigm.

The good news is that when educational methodology and content matches the digital world in which our students will live, we will have the full support we need. Implementing STEM is a reasonable first step to bring schools into the digital age.

Next time: The Amazing Truth about American Industry and its New Values.

STEM, STEAM or PSHATEEL?

STEM is not education speak.  It was and is a term used in immigration. STEM is a short hand term for the thousands and thousands of foreign workers our home based industries must import to fill these jobs. So it is a term that we as educators really do not control. We are not producing enough qualified candidates in the fields of Science, Technology, Engineering, and Mathematics.  By educators staying with the term STEM we send a message that we are serious about addressing this deficit. The term is about the deficit of qualified workers, not a statement about curriculum.

I argued to the School Board that we should continue to refer to this initiative as STEM rather than STEAM or PSHATEEL (Physical Education, Science, History, Arts, Technology, Engineering, Economics, and Language Arts).  The reasons are practical.

First, there is an emerging broad national consensus that this kind of learning is critical to our nation’s future, and the dialog is using the term STEM as its reference point.   Sticking with STEM will keep us congruent with the national initiative.  In this way our citizens who see or learn something about STEM through national media will understand that we are onboard.

Second, here on San Juan Island we will have to aggressively pursue outside funding.  Again, the term STEM is the term being used in the world of foundations and grants.

Having said all that, we also must make it absolutely clear that an effective STEM program must integrate the arts as full participants, and conversely, science and technology must become fully integrated elements in all subjects.

I understand the reason that the Arts community in and out of education is alarmed.  When the disastrous No Child Left Behind imposed narrow high stakes testing on schools, programs like music, visual and performing arts were universally scrapped by school districts in order to free up time and money to focus exclusively on the skill of passing a written test.  Now, STEM is seen as an effort that will take what few resources remain for the Arts and focus them on making dog walking robots.  I am suggesting that this is a misplaced fear. The Arts and Technology are actually allies in the effort to undo the caustic damage of No Child Left Behind.

When high stakes testing arrived, Vocational Education was already transforming into technical education but just like with the Arts, because programing a C.N.C. mill is not tested, thousands of these programs were also scrapped, one of which was ours.

The fact is that on the leading edge of Western Civilization, the Arts and Technology have always been fully integrated and that will not change.  It is Apple’s deeply entrenched commitment to artistic sensibilities that drove its growth from bankruptcy to dominance.   The “chips” are identical, the Art makes us relate. And, it is a two way street - Technology, Math and Science powerfully support the Arts.

Two years ago, Heidi and I travelled to Las Vegas for the first time.  Not for the gambling, but for the several Cirque Du Soleil shows.  Let me tell you that if you have ever daydreamed about travelling back in time to Greece to see Aeschylus performed in the original, you need to go to Vegas and take in these shows.  The power of Cirque Du Soleil to profoundly move modern audiences flows directly from their full-on integration of every technical technique that one could imagine.   I am not saying one leaves the show saying, “Wow!  That was great technology!” You leave moved.

In Ka, the story of an exiled Chinese prince and princess regaining their proper place, the technology is both the lead actor and invisible to the audience.  The shipwreck scene is beyond description.  Then, in the battle scene, the entire stage lifts and rotates, but the sense in the audience is that the stage is still, and we are floating above, gripping our seats to keep from falling to the stage.  Suspended on computer controlled invisible wires, the actors and actresses kick off the stage and fight in real time with moves that would shame the best of Hollywood.  It was one of those rare times for me in drama when I forgot for a time that I had an identity.  Just reading this, you really can’t get what I’m talking about any more than I can intuit the effect of the seemingly crude derricks and platforms the Greeks used to float the gods and the occasional philosopher above the stage.

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So, for practical reasons, I prefer the term to remain STEM.  But, as we move in the next years to fully implement STEM in our District, we will be intentional in the mutual integration of the Arts and Technology because that is the only way our graduates will be fully educated and prepared to inherit and advance the legacy of Western Civilization.

A Strategic Plan for STEM on San Juan Island

By Jack McKenna – San Juan Island School Director, Position 5

This blog is an open forum dedicated to implementing a STEM program in the San Juan Island School District.  For options on how you can join in, check the about page.

If you are reading this first post, you are likely a citizen, parent or educator of San Juan Island who knows what STEM is, and thinks it is a good idea for our students to have a strong STEM program in our schools.  Thanks for reading, this post is for you.

You are likely a STEM advocate, and likely have been talking up STEM or perhaps working without much direction to move the STEM agenda forward.  You may have been serving on the STEM committee wondering when we’re going to get this train to leave the airport. Perhaps you are aware of others also working toward implementing STEM, but at the moment, we are working piecemeal. Our separate efforts will not dovetail without coordination and our efforts are likely working at cross purposes. We are administrators, students, former students, parents, teachers, technical business leaders, politicians, and STEM aware community members.

We need to write a plan.

The plan needs to be strategic, and acknowledge the necessity of marketing STEM to the community. Guidance for what the plan needs to include can be found in the Board Resolution.

Prewriting is the first stage of any successful writing process. Taking some time now share, research, reflect and learn prior to drafting the plan is critical.  At the end of the process we need a strategic vision for which all stakeholders will advocate.  If we expect to be on the same page, we need to all participate in creating the page.

I have volunteered to represent the San Juan Island School District Board of Directors in this process.  Since all roads to STEM lead through the Board, I need your help.  I bring to the table substantial experience in organizing successful innovative alternative public schools. Specifically, I designed and implemented three public school programs serving families wanting a home school style learning experience in cooperation with their local school district.  Since at the time the home school families and their local schools were generally hostile to one another, you can imagine that I learned a lot about successfully organizing and overcoming barriers.  There are three key principles I apply:

  • Listen to what the stakeholders want and then figure out a way to say, “Yes.”
  • Create a clear picture of all benefits and barriers and have good plans for each.
  • Never stop promoting, selling, and modifying (see first principle).

So, I am soliciting your thoughts on these questions:

What are the benefits of STEM?

What do you want the SJISD STEM program to look like in five years?

What are the barriers to creating a good STEM program on San Juan Island?

In keeping with the proven leadership model of give/get/merge/go I will start by answering these questions for myself. In reaction to my thoughts, hopefully your own will be clarified.  As we share our answers to these questions, we will find some divergence – then the work will begin to merge our ideas.  The answers below represent no one but me, and I am inflexible in my commitment to flip-flopping as needed in response to your better ideas.

What are the benefits of STEM?

Educational leaders of all stripes have noted that the American school system does a great job preparing students for yesterday.  We continue to prepare students for work in a world without the advanced robotics and digital processing that are the core of the work world our students will enter.  To put it bluntly, STEM is an effective way to start putting the ladder of public schools on the right wall – creating congruence between how schools function and how the modern workplace functions.   The core of this is the fact that STEM school work is done in collaboration at the top end of the cognitive taxonomy, and most importantly, has open ended outcomes that cannot be predefined in a teacher’s manual or measured on a standardized test.

A good K-12 STEM program will attract students to our schools, perhaps even growing our enrollment.  It will give potential dropouts a reason to stay enrolled as the connection between school and being able to afford food at age twenty five will be apparent to all.

A stream of STEM ready graduates may encourage small companies to locate here.

What do you want the STEM program in SJISD to look like in five years?

I would like to see STEM implemented powerfully in the Middle School with at least one required course and several related electives.  In fact, with staff and parents willing, wouldn’t it be great to have STEM be the organizing theme for Middle School? As students approach High School, it is the perfect time to focus on high paying career options. At FHHS, I would like to see STEM courses as full credit alternatives for Math, Science and Arts requirements, strong STEM elective choices, and integration of all disciplines into the STEM curriculum, and integration of STEM into all disciplines. One could, for example, envision a social studies elective titled, “Digital Surveillance, A.I., and Your Freedom”.  At the Grade School, I would like to see students successfully using programing skills to write simple programs for various purposes including basic robotics, and most importantly, receive a solid grounding in the scientific method.  At graduation, every student should have a clear understanding of the geography of the pervasive technical/digital society and work place, have confidence in their ability to succeed, and know how to take the next steps in starting a career of interest.

What are the barriers to creating a STEM program on San Juan Island?

The barriers are many, varied, and some are challenging.  Here are a few that come to mind:

STEM coursework does not maximize standardized test scores, it maximizes thinking.  In a successful STEM effort, rote based standardized test scores will likely drop.

We have finite hours and days with our students. We cannot just “add” STEM.  If we are picking up STEM, what are we going to drop?

Few people really understand what learning at the required high levels of thinking looks like.  People support it in concept, but when they see it, it does not look like school.  Desks are not in rows, peer conversation and cooperation is more or less constant. Texts are resources only, and there is lots of screen time research singly and in groups. Multiple failures are a normal part of eventually getting it right, and authentic self-evaluation is a significant part of the grading process.  Results cannot be scripted or predetermined and learning during a project can cause the criteria for success to change on the fly. We can expect a backlash from people who want schools to drill and kill at the lowest levels of thinking. There are a lot of these people, and some are in congress and legislatures and serve as leaders in our community.

The bells and cells structure of the school day complicates the synthesis of all academic disciplines when creating integrated STEM learning products.

The curse of age/grade grouping makes organizing STEM lessons based on the developmental readiness of students difficult.

Our educators will deliver whatever we ask, but they must be provided physical resources, excellent training, ongoing support, and we have to have their backs and defend their efforts to the parents and the community at large.

District financial resources are already allocated and scarce.

District time resources, from the Superintendent to newest employee, are already fully allocated.

So there you have my thoughts in brief and now it is your turn. Any progress we make together will start by discourse that illuminates not just our common vision of STEM but also our differences.  To that end, I encourage you to share your insights.  You may have a key understanding everyone else has missed.

As we collect our multiple perspectives, we will soon find we have a large pot of chicken soup.  But fear not!  With a reasonable amount of work, out of our divergence will come unity of purpose, a clear mission, effective strategies, and suggestions for tactics.

Tag, you’re it.