82% Fail Algebra 1 Final

Saw this video -- where in Montgomery County, Maryland, "which is considered a well-off suburb of Washington, D.C." -- 82% of students failed their Algebra I final.  And the video asks why - to me the video felt like they were searching for blame - and there is plenty of it to go around.

Lets start with a system of standardized testing that pushes too far too fast.   If you do not take time for students to really understand the concepts & interconnections and have recursive practice students simply memorize to pass a unit test, then, they are doomed on any really understanding.  This lack of understanding in turn dooms them on a final.

Teachers feel pressure to show what is on the standardized tests, but if a student is not ready - and they need more practice on "lesser" material - then that must happen.  Yet the CCSS are demanding and there is a pressure there (which I think we teachers need to balance -- College Readiness is number one).

Also - the amount of material is a question.  See the review final from there website.  The amount of material covered is impressive, but are the students getting a deeper understanding - is it possible to push a very young adult through the amount of material on the practice final and have them truly understand?  I always remind myself the students will always do the minimum - so they memorized during the semester, the minimum, and then are ill-prepared for the final (and college math - again somewhere around 30-40% are not college ready).

And I am careful not to criticize the teachers there - perhaps they have a K-12 math program where this is what Algebra 1 learns, but at my school - nearly half of their final is Algebra II.   The challenge is not to look at any one course like Algebra I and ask what they need, but to look at the HS graduate with 3 years of math and ask if they have the skills.  If you don't get deep into parabolas in Algebra I then save them for Algebra II, and spend time doing more projects, recursive practice, etc.  It does mean trading away something in Algebra II - perhaps come conics, or some imaginary number graphing - that can go to PreCalc.  I know we need to trade there too then, but that is our job to decide what is most important for the time we have - and if we make the curriculum manageable then the fail rate will fall.

Finally I don't blame the students - I believe that finals always fall one letter grade.  And unless 82% of the students got a D or F mark for the 4th quarter - then there is something awry.  Systems for grading need to be designed that ensure success - but if that system is impossible when overloaded with topics.  For the record I only test what we have mastered on a final, my final changes based on the topics covered each year.  (FYI - I have about 12% failure rate)

In the end - teachers need to take control.  Set a curriculum that prepares the students for two places in their lives.  Point 1 -- being college ready, and point 2 -- having the problem solving skills & basic math to be successful at 27 years of age.  I often joke that I work for the students, the 27 year old student.  And at 27 they want to be skilled at problem solving, and do not want to have flunked out of college because of math (skills or because of fear).

If we remember our accountability is not to a predetermined curriculum plan, or to politicians or to administrators - not really even to parents  - but to students (it's their life!), then we are doing our job.  Then we will be preparing the 27 year old for their challenges.

Homework - How much does it matter?

So it is final exam time at my school, we are coming into summer, so it is summative assessment time!  So I will start grading finals shortly (or my student teacher will) and it will indicate how Juda is doing with respect to math education - according to the world (I measure myself and my students by a whole different set of metrics - basically performance following HS.)

When I started teaching eight years ago, I taught how I was taught.  We reviewed homework, graded homework, introduced a concept and started homework.  I was the boss, it was their job.  And what they could recall for final was typically not good.  But that was teaching, then - now.... 

Now I never take homework problems in class, no grading, no chasing - homework has minimal value.  And if I gave 2014 finals to my students of yesteryear only a few would pass.

I get over 7000 minutes per year to teach math to a student (42 minutes/class * 170 classes).  How much time is needed to teach Algebra or Geometry?  Some practice must occur outside of class but how much?  Is 10% enough - that would be only 5 minutes per class period of homework, maybe 30% - that is only 15 minutes.  So when I hear of an hour of homework I think about how brilliant of students they must be.

But it is the summer that shows what the student has really learned, what they really know.  The first assessment on "old skills" in September with little to no review shows what they truly know and understand.

And what do they know after a summer off?

My old students doing lots of homework needed lots of review -- basically an entire quarter.  The students where I started bell-to-bell teaching, extremely limited homework and time outside of class is doing projects (essays, powerpoints, etc) - get just a couple of weeks.   And they perform well.

So I am sitting at the end of year and the start of summer of curriculum planning where I must reflect on the question "How much does homework help students?"

Samsung Solve for Tomorrow Finalist! "Official" Press Release!

A big part of teaching is letting the community know what is happening - it is something I take very seriously. Whether I am writing up an article about curriculum, the math team or anything - but especially positive things.  So below is the article for the Samsung Contest:

Juda selected as State Finalist in Samsung Solve for Tomorrow contest

JUDA – Juda School is pleased to announce that Scott Anderson and his Physics class have been selected as one of the five state finalists in Wisconsin in the Samsung Solve for Tomorrow contest.

Juda used their Physics STEM (Science, Technology, Engineering, Math) solar project as a basis for their contest entry, stating: At Juda we incorporate real world projects within the curriculum;  we research projects and create a variety of solutions.  This contest would allow us to chase our next big project which is always decided through student brainstorming about our school and our community.  Our last large project is just finishing, where we are researching ways to reduce Juda school's carbon footprint.  The students investigated many projects and now 2 years after the initial assignment we are installing a 24-panel array.   These are STEM projects with real-world results.

Since 2004, Samsung’s education programs have contributed more than $13 million in technology to more than 500 public schools in the U.S. In 2010, Samsung unveiled a new contest initiative called Solve for Tomorrow to foster more enthusiasm in STEM education. Together with industry and other partners, the Solve for Tomorrow contest uses technology as a motivator to raise awareness and interest in STEM learning among teachers and students.

Samsung stated that “We were amazed by the quality of entries that we received this year and applaud your dedication to inspiring your students, improving your local communities and fostering STEM education in your school.”   Juda was selected out of the more than 2,300 applications to be one of the five best in Wisconsin. Just for being a finalist Juda is receiving two Samsung Galaxy Tablets to aid in their classroom instruction! 

 Juda is now competing against four other schools to be the state winner.  Should Juda win, they would receive a video technology kit and a technology package valued at $20,000.

 Mr Anderson and his Physics class are now completing the next phase of the contest – creating a  “lesson plan” that will serve as the outline for their project and accompanying video.