Logo

Classification Comparisons

January 27, 2012

One of the ways statewide high school organizations evaluate their operations is to compare their policies and  procedures with similar organizations.  We do so cautiously, however, because there are so many variables – like population and number of schools, as well as the size, shape and location of the state.

We find that the most useful comparisons are with states of the upper Midwest and Great Plains and, even more so, with the statewide organizations of that region with a number of schools closest to our approximately 765 member high schools in Michigan.

By these criteria, Illinois, with about 780 high schools, and Ohio, with about 820 high schools, are most valuable to observe, while neighbors like Indiana and Wisconsin with about 400 and 500 high schools, respectively, are less valid measures for our work here.

Recently, to help the MHSAA Classification Committee have a larger view of tournament classification systems, we provided the Volleyball, Football and Basketball Tournament classifications of Illinois and Ohio, as well as our own:

  • All three states have four classifications in both volleyball and basketball, and only Ohio equalizes the number of schools in each class/division (as Michigan does in all sports except volleyball and basketball).
  • The enrollment ranges between the largest and smallest schools in the classification for the largest schools and the classification for the smallest schools (Classes A and D in Michigan) are much smaller in Michigan than in either Illinois or Ohio in volleyball and basketball.
  • In football, Ohio’s playoffs accommodate 192 football schools in six divisions determined prior to the regular season, while both Illinois and Michigan’s 11-player playoffs accommodate 256 schools in eight divisions determined at the end of the regular season.

Rocket Science

January 5, 2015

I have always been fascinated by space exploration and in awe of all that is required and must go right to send a space vehicle atop a multi-stage booster rocket from a moving object like Earth, and land it softly on another moving object like the moon or Mars or most recently a massive rock, after a journey of many months and millions of miles. How can people figure that stuff out?

There cannot be a problem of school sports that is more complicated than those of space exploration, except for one feature – which is that our problems deal with people, who are far less predictable and dependable than the laws of physics.

Making matters worse is that we are working with people in a competitive arena, and in an emotional setting, where the objectivity which characterizes the scientific method of rocket scientists is generally if not universally absent.

As long as potential problem-solvers view potential solutions through the lens of what does or does not benefit them in terms of competitive edge, our efforts to make good changes will never launch or, if launched, will miss the target.