Overengineering
December 4, 2012
“Overengineering” is anathema to most product manufacturers. Generally, manufacturers desire to put no more time and money into a product than is necessary. They decide upon a reasonable lifespan for a product, and then they use materials and parts that, with rare exception, have been proven to last that long. They do not care to produce a product that lasts longer than the consumer desires; they do not want to invest resources where they won’t see a return.
An exception to this general rule is invoked by those manufacturing products which, if they break, will kill or maim people. Airplanes are the classic example: they’re built with multiple redundancies and with materials and parts that have been tested to last much longer than necessary. The potential for catastrophic loss of life demands this. They will use a part that’s tested to last 20 years, and replace it after ten years just to be safe.
I suspect that some observers of the MHSAA’s recent campaign to increase sports safety training for coaches and modify playing rules that may endanger participants are critical that we’re asking too much, that we’re doing more than is necessary. But frankly, that’s exactly what we intend. When it comes to participant safety, overengineering of policies and procedures ought to be our goal.
Answering Seeding Questions
January 19, 2018
Seeding is a topic on the agenda of several Michigan High School Athletic Association sport committees. Last May, the Representative Council reiterated that its approach is to consider seeding on a sport-by-sport, level-by-level basis, depending on its committees and others to develop specific plans and to demonstrate wide support among schools of all sizes and types.
A recommendation by the Basketball Committee in December of 2016 to seed District and Regional basketball tournaments with one of the systems utilized by the NCAA for its men’s Division I tournament was not adopted by the Council last May, but MHSAA staff was requested to explore alternatives for seeding District level tournaments only.
Subsequently, MHSAA surveys have demonstrated significant support, especially in more populated areas, for an approach that separates on District basketball tournament brackets the top two teams of each District whose teams continue to be assigned on the basis of geography. We’ve found that historically strong programs tend to support this “simple seeding,” while middle-of-the-pack programs tend to see seeding as another obstacle to success and creating more distance between haves and have-nots.
MHSAA staff have demonstrated how similarly the results would have been if any one of the three systems had been used to perform this simple seeding of District basketball tournaments in 2017. In the vast majority of 2017 District tournaments, the team that actually won the tournament would have been the No. 1 seeded team in that District, demonstrating that simple seeding may be less about picking the winners than it is determining which two teams will play in the District championship games.
Many questions would have to be answered before any one of these systems could be adopted. However, even without answering any questions, in December 2017, the Basketball Committee recommended seeding for District tournaments as soon as possible.
At its January meeting, the MHSAA Classification Committee made a recommendation to the Representative Council that attempts to answer one of the questions. That committee agreed that if a plan is approved to separate the top two seeded teams in each geographically determined District of the Girls and Boys Basketball Tournaments, the system used should be completely controlled within the MHSAA office.
Of course, many other questions and logistical details need to be answered. Do we only use games versus member schools? What do we do with unreported scores? When is the data finalized? Should human input be added to the computer ratings? Do seeded teams automatically get a bye? How and when do we assign officials?
Answering such questions must come next.