<p>[RANT]</p>
<p>The Newsweek/Daily Beast rankings of "American's best high schools" has just been published.</p>
<p>Newsweek's</a> Annual List: The Best High Schools in America - Newsweek</p>
<p>Here are the criteria (new this year): graduation rate (25%), college matriculation rate (25%), and AP tests taken per graduate (25%), plus average SAT/ACT scores (10%), average AP/IB scores (10%), and AP courses offered per graduate (5%).</p>
<p>And therein lies the problem, specifically with this ranking, but more broadly with rankings in general: it all depends on the criteria, which are arbitrary.</p>
<p>For example, my D's school is on the list, with a middling ranking (in the 30s). That's nothing to sneeze at, but I'm sure its ranking was hurt significantly by:</p>
<ul>
<li><p>Graduation rate. It's a residential high school that serves an entire state. Some kids come from five hours away. Kids leave for lots of reasons that have nothing to do with the quality of the school - homesickness, medical issues, too immature to live in dorms - and those that do leave are not "high school dropouts." They return to their original high schools, or in some cases, because they've exhausted the offerings their high schools have, are admitted directly into college. To compare the graduation rate of a residential high school to one where the kids live at home with mommy and daddy is just ludicrous.</p></li>
<li><p>Educational philosophy. The school focuses on inquiry based learning, not cram courses to pass a test. Therefore, they offer no AP courses. Kids still take AP exams (and do very well on them), but that's not the emphasis. </p></li>
</ul>
<p>Here are factors that to me would be at least as important as Newsweek's criteria but aren't considered in the rankings:</p>
<ul>
<li>Advanced courses offered (beyond AP), e.g. molecular and cellular biology, biophysics, virology, stem cell biology, theory of analysis, differential equations, algebraic structures, organic chemistry, biochemistry, advanced object oriented programming, applied engineering, calc-based mechanics, calc-based electricity and magnetism, modern physics, Victorian fiction, political theory, ancient religion and philosophy, cultural history of biology, epistemology, etc. - and the percentage of students who take such courses</li>
<li>Percentage of faculty with advanced degrees, including PhDs</li>
<li>Percentage of faculty that are certified master teachers</li>
<li>Four-year college graduation rate of graduates</li>
<li>Number of national competitions (e.g. Intel Schools of Distinction) the school has won</li>
<li>Number of kids placed on National Physics Team, National Chemistry Team, etc.</li>
<li>Number of kids winning awards such as NMFs, Intel Finalists and Semifinalists, Siemens Competition, Math Prize for Girls, Russian/French/German/Chinese competitions, etc.</li>
<li>Number of kids completing for-credit independent research projects</li>
<li>How far the average kid advances in terms of standardized test scores from entrance to graduation (very hard to measure, I know) </li>
</ul>
<p>But no - the number of kids who take AP tests is far more important.
[/RANT]</p>