Greek, Higher Education, and The Guinness Book of World Records
This summer I attended the free classes in Modern Greek offered by Stockton’s Interdisciplinary Center for Hellenic Studies. For me, one fascinating feature of the Greek language is the ‘absolute superlative.’ In English we comparative and relative superlative (e.g., better, best). In Greek, the absolute superlative is one step further, not just the greatest amount of some quality in the items being compared, but the greatest amount in existence.
Upon reflection, I realized that, although the English language does not have a grammatical structure for the absolute superlative, we do make an attempt to measure and record it. The Guinness Book of World Records is our registry of the biggest, smallest, fastest, slowest, oldest, youngest, heaviest, lightest… you name it… on the planet.
If you search the Guinness site for ‘college,’ ninety-nine records are returned. If you search for ‘university,’ two hundred-eighty results are returned. Some of these records are related to the institutional curriculum or products of research, but most items are related to extra-curricular activities like ‘Most People in a Pie Fight’ or ‘Most People Dressed as Smurfs’.
Pie fights and Smurf costumes are harmless diversions, but one of the most interesting recent records in higher education is missing from the Guinness site. This record seems to have been set in the fall 2011 semester at Stanford University for a free course in Artificial Intelligence. According to The Chronicle of Higher Education, approximately 94,000 students were enrolled in this course. While numbers are not yet available on how many students actually completed the course and demonstrated mastery of the course content, the fact that enrollment was so high ia wake-up call for all higher education institutions.
High enrollments in free courses are not the only clarion call. The non-profit higher education market is increasingly finding its space invaded by for-profit organizations.
Knewton, a for-profit company in New York City provides adaptive education in the area of mathematics remediation. The adaptive environment presents material in small chunks, using game mechanics and micro rewards. The system performs frequent assessment, and provides continuous updates on student performance. Mathematics is an area where machine grading can reliably indicate student mastery, but as adaptive instructional technologies continue to evolve, are other content areas far behind?
In recent years we have witnessed technology-enabled transformations in retail sales (think Amazon), the disappearance of newspapers as primary news sources (think Huffington Post, et al ), and a revolution in social interaction (think Facebook). Higher education is facing a similar transformation. We can ignore the influence of technology or we can imagine and construct a different future.
What is your vision of higher education in 5 years? 10 years? 20 years?
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