Feb 26, 2018

Article #3 in a Series >>>>> How to Avoid Speaking Like an Education Professor: Be Careful with These Terms >>>>> Culturally Biased Curriculum; Culturally Biased Tests; Drill and Kill; Exhibitions; Factory-Model Schools; Facts: Inferior to Understanding; Facts: Soon Outdated; Hands-On Learning; Holistic Learning; Learning by Doing


Education professors have damaged generations of K-12 teachers and administrators at the Minneapolis Public Schools and in locally centralized school districts throughout the United States with notions rooted in the need for the education professor to survive at universities at which other professors know so much more  

 

Consider these terms from the education professor’s lexicon, followed by my own comments:        

 

Culturally Biased Curriculum

 

This is the notion that the key problem with curriculum as conventionally presented in K-12 classrooms has a bias toward the West, mainly Europe and the United States.

 

Culturally Biased Tests

 

This term refers to the cultural bias that education professors and their acolytes in the education establishment assert makes standardized tests unfair to students of color and to other populations who are unfamiliar with vocabulary and references that originate in the culture of European Americans who dominate in constructing the tests.

 

Drill and Kill

 

“Drill and kill” is the moniker assigned by education professors and others in the education establishment to rote methods of learning and to the memorization of factual material, considered by those who use the term to destroy creativity and promote a distaste for school-based learning.

 

Exhibitions

 

This refers to presentations made by students, following group projects or from portfolios from which students select items to present to teachers, to other evaluators, or to an audience of parents and other interested observers.

 

Factory-Model Schools

 

This is a derogatory term applied by education professors and other “progressive” educators to the traditional high school, held to be a fossil from an industrial age when the function of schools was to train students as if working in lockstep on an assembly line in a factory on the floor of which a foreman did the bidding of those higher in the bureaucratic hierarchy.

 

Facts are inferior to understanding

 

Education professors assert that factual knowledge is unimportant, except as sought by the student herself or himself;  what is more important is a deep conceptual understanding of the concepts to which the facts are pertinent.

 

Facts are soon outdated.

 

Education professors hold that in this fast-changing world of technology, discreet facts are soon outdated, so that learning how to learn is more important that systematic acquisition of defined knowledge sets.

 

Hands-On Learning

 

In the view of education professors and the “progressive” educators that they train, real-world experience with tactile objects is preferable to book learning. 

 

Holistic Learning

 

This term refers to learning as natural engagement with the totality of one’s environment, featuring interconnection rather than segmention into artificially designated subject areas.

 

Learning by Doing

 

Similar to hands-on learning, this term stresses the importance of learning through activity, in the real world or in application, rather than memorization, of concepts and information.



My Comments    >>>>>

 

Culturally Biased Curriculum

 

The real problem in K-12 education is the absence of any systematically presented curriculum, especially at K-5, which if properly constructed would reflect the human cultural inheritance across all cultures of the world.

 

Culturally Biased Tests

 

Great attention has been paid over the course of that last twenty years by those who construct standardized tests to present examples from a variety of cultural contexts that resonate with students of diverse cultures;  especially with regard to mathematics, though, there is not much cultural bias embedded in the four basic operations, fractions, decimals, percentages, ratios, proportions;  and concepts from algebra, geometry, trigonometry, statistics, and calculus.

 

Drill and Kill

 

Athletes and musicians practice certain motions, learned from the best practitioners, to the point of automaticity, all the better preparing them for individualistic creative expression as their knowledge and skill level increases;  K-12 students should do the same.  

 

Exhibitions

 

These are adjunct ways of demonstrating what a student knows;  objective tests and standardized assessments more accurately and fairly indicate what a student knows across a broad and deep range of knowledge.

 

Factory-Model Schools

 

Conventional schools provide classroom settings conducive to efficient learning;  when conducted by a master teacher, lectures and classroom discussions abet the accumulation of a multiplicity of knowledge and skill sets in an engaging and intellectually challenging learning environment.  

 

Facts are inferior to understanding

 

Factual knowledge is a necessary prerequisite for deep contemplation and full understanding.

 

Facts are soon outdated.

 

The preponderance of facts accumulated over centuries of experience by scientists, mathematicians, historians, and other scholars are permanent fixtures in the intellectual architecture of the major academic disciplines;  mastery of time-tested facts and concepts is necessary to evaluate information in contemporary contexts and to engage in processes that produce new knowledge sets.

 

Hands-On Learning

 

Reading books or cybernetic print sources  and listening to lectures are the most efficient ways to accumulate vast stores of factual knowledge;  hands-on learning is an engaging way to apply and experiment with what one has learned from lectures and reading.

 

Holistic Learning

 

Mastery of knowledge and skill sets in the discreet academic disciplines abets holistic learning.

 

Learning by Doing

 

Learning by doing is not as efficient as learning from hard copy and cybernetic print sources or from lectures, but learning, practicing, and experimenting through activity is a powerful adjunct to the more efficient means of accumulating vast stores of knowledge.

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