Home Page
Mission of the Research Institute on Human Evolution
Send message to HumanEvol
Search for all documents
Search for all authors
Versión en Español


OTHER PUBLISHED WORKS

Biology: An old perspective
The sentient force. Teilhard de chardin and the new science
Life and consciousness: Phenomena originated by the electromagnetic unity?
Evolution of the man
The sentient universe. In search of the theory of cosmic evolution

COVERS

1   2  

BULLETINS

1   2  

How Case Studies Methodology embeds with continuity within the millennial Teaching Learning Paradigm
Some reflections In opportunity of the Plenary Session of WACRA Congress at Buenos Aires - Argentina, July 6th 2004 and motivated by its main subject: "Cases as a Component of a Person's Research"

Juan Chamero
http://www.intag.org/
CEO Intag
 


Click here to read the complete document


Abstract

Perhaps CS Methodology for Teaching/Learning and to be more audacious for Research when dealing with extremely complex systems as those derived from economy and social sciences could be envisaged as a scientific way to understand and to manage them. Let's see briefly how Humans have from ancient times faced problems and found their corresponding solutions.

  1. Analytically, by using mathematics and logic, getting the "truth, only the truth but the truth";
  2. By numerical computation, approaching to the "truth" as much as possible" throughout convergent processes;
  3. Statistically, within the realm of "probabilities", approaching to a "probabilistic truth" as much as possible;
  4. Heuristically, via behavior models and quantitative techniques proper of "systems simulation", approaching also to a vague and less rigorous "probabilistic truth" as much as possible;
  5. "Guessing", by using new logical mathematical and statistical tools, such as "fuzzy logic", "artificial neural networks", Expert Systems, and Chaos Theory", approaching to a weak, vague and far from rigorous "estimated truth", as much as possible.

We may assign to each one of these 5 types of solutions, or approaches to, typical types of applications and/or scenarios where they apply as follows:

  1. Mathematics and Geometry, Physics ("hard physics", like for instance., Optics, Mechanics);
  2. Engineering, Physics (not so hard physics, like for instance. electricity, electronics), Chemical Reactions;
  3. Medicine (Physiological Cycles), Economy ("hard Economy" like the hypothetical scenarios of certain "Economic Laws"), Social Sciences (its "hardest" applications), Thermodynamics and "soft" branches of Physics like Quantum Mechanics;
  4. Behavioral Systems, Medicine (Patients and Group of Patients), Business scenarios, Political Sciences, Social Sciences;
  5. "Soft" Behavioral Systems, High Complexity Systems in Political, Economical and Sociological scenarios, extremely soft branches of physics like Cosmo genesis.

Click here to read the complete document



Related documents






Other documents of the same author




© Copyright 2004 Juan Chamero.
© Copyright 2004 Research Institute on Human Evolution.
All rights reserved.