Saturday, February 2, 2008

Skills and Strategies for Effective Learning



What do you think about these two ways to cut a tree?



One man is working hard, but isn't making progress.
The other is working smart, and is getting results!

This page shows you ideas for "getting results" that will
help you more fully enjoy the great adventure of learning.



Learning Skills — for Now and for Life

One of the most valuable things a teacher can do is to help students prepare for lifelong learning. Improved learning skills — concentrating, reading and listening, remembering, using time, and more — are immediately useful and will continue paying dividends for a long time.

Motivations and Learning Strategies

Personal motives for learning can be immediate or long-term, extrinsic or intrinsic. You may be eager to learn because it's fun now, or it will be useful later, or both. When students discover that it's fun to learn and think, they'll want to do it more often and more skillfully! The master skill of "learning how to learn" is illustrated with true stories — why employers hired an unconventional worker, and how I didn't learn to ski — in Learning: Motivations and Strategies.

Study Skills & Thinking Skills for Effective Learning

study is "the process of applying the mind in order to acquire knowledge" (Webster's Dictionary) so study skills are learning skills that are also thinking skills when study includes "careful attention to, and critical examination and investigation of, a subject."
Of course, we don't want to "learn" things that are not useful or are simply wrong (are not true) since our main problem, as noted by Mark Twain, is "what we know that just ain't so." Therefore, we should wisely evaluate ideas with critical thinking. We can also explore strategies (and attitudes) for generating ideas with creative thinking. And learning, both individual and collective, can be improved by disciplined methods for effectively using these thinking skills and problem-solving strategies as in design method and scientific method.

Learning Skills — Web Resources

Dartmouth College offers useful information and advice for Maximizing Your Academic Experience.
The University of Texas (at Austin) shares their learning skills handouts to help you (or your students) improve their Learning Strategies & Skills, for Writing, Reading, Math/Science, Graduate Exam/Placement Test Preparation, English as a Foreign Language, Life Management, and Learning Difficulties. This page also has links, in the left margin, to services for UT students, faculty, visitors, and staff.
Skills & Strategies for Effective Learning is a collection of useful ideas — gathered by Craig Rusbult (editor of this website) from a variety of books — about memory, concentration, active reading and listening, exam preparation & performance, and wise use of time.
The Critical Thinking Community offers guidelines for How to Study & Learn and more.
Generally, learning skills that are effective in college (at Dartmouth, Texas, and elsewhere) are also effective for younger students; "learning skills strategies" designed specifically for younger students (in high school, middle school, and elementary school) will be here later, in early 2008.

Because learning and thinking are closely related, modern theories of learning (constructivism,...) emphasize the importance of THINKING when we learn.

A WebSurfing Tip: You probably know this already, but usually you can find various levels of home-pages in a website by gradually "stripping off" the end of the URL after each slash ( / ). For example, you'll see a content-page followed by three home-pages when you begin with "http://www.dartmouth.edu/%7Eacskills/success/time.html" and strip off "time.html" (then press RETURN) and remove "success/" (press RETURN) and remove "%7Eacskills/" (press "RETURN).

There is an abundance of resources on the web. I prefer to offer you selectivity (as in the top part of this page) with only high-quality resources, but — if you don't mind feeling overwhelmed and you're willing to do your own "selecting" — an awesomely comprehensive website, with 1700 pages in 55 categories of learning skills, was researched by the chemistry students of Wilton High School, guided by their teacher, Dr. Bob Jacobs: Chemistry Coach (for Learning Skills,...)

All links on this page were checked (and they worked) on June 29, 2006.

This homepage for Learning Skills,
written by Craig Rusbult, with cartoon by Frank Clark, is
http://www.asa3.org/ASA/education/learn/study-skills.htm

Search the Website

Learning Skills

Skills and Strategies
for Effective Learning

What do you think about these two ways to cut a tree?


One man is working hard, but isn't making progress.
The other is working smart, and is getting results!

This page shows you ideas for "getting results" that will
help you more fully enjoy the great adventure of learning.



Learning Skills — for Now and for Life

One of the most valuable things a teacher can do is to help students prepare for lifelong learning. Improved learning skills — concentrating, reading and listening, remembering, using time, and more — are immediately useful and will continue paying dividends for a long time.

Motivations and Learning Strategies

Personal motives for learning can be immediate or long-term, extrinsic or intrinsic. You may be eager to learn because it's fun now, or it will be useful later, or both. When students discover that it's fun to learn and think, they'll want to do it more often and more skillfully! The master skill of "learning how to learn" is illustrated with true stories — why employers hired an unconventional worker, and how I didn't learn to ski — in Learning: Motivations and Strategies.

Study Skills & Thinking Skills for Effective Learning

study is "the process of applying the mind in order to acquire knowledge" (Webster's Dictionary) so study skills are learning skills that are also thinking skills when study includes "careful attention to, and critical examination and investigation of, a subject."
Of course, we don't want to "learn" things that are not useful or are simply wrong (are not true) since our main problem, as noted by Mark Twain, is "what we know that just ain't so." Therefore, we should wisely evaluate ideas with critical thinking. We can also explore strategies (and attitudes) for generating ideas with creative thinking. And learning, both individual and collective, can be improved by disciplined methods for effectively using these thinking skills and problem-solving strategies as in design method and scientific method.

Learning Skills — Web Resources

Dartmouth College offers useful information and advice for Maximizing Your Academic Experience.
The University of Texas (at Austin) shares their learning skills handouts to help you (or your students) improve their Learning Strategies & Skills, for Writing, Reading, Math/Science, Graduate Exam/Placement Test Preparation, English as a Foreign Language, Life Management, and Learning Difficulties. This page also has links, in the left margin, to services for UT students, faculty, visitors, and staff.
Skills & Strategies for Effective Learning is a collection of useful ideas — gathered by Craig Rusbult (editor of this website) from a variety of books — about memory, concentration, active reading and listening, exam preparation & performance, and wise use of time.
The Critical Thinking Community offers guidelines for How to Study & Learn and more.
Generally, learning skills that are effective in college (at Dartmouth, Texas, and elsewhere) are also effective for younger students; "learning skills strategies" designed specifically for younger students (in high school, middle school, and elementary school) will be here later, in early 2008.

Because learning and thinking are closely related, modern theories of learning (constructivism,...) emphasize the importance of THINKING when we learn.

A WebSurfing Tip: You probably know this already, but usually you can find various levels of home-pages in a website by gradually "stripping off" the end of the URL after each slash ( / ). For example, you'll see a content-page followed by three home-pages when you begin with "http://www.dartmouth.edu/%7Eacskills/success/time.html" and strip off "time.html" (then press RETURN) and remove "success/" (press RETURN) and remove "%7Eacskills/" (press "RETURN).

There is an abundance of resources on the web. I prefer to offer you selectivity (as in the top part of this page) with only high-quality resources, but — if you don't mind feeling overwhelmed and you're willing to do your own "selecting" — an awesomely comprehensive website, with 1700 pages in 55 categories of learning skills, was researched by the chemistry students of Wilton High School, guided by their teacher, Dr. Bob Jacobs: Chemistry Coach (for Learning Skills,...)

All links on this page were checked (and they worked) on June 29, 2006.

This homepage for Learning Skills,
written by Craig Rusbult, with cartoon by Frank Clark, is
http://www.asa3.org/ASA/education/learn/study-skills.htm

Search the Website

Thinking Skills

Creative and Critical

An important goal of education is helping students learn how to think more productively by combining creative thinking (to generate ideas) and critical thinking (to evaluate ideas). Both modes of thinking are essential for a well-rounded productive thinker, according to scholars in both fields:
Richard Paul (a prominent advocate of CRITICAL THINKING) says, "Alternative solutions are often not given, they must be generated or thought-up. Critical thinkers must be creative thinkers as well, generating possible solutions in order to find the best one. Very often a problem persists, not because we can't tell which available solution is best, but because the best solution has not yet been made available — no one has thought of it yet." {source}
Patrick Hillis & Gerard Puccio (who focus on CREATIVE THINKING) describe the combining of divergent generation and convergent evaluation in a strategy of Creative Problem Solving that "contains many tools which can be used interchangeably within any of the stages. These tools are selected according to the needs of the task and are either divergent (i.e., used to generate options) or convergent (i.e., used to evaluate options)." {source}
Craig Rusbult describes how Productive Thinking is a result of combining knowledge with creative/critical thinking.


Multiple Intelligences & Learning Styles
People can think productively in a variety of ways, as described in a theory of MULTIPLE INTELLIGENCES developed by Howard Gardner. Therefore, we should try to find teaching strategies that will be effective for students with different LEARNING STYLES.
Visual Logic: We can think logically in a variety of ways; useful thinking tools include visually logical organizing techniques — concept maps, matrices and diagrams (cluster, hierarchical, webbing, Venn,...), flowcharts,... — that can encourage and facilitate creative-and-critical thinking.


Thinking Skills in Education

Educators are becoming more interested in designing instruction that will help students improve their thinking skills. An excellent overview is Teaching Thinking Skills by Kathleen Cotton; the second half of her page is a comprehensive bibliography.
Another useful page — What Is a Thinking Curriculum? (by Fennimore & Tinzmann) — begins with principles and then moves into applications in Language Arts, Mathematics, Sciences, and Social Sciences.
Educational Leadership devoted an entire issue, beginning with an interview with Howard Gardner, to Teaching for Multiple Intelligences — first three articles, and all abstracts, are available on web.
Learning in Bloom's Taxonomy can be described in terms of domains (cognitive, affective, psycho-motor) and levels — introduction & elaboration. And here are tips for using Bloom's Taxonomy — sample questions & teaching tip & assessing learning objectives (with examples) & course design.

A variety of ideas about teaching "thinking skills" are in Learning Theories for Active Education

If you're wondering "What can I do in my classroom tomorrow?", eventually (sometime before mid-2008) there will be a section for "thinking skills activities" in the area for TEACHING ACTIVITIES.

Two related questions are: How can we effectively teach thinking skills? and What role should thinking skills play in education? As explained in the two papers above, a range of views exist for each question. Among the unresolved issues are the amount of time to invest in developing thinking skills, and the advantages of two general teaching approaches: infusion (in which thinking skills are closely integrated with content instruction) and separate programs (with thinking skills taught as an independent curriculum).
Kathleen Cotton says, "Of the demonstrably effective programs, about half are of the infused variety, and the other half are taught separately from the regular curriculum. ... The strong support that exists for both approaches... indicates that either approach can be effective. Freseman represents what is perhaps a means of reconciling these differences [between enthusiastic advocates of each approach] when he writes, at the conclusion of his 1990 study: “Thinking skills need to be taught directly before they are applied to the content areas. ... I consider the concept of teaching thinking skills directly to be of value especially when there follows an immediate application to the content area.” "
For principles and examples of infusion, check the National Center for Teaching Thinking which lets you see What is Infusion? (an introduction to the art of infusing thinking skills into content instruction), and sample lessons (for different subjects, grade levels, and thinking skills).
Our links-page for Learning Theories in Education summarizes and explores a variety of ideas about effective teaching (based on principles of constructivism, meaningful reception,...) designed to stimulate active learning and improve thinking skills.
For an overview of how thinking skills fit into a wider educational perspective, read Positive Trends In Learning: Meeting the Needs of a Rapidly Changing World in which Dee Dickinson (founder and CLO of New Horizons) describes "thinking skills" programs in one of her paper's 24 sections. Of course, thinking skills are not just for scholars and schoolwork, as emphasized in Higher Order Thinking Skills in Vocational Education. And you can get information about 23 Programs that Work from the U.S. Dept of Education.

More ideas are available later in this page, in Problem Solving in Education.


Methods for Problem Solving

In design and science, the goal is to solve a problem. But what is a problem? In common language, a problem is an unpleasant situation, a difficulty. But in education, the first definition in Webster's Dictionary"a question raised for inquiry, consideration, or solution" — is a more common meaning. In design, a problem is any situation where you have an opportunity to make a difference, to make things better. Whenever you are thinking creatively and critically about ways to increase the quality of life (or to avoid a decrease in quality), you are actively involved in problem solving. Although the term "design" is used most often in art (for graphic design) and engineering, the process of design occurs in all fields and in everyday life.

Design Method

This creative/critical process is summarized in brief outlines of "engineering design method" from Delaware and Texas (the first three slides are about Design Method) and details are summarized in The Engineering Design Formula.
A similar strategy, applied to a wider range of life, is described by Mary Ellen Guffey in Five Steps to Better Critical-Thinking, Problem-Solving, and Decision-Making Skills. Using a broad definition of "problem solving," Craig Rusbult outlines a general method for "doing almost anything in life" in An Introduction to Design Method.

Design and Science

In some ways, design method (above) is similar to scientific method (below) but there is a new focus for action. In science the main goal is to understand nature, to construct a theory and test its accuracy with reality checks that help us decide if "the way we think the world is" corresponds to "the way the way the world really is." It can be useful to think of science as the designing of theories, and conventional design as the designing of products or strategies.

Scientific Method

The basic ideas of "scientific method" are outlined in overviews from Andrew Jones [About Physics] (five "steps" and key elements) & Lynn Fancher [College of DuPage] (indunction & deduction, and more) & Kathleen Marrs [Indiana-Purdue] (outline plus principles and examples) & Craig Rusbult [editor of this website] (from the simplicity of logical "reality checks" thru science-as-design to the complexity of real science) & ERIC Digests (about observation skills & measurement skills & science fairs) & Science Buddies (for science fair projects, with lots of ideas to explore using the links).
The methods of science are illustrated with theories about questions: Why are we sleepy in class? & Why doesn't the light work? & Does muddy soil produce frogs?
Mill's Methods for Determining Causes: Examples (in visual tables) & Explanations Examples (more thorough) & Explanations
What are some Myths about Scientific Method? Henry Bauer (excerpts) & David Snoke


Problem Solving in Education

A problem is any situation where you have an opportunity to make a difference, to make things better; and problem solving is converting an actual current situation (the NOW-state) into a desired future situation (the GOAL-state). Whenever you are thinking creatively and critically about ways to increase the quality of life (or avoid a decrease in quality), you are actively involved in problem solving.
For example, a motivated student — perhaps inspired by an effective teacher — can adopt a problem-solving approach to personal education by imagining the benefits of improved personal knowledge and skill in the future, and being motivated to pursue this goal of self-improvement.
Basically, this section is Part 2 of Thinking Skills in Education because problem-solving methods (like Design Method and Scientific Method) are just strategies for effectively combining familiar thinking skills in order to achieve a goal, to solve a problem. Thinking Skills and Problem-Solving Methods are closely related, as shown in an Overview of Thinking Skills that compares four perspectives (including Design Method) on thinking skills and how to categorize, organize, and teach them. These two pages, about motivation and skills/methods, are part of a set of related pages by Craig Rusbult about Thinking Skills in Education: Problem Solving (using Design Method & Scientific Method) in a Goal-Directed Curriculum.
Dany Adams (Smith College) helps students learn how to think more effectively by combining critical thinking skill with scientific method: "Because the scientific method is a formalization of critical thinking, it can be used as a simple model that... puts critical thinking at the center of a straightforward, easily implemented, teaching strategy. ... Explicitly discussing the logic and the thought processes that inform experimental methods works better than hoping students will ‘get it’ if they hear enough experiments described."
Problem-Based Learning is a way to improve motivation, thinking, and learning: you can read a brief overview of Problem-Based Learning and (in ERIC Digests) using PBL for science & math - a longer introduction to PBL - ten requirements - challenges for students & teachers (we never said it would be easy!) - two websites to explore (Samford University) (Illinois Math & Science Academy - overview tutorial-intro sitemap book-intro for Problems as Possibilities) - and a links-page. How to use PBL in the Classroom (book intro & two chapters) and Using Real-Life Problems to Make Real-World Connections.

ERIC Digests give tips for parents helping their children with problem-solving homework and summarize research about problem solving in science courses.
You can read about "word problems" (like those typically found in textbooks and on exams) and general problem-solving strategies that are also useful outside school. For problem solving in everyday life (including business,...) a series of pages by Robert Harris provides a thorough overview of practical problem solving: scroll down to the section about "Tools for the Age of Knowledge" and you'll find An Introduction to Creative Thinking, Creative Thinking Techniques, Criteria for Evaluating a Creative Solution, Introduction to Problem Solving, Human-Factor Phenomena in Problem Solving, Problem Solving Techniques, Introduction to Decision Making, and (in other parts of his links-page) much more.


MORE (an I.O.U.) — Later, by mid-2008, a continuing exploration of the web will reveal many web-pages with useful "thinking skills" ideas (especially for K-12 students and teachers) and we'll share these with you.

The area of THINKING SKILLS has sub-areas of
Thinking Skills in Education: Practical Problem-Solving Methods
Critical Thinking in Education Creative Thinking in Education

This homepage for Thinking Skills & Problem-Solving Methods in Education,
by Craig Rusbult, is http://www.asa3.org/ASA/education/think/methods.htm
copyright © 2001 by Craig Rusbult, all rights reserved

In mid-2006 this page (especially the bottom half) was revised
(more so than the pages for creativity and critical thinking)
and all links were checked and fixed on July 1, 2006.

SECOND-LANGUAGE TEACHING METHODS

SECOND-LANGUAGE TEACHING METHODS
Principles & Procedures

Jill Kerper Mora, Ed.D.
San Diego State University

Below is a description of the basic principles and procedures of the most recognized methods for teaching a second or foreign language.

For a survey of the history of second or foreign language teaching click here.

Click here for L2 teaching methods described below:

Grammar-Translation Approach
Direct Approach
Reading Approach
Audiolingual Method
Community Language Learning
The Silent Way
Communicative Approach--Functional-Notional
Total Physical Response

The Grammar-Translation Approach

This approach was historically used in teaching Greek and Latin. The approach was generalized to teaching modern languages.

Classes are taught in the students' mother tongue, with little active use of the target language. Vocabulary is taught in the form of isolated word lists. Elaborate explanations of grammar are always provided. Grammar instruction provides the rules for putting words together; instruction often focuses on the form and inflection of words. Reading of difficult texts is begun early in the course of study. Little attention is paid to the content of texts, which are treated as exercises in grammatical analysis. Often the only drills are exercises in translating disconnected sentences from the target language into the mother tongue, and vice versa. Little or no attention is given to pronunciation.

For a review of elements of grammar teaching click here.

The Direct Approach

This approach was developed initially as a reaction to the grammar-translation approach in an attempt to integrate more use of the target language in instruction.

Lessons begin with a dialogue using a modern conversational style in the target language. Material is first presented orally with actions or pictures. The mother tongue is NEVER, NEVER used. There is no translation. The preferred type of exercise is a series of questions in the target language based on the dialogue or an anecdotal narrative. Questions are answered in the target language. Grammar is taught inductively--rules are generalized from the practice and experience with the target language. Verbs are used first and systematically conjugated only much later after some oral mastery of the target language. Advanced students read literature for comprehension and pleasure. Literary texts are not analyzed grammatically. The culture associated with the target language is also taught inductively. Culture is considered an important aspect of learning the language.

The Reading Approach

This approach is selected for practical and academic reasons. For specific uses of the language in graduate or scientific studies. The approach is for people who do not travel abroad for whom reading is the one usable skill in a foreign language.

The priority in studying the target language is first, reading ability and second, current and/or historical knowledge of the country where the target language is spoken. Only the grammar necessary for reading comprehension and fluency is taught. Minimal attention is paid to pronunciation or gaining conversational skills in the target language. From the beginning, a great amount of reading is done in L2, both in and out of class. The vocabulary of the early reading passages and texts is strictly controlled for difficulty. Vocabulary is expanded as quickly as possible, since the acquisition of vocabulary is considered more important that grammatical skill. Translation reappears in this approach as a respectable classroom procedure related to comprehension of the written text.

The Audiolingual Method

This method is based on the principles of behavior psychology. It adapted many of the principles and procedures of the Direct Method, in part as a reaction to the lack of speaking skills of the Reading Approach.

New material is presented in the form of a dialogue. Based on the principle that language learning is habit formation, the method fosters dependence on mimicry, memorization of set phrases and over-learning. Structures are sequenced and taught one at a time. Structural patterns are taught using repetitive drills. Little or no grammatical explanations are provided; grammar is taught inductively. Skills are sequenced: Listening, speaking, reading and writing are developed in order. Vocabulary is strictly limited and learned in context. Teaching points are determined by contrastive analysis between L1 and L2. There is abundant use of language laboratories, tapes and visual aids. There is an extended pre-reading period at the beginning of the course. Great importance is given to precise native-like pronunciation. Use of the mother tongue by the teacher is permitted, but discouraged among and by the students. Successful responses are reinforced; great care is taken to prevent learner errors. There is a tendency to focus on manipulation of the target language and to disregard content and meaning.

Hints for Using Audio-lingual Drills in L2 Teaching

1. The teacher must be careful to insure that all of the utterances which students will make are actually within the practiced pattern. For example, the use of the AUX verb have should not suddenly switch to have as a main verb.

2. Drills should be conducted as rapidly as possibly so as to insure automaticity and to establish a system.

3. Ignore all but gross errors of pronunciation when drilling for grammar practice.

4. Use of shortcuts to keep the pace o drills at a maximum. Use hand motions, signal cards, notes, etc. to cue response. You are a choir director.

5. Use normal English stress, intonation, and juncture patterns conscientiously.

6. Drill material should always be meaningful. If the content words are not known, teach their meanings.

7. Intersperse short periods of drill (about 10 minutes) with very brief alternative activities to avoid fatigue and boredom.

8. Introduce the drill in this way:

a. Focus (by writing on the board, for example)

b. Exemplify (by speaking model sentences)

c. Explain (if a simple grammatical explanation is needed)

d. Drill

9. Don’t stand in one place; move about the room standing next to as many different students as possible to spot check their production. Thus you will know who to give more practice to during individual drilling.

10. Use the "backward buildup" technique for long and/or difficult patterns.

--tomorrow

--in the cafeteria tomorrow

--will be eating in the cafeteria tomorrow

--Those boys will be eating in the cafeteria tomorrow.

11. Arrange to present drills in the order of increasing complexity of student response. The question is: How much internal organization or decision making must the student do in order to make a response in this drill. Thus: imitation first, single-slot substitution next, then free response last.

Community Language Learning

Curran, Charles A. Counseling-Learning in Second Languages. Apple River, Illinois: Apple River Press, 1976.

This methodology is not based on the usual methods by which languages are taught. Rather the approach is patterned upon counseling techniques and adapted to the peculiar anxiety and threat as well as the personal and language problems a person encounters in the learning of foreign languages. Consequently, the learner is not thought of as a student but as a client. The native instructors of the language are not considered teachers but, rather are trained in counseling skills adapted to their roles as language counselors.

The language-counseling relationship begins with the client's linguistic confusion and conflict. The aim of the language counselor's skill is first to communicate an empathy for the client's threatened inadequate state and to aid him linguistically. Then slowly the teacher-counselor strives to enable him to arrive at his own increasingly independent language adequacy. This process is furthered by the language counselor's ability to establish a warm, understanding, and accepting relationship, thus becoming an "other-language self" for the client. The process involves five stages of adaptation:

STAGE 1

The client is completely dependent on the language counselor.

1. First, he expresses only to the counselor and in English what he wishes to say to the group. Each group member overhears this English exchange but no other members of the group are involved in the interaction.

2. The counselor then reflects these ideas back to the client in the foreign language in a warm, accepting tone, in simple language in phrases of five or six words.

3. The client turns to the group and presents his ideas in the foreign language. He has the counselor's aid if he mispronounces or hesitates on a word or phrase. This is the client's maximum security stage.

STAGE 2

1. Same as above.

2. The client turns and begins to speak the foreign language directly to the group.

3. The counselor aids only as the client hesitates or turns for help. These small independent steps are signs of positive confidence and hope.

STAGE 3

1. The client speaks directly to the group in the foreign language. This presumes that the group has now acquired the ability to understand his simple phrases.

2. Same as 3 above. This presumes the client's greater confidence, independence, and proportionate insight into the relationship of phrases, grammar, and ideas. Translation is given only when a group member desires it.

STAGE 4

1. The client is now speaking freely and complexly in the foreign language. Presumes group's understanding.

2. The counselor directly intervenes in grammatical error, mispronunciation, or where aid in complex expression is needed. The client is sufficiently secure to take correction.

STAGE 5

1. Same as stage 4.

2. The counselor intervenes not only to offer correction but to add idioms and more elegant constructions.

3. At this stage the client can become counselor to the group in stages 1, 2, and 3.

The Silent Way

Caleb Gattegno, Teaching Foreign Languages in Schools: The Silent Way. New York City: Educational Solutions, 1972.

Procedures

This method begins by using a set of colored rods and verbal commands in order to achieve the following:


To avoid the use of the vernacular. To create simple linguistic situations that remain under the complete control of the teacher To pass on to the learners the responsibility for the utterances of the descriptions of the objects shown or the actions performed. To let the teacher concentrate on what the students say and how they are saying it, drawing their attention to the differences in pronunciation and the flow of words. To generate a serious game-like situation in which the rules are implicitly agreed upon by giving meaning to the gestures of the teacher and his mime. To permit almost from the start a switch from the lone voice of the teacher using the foreign language to a number of voices using it. This introduces components of pitch, timbre and intensity that will constantly reduce the impact of one voice and hence reduce imitation and encourage personal production of one's own brand of the sounds.

To provide the support of perception and action to the intellectual guess of what the noises mean, thus bring in the arsenal of the usual criteria of experience already developed and automatic in one's use of the mother tongue. To provide a duration of spontaneous speech upon which the teacher and the students can work to obtain a similarity of melody to the one heard, thus providing melodic integrative schemata from the start.

Materials

The complete set of materials utilized as the language learning progresses include:

A set of colored wooden rods A set of wall charts containing words of a "functional" vocabulary and some additional ones; a pointer for use with the charts in Visual Dictation A color coded phonic chart(s) Tapes or discs, as required; films Drawings and pictures, and a set of accompanying worksheets Transparencies, three texts, a Book of Stories, worksheets

Functional-notional Approach

Finocchiaro, M. & Brumfit, C. (1983). The Functional-Notional Approach. New York, NY: Oxford University Press.

This method of language teaching is categorized along with others under the rubric of a communicative approach. The method stresses a means of organizing a language syllabus. The emphasis is on breaking down the global concept of language into units of analysis in terms of communicative situations in which they are used.

Notions are meaning elements that may be expressed through nouns, pronouns, verbs, prepositions, conjunctions, adjectives or adverbs. The use of particular notions depends on three major factors: a. the functions b. the elements in the situation, and c. the topic being discussed.

A situation may affect variations of language such as the use of dialects, the formality or informality of the language and the mode of expression. Situation includes the following elements:

A. The persons taking part in the speech act

B. The place where the conversation occurs

C. The time the speech act is taking place

D. The topic or activity that is being discussed

Exponents are the language utterances or statements that stem from the function, the situation and the topic.

Code is the shared language of a community of speakers.

Code-switching is a change or switch in code during the speech act, which many theorists believe is purposeful behavior to convey bonding, language prestige or other elements of interpersonal relations between the speakers.

Functional Categories of Language

Mary Finocchiaro (1983, p. 65-66) has placed the functional categories under five headings as noted below: personal, interpersonal, directive, referential, and imaginative.

Personal = Clarifying or arranging one’s ideas; expressing one’s thoughts or feelings: love, joy, pleasure, happiness, surprise, likes, satisfaction, dislikes, disappointment, distress, pain, anger, anguish, fear, anxiety, sorrow, frustration, annoyance at missed opportunities, moral, intellectual and social concerns; and the everyday feelings of hunger, thirst, fatigue, sleepiness, cold, or warmth

Interpersonal = Enabling us to establish and maintain desirable social and working relationships: Enabling us to establish and maintain desirable social and working relationships:

  • greetings and leave takings
  • introducing people to others
  • identifying oneself to others
  • expressing joy at another’s success
  • expressing concern for other people’s welfare
  • extending and accepting invitations
  • refusing invitations politely or making alternative arrangements
  • making appointments for meetings
  • breaking appointments politely and arranging another mutually convenient time
  • apologizing
  • excusing oneself and accepting excuses for not meeting commitments
  • indicating agreement or disagreement
  • interrupting another speaker politely
  • changing an embarrassing subject
  • receiving visitors and paying visits to others
  • offering food or drinks and accepting or declining politely
  • sharing wishes, hopes, desires, problems
  • making promises and committing oneself to some action
  • complimenting someone
  • making excuses
  • expressing and acknowledging gratitude

Directive = Attempting to influence the actions of others; accepting or refusing direction:

  • making suggestions in which the speaker is included
  • making requests; making suggestions
  • refusing to accept a suggestion or a request but offering an alternative
  • persuading someone to change his point of view
  • requesting and granting permission
  • asking for help and responding to a plea for help
  • forbidding someone to do something; issuing a command
  • giving and responding to instructions
  • warning someone
  • discouraging someone from pursuing a course of action
  • establishing guidelines and deadlines for the completion of actions
  • asking for directions or instructions

Referential = talking or reporting about things, actions, events, or people in the environment in the past or in the future; talking about language (what is termed the metalinguistic function: = talking or reporting about things, actions, events, or people in the environment in the past or in the future; talking about language (what is termed the metalinguistic function:

  • identifying items or people in the classroom, the school the home, the community
  • asking for a description of someone or something
  • defining something or a language item or asking for a definition
  • paraphrasing, summarizing, or translating (L1 to L2 or vice versa)
  • explaining or asking for explanations of how something works
  • comparing or contrasting things
  • discussing possibilities, probabilities, or capabilities of doing something
  • requesting or reporting facts about events or actions
  • evaluating the results of an action or event

Imaginative = Discussions involving elements of creativity and artistic expression

  • discussing a poem, a story, a piece of music, a play, a painting, a film, a TV program, etc.
  • expanding ideas suggested by other or by a piece of literature or reading material
  • creating rhymes, poetry, stories or plays
  • recombining familiar dialogs or passages creatively
  • suggesting original beginnings or endings to dialogs or stories
  • solving problems or mysteries

Total Physical Response

James J. Asher, Learning Another Language Through Actions. San Jose, California: AccuPrint, 1979.

James J. Asher defines the Total Physical Response (TPR) method as one that combines information and skills through the use of the kinesthetic sensory system. This combination of skills allows the student to assimilate information and skills at a rapid rate. As a result, this success leads to a high degree of motivation. The basic tenets are:

Understanding the spoken language before developing the skills of speaking. Imperatives are the main structures to transfer or communicate information. The student is not forced to speak, but is allowed an individual readiness period and allowed to spontaneously begin to speak when the student feels comfortable and confident in understanding and producing the utterances.

TECHNIQUE

Step I The teacher says the commands as he himself performs the action.

Step 2 The teacher says the command as both the teacher and the students then perform the action.

Step 3 The teacher says the command but only students perform the action

Step 4 The teacher tells one student at a time to do commands

Step 5 The roles of teacher and student are reversed. Students give commands to teacher and to other students.

Step 6 The teacher and student allow for command expansion or produces new sentences.

Friday, February 1, 2008

Classical vs. Modern Education


CLASSICAL VS. MODERN EDUCATION:
The Principal Difference
by Patrick Carmack

"The investigation of the truth is in one way hard, in another easy. An indication of this is found in the fact that no one is able to attain the truth adequately, while on the other hand, we do not collectively fail, but everyone says something true about the nature of things, and while individually we contribute little or nothing to the truth, by the union of all a considerable amount is amassed."

- Aristotle [Metaphysics, Bk II, Chap. 1]

Education can be viewed from many different perspectives. One view sees it partly as the transmission of the accumulated knowledge of a society, as per Aristotle, above. Children are born without culture - they grow up in one, molding their behavior and beliefs towards their eventual role in their society. In primitive cultures, education often involves little formal education and perhaps no schools as such. In some, only one or perhaps a few sacred books are studied. In more complex societies the sheer quantity of accumulated knowledge can take many years of formal education to transmit to the next generation, even if broken up into specialized areas of study. Education itself in such advanced cultures becomes a matter of study since efficient and integrated means of transmission of knowledge become more and more critical. In this article we will take a brief look at classical vs. modern (principally American) progressive education, and the main reason why they do, or fail to, educate our children.

What do we mean by classical education? From the dictionary definition: the word classical means of, pertaining to, or in accordance with ancient Greek and Roman precedents. Classicism means aesthetic attitudes and principles based on the culture, art, and literature of ancient Greece and Rome... So classical education means the education of ancient Greece and Rome.

What do we mean by progressive or modern education? From the dictionary definition: progressive education means of, relating to, or influenced by a theory of education characterized by emphasis on the individual needs and capacities of each child and informality of curriculum. Modern: of, or pertaining to recent times, or to the present; not ancient.

THE AIMS OF EDUCATION. Above we mentioned that there are many views regarding education and its purposes, depending upon one's perspective. Virtually no one any longer sees education as an end in itself. Education is a means to an end. Therefore any change in the end aimed at will necessarily be reflected in the means of education selected. If our goal is only to produce good coal miners who will work until they drop and cause no problems, then their means of education will be a simple affair. If, however, our goal is to produce well-rounded, cultured gentlemen and ladies, capable of addressing any problem or situation in life with the maximum likelihood both of success and personal happiness, then the means of education to do so will be a much more complicated affair. Any change of means may affect the achievement of the end.

As we noted above, modern, progressive education has as a goal fulfilling the individual needs, interests and capacities of the individual students. This emphasis focuses on what is individual to each student - therefore upon the differences among the students, as if such differences were paramount in determining the means of education employed. It is easy to see that if such differences as there are among students are secondary to what they share in common - their similarities - then the focus of progressive education is misplaced.

If children share only similar physical characteristics, given that no two bodies (not even of "identical" twins post partum) are just exactly alike, then differences in height, genetic makeup, health, test-taking ability, IQ scores, and so on - all those things which individuate them from their fellows -- are indeed of primary importance since they are different in nearly all such things that can be measured physically. In that case, no two children are truly equal (except before the law, in some countries). However, if all children share something in common much more important than their similar yet differing bodies, then that shared commonality, that likeness will be of paramount importance in determining how best to educate them.

Here we come to the crux of the matter. Different conceptions of the nature of man result in different educational goals and means. For those who think or believe that all men share a common human nature and like, immortal souls, then that reality becomes of paramount importance in determining the goals and means of education, which will certainly not be focused primarily on the less important measurable, individual differences of their physical beings (except perhaps in the most unusual cases of physical disability). Instead, education will be focused on the care of that shared human nature - on their immortal souls. Now the prevailing view of the ancient Greeks, certainly from the time of Socrates on, was that we do have immortal souls. So their education aimed at the care and nurturing of the soul, as being more important than the body. Even so, "a sound mind in a sound body" was one of their key educational notions, but the body was nevertheless viewed as a sort of tomb or prison for the immortal soul - merely an instrument the soul must be housed in and use in this life - from which it would be released at death. Since he believed the soul was immortal and would have some eternal fate based upon its goodness or lack thereof (as do all the major Western religions - Christianity, Islam, Judaism), Socrates' views on education reflected that belief, as did that of his ancient Greeks and the ancient Romans who followed the Greeks. Hence Socrates taught that the one thing needful for the soul was that it should strive after goodness.

Since the fate of one's immortal soul hinged on its goodness, then the pursuit of goodness became the principal occupation for the ancient Greeks. Goodness for them consisted of the virtues or habits of good action and thought, in proper order and harmony, leading to wisdom. So to pursue wisdom, and goodness, was to be on one and the same path. But how best to advance on this path? Socrates, beyond all of his philosophical dialogues, felt that one thing in particular was most important: "[I] thought that, because I loved him, my company could make him a better man," [Socratic Aeschines fr. II c, p. 273 Dittmar]. This was the Socratic approach to education in its core: education through love. The emotions as well as the reason, since both are integral parts of human nature, must be included in any education leading to the good. Indeed, education did not mean for Socrates the cultivation of the intellect alone - to the neglect of all else - but since man is attracted to the good first by what is beautiful, education must first begin with the senses, proceed on to the memory, imagination, intuition and intellect, spurred on to all by love. Socrates clearly loved his students, who became his friends - as many as would.

Modern, progressive education, in either denying or ignoring the soul is left with nothing else but the body - the brain, to educate (with competitive sports added helter-skelter). The brain thus conceived as a sort of computer that moves about, rather than goodness or wisdom the goal of human education becomes knowledge in the sense of data storage and retrieval (in the better of the modern schools), and mere political indoctrination in most. Love is irrelevant in such an environment. Indeed, it becomes a distraction from the business at hand and it is considered a defect in a teacher to love his students as friends. Here now we come to the single greatest advantage homeschooling has over modern public (or private school) education - love. No one can love a child like his or her own parents. A loving parent does, in fact, make for the better person at which Socrates aimed. What empirical science cannot measure (love and goodness), common sense and experience abundantly confirm. The opposite consequences of the absence of love are likewise confirmed.

What of the genuinely "abusive" home situation or parent? Hard cases make bad law. Because some men are thieves does not mean all men ought to be put in prison. A few rotten apples does not mean we all should quit eating apples. If the alleged abuse is real, then the state may step in, and some sort of public schooling may be the only alternative. But this - the unnatural case - says nothing about the norm, about how children should be educated in the vast majority of families where they are loved. In those families in does not "take a village" - it only takes a loving family.

In the same fragment quoted from above, Socrates stated he believed, "the love I bore...[allowed me to] draw honey and milk in places where others cannot even draw water from wells." That is, love has a power to motivate, an attraction to goodness, beyond the rest of nature, bordering on the miraculous. Ignore the souls of children and so remove love from education and what do you get - modern, progressive "dumbing-down" education where fear and hatred stalk the halls and all too often explode into violence and despair. Very, very few can learn well in such environments - as sinking test scores and poor academic achievement (such as the growing inability of high schoolers even to read) increasingly confirm.

Homeschooling is so successful relative to public and private school education, despite many obstacles and disadvantages, primarily because children have souls and thrive - in every way - in the loving environment of their families (however small that family may be - two can make a very loving family). Scratch the surface of a modern educator in our schools today and you will find either admirable, well-meaning, dedicated teachers who are increasing forced to truncate their personalities and genuine love for their students by a frustrating, bureaucratic, politically correct, progressive educational model, or someone who is simply up to no good. The newspapers are full of many examples of both types, almost on a daily basis.

In the Athenian custom, the ancient Greeks homeschooled their children until their seventh year, in the poetic mode described elsewhere in this issue. Modern, progressive education pushes taking children from their homes earlier and earlier. The adoption of the German kindergarten model in this country stole one more year from the natural, early home formation of American children. Plans are afoot now to allow the schools to reach back even earlier - to age 4, 3 and even 2 - to take children from the loving culture of their homes. So "successful" are our public schools that they imagine more of the same will solve the very problems they have created.

Classical elementary and secondary education is addressed in other articles in this issue, as is the "poetic" mode of educating via the senses, emotions and intuition. But lest we get lost in the details, it is important occasionally to remember the core of the classical, Socratic way of educating - love.

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