Quality Engineering Education System
Module - II
Transformational Learning Process
The Two Major Aspects of Effective Learning
In this module we will deal with the two major aspects of Effective Learning. First of all, let us distinguish between "Learning" and "Studying".
Learning Vs Studying
1. It is a process 1. It is an activity
2. It can be reversed. 2. It cannot be reversed. However,
Learning - Unlearning it can go through the process of
and Relearning forgetting and studying again
from scratch.
3. It is flexible and it can 3. It is more rigid, based on set
be tuned to the interests patterns, not allowing much
of the learner. change. It is more subject oriented
rather than user friendly.
Can you find out more differences? Please post your comments.
According to Dr. John C. Maxwell in his book "THE 21 IRREFUTABLE LAWS OF LEADERSHIP", there is a law known as "The Law of Process" - Leadership Develops Daily, Not in a Day! He outlines the so called "Four Phases of Leadership Growth", which can also be applied to the Learning Process. So, the first major aspect of Effective Learning is the process itself! Let us consider the four phases, as represented by the Johari Window below:
Phase - 1 - "I don't know what I don't know". This is the stage of "Unconscious Incompetence". It is the initial stage of learning any new skill. As long as a person doesn't know what he doesn't know, he doesn't grow. At this stage everything is new, strange, difficult, unpleasant, and odd. However, nobody wishes to stay in this stage for long. A passion for learning the new skill will help you to move on. This is true for self driven, self directed and self motivated persons.
Phase - 2 - "I know what I don't know". This is the stage of "Conscious Incompetence". "To be conscious that you are ignorant of the facts is a great step to knowledge" - Benjamin Disraeli.
This is the stage of self realization, self augmentation, and associating with people, whom you think, are more skillful and knowledgeable than you. Setting aside your ego, allow yourself to move on in the right direction. Sharing of ideas and insights helps a lot in learning new things. It is in this stage we come across "discussion with peers"
Phase - 3 - "I grow and know and it starts to show" - the stage of "Conscious Competence". The confidence level increases with increased competence. However, there is a constant consciousness or awareness which makes you feel that you still have a tendency to commit mistakes. On the other hand, you still move on by making attempts, which may be sometimes successful while at other times result in messing up things. Do not be discouraged. Keep on trying till you hit success.
Phase - 4 - "I simply go because of what I know" - stage of "Unconscious Competence". The last one fourth part of our learning can only take place with time! At this stage we can either stop growing or keep on updating ourselves for a continual growth. Beware of this stage - it may lead to over confidence or saturation. The attitude of a learner at this stage should be "I can always learn something new every day" This is the open-minded attitude of an effective learner. Ask yourself these questions: "Why is my learning still incomplete?", "What best can I do for updating myself?", "Do I really have a game plan for my future growth phase?". Well, answers reveal that that I still have to keep moving on and never stop, as learning never ends here!
Now, coming to the second aspect of effective learning, it is based on five principles of skill based learning:
1. Observation
2. Visualization
3. Conception
4. Perception
5. Simulation
Let us discuss these principles in detail in the next few sessions.
1. Observation
Observation is the process of noticing, seeing, taking note of and arriving at conclusions based on what is being seen in and around you. It involves a group of activities based on noting down what is physically noticeable around you and draw conclusions from what you have noted. It triggers keen interest and thinking skills.
Here is an example of observation skills:
Objectives: To find the differences between a Moving Coil Instrument and a Moving Iron Instrument.
Apparatus Required: Moving Coil Ammeter or Voltmeter, Moving Iron Ammeter or Voltmeter, a few connecting wires as required, insulation tape, rhoestats.
Procedure: The student is asked to observe the two meters physically and note down the differences. A few experiments may be conducted with these meters by connecting the voltmeter across the supply with a rheostat as a potential divider and the ammeter in series with a series rheostat after drawing simple circuit diagrams for such situations.
Here are some observations made:
1. A moving coil instrument has a uniform scale with all divisions on the dial equally or uniformly spaced.
2. A moving coil instrument is marked with a U shaped magnetic and soft iron symbol on its dial.
3. A moving coil instrument is marked with polarities + and - (positive and negative) on its terminals.
4. A moving coil instrument is marked as A or V .
Can you find more differences?
Similarly note down your observations for Moving Iron Instruments.
By this way students are able to learn by observing things around them. "Seeing is believing" is the principle involved in Observation Skills.
More details will be posted in the next session!
Quality Engineering Education System
Intellectual Property Rights - Panel of Experts for Implementation of a Quality System
"The earth is the Lord's, and everything in it." I Corinthians 10 : 26
However, God gave man the authority to rule over all things of the world as in Genesis 1 : 28
God blessed them and said to them, “Be fruitful and increase in number;
fill the earth and subdue it. Rule over the fish of the sea and the
birds of the air and over every living creature that moves on the
ground.”
In
this session, we take a short break and discuss the "Intellectual
Property Rights" and constitute a 7-member panel of experts for the
Implementation of a Quality System. Here we will deal with two main
parameters of Intellectual Property Rights, namely, Copyright and
Patent.
Copyright
refers to the right of ownership of any literary publication, book,
artwork, music, song, or any other form of documentation that may be in
published in the form of text or speech.
Patent
refers to the right of ownership of any new finding, invention, design and development of a new product, or any form of
research activity that has not been carried out as previously claimed
by anyone else.
It is proposed to to constitute a panel consisting of 7 members, being experts in specific areas, well qualified and experienced for conducting panel discussions, webinars, video conferencing sessions and sharing of ideas and expertise in this blog. This page will be updated as soon as the panel is ready.
This section is dedicated to my beloved father, Dr. S.T. Satyamurti, M.Sc., M.Phil, D.Sc, who was the Director of Government Museums. Egmore, Chennai. He retired from service in the year 1977. However, he was given an extension of service for one more year till 1978 for his meritorious service and contributions to the Museums of Tamil Nadu. He has travelled widely all over India and abroad. He has published many research papers and books, of which the books on Butterflies and Fishes are outstanding. He was my mentor and role model ever since my childhood, and though he departed from us in 1999, at the age of 77, he is still our Master or "Guru" whom always set before us as a model.
HOTS (Higher Order Thinking Skills) Questions:
ReplyDelete1. Why is a synchronous motor not self starting?
2. What happens if DC supply is given to a transformer?
3. Why is the speed of an induction motor always less than the synchronous speed? What happens if the speed of an induction motor becomes equal to the synchronous speed? What happens if it exceeds synchronous speed?
4. Which has more resistance: 60 W bulb or 100 W bulb?
5. Is the armature resistance of a dc motor same when a motor is at standstill or at running condition. (Hint. Resistance increases with temperature, and in AC machines, skin effect is also considered)
Answers to HOTS questions:
Delete1. The principle of operation of a synchronous motor is magnetic locking or magnetic attraction due to the rotating magnetic field produced in the stator windings. The speed of the rotating magnetic field is the synchronous speed. The large inertia of the rotor prevents it from rotating to catch up with the poles of the stator. Hence a synchronous motor is not self starting.
Please post your answers to this question and also the other questions if you know. Learning is effective when it is shared across a common platform.