Teaching
‘It is the supreme art of the teacher to awaken joy in creative expression and knowledge.’ –Albert Einstein
Courses I teach
SGDP6133 Quantitative Data Analysis in Education
SGDP5053 Statistics in Education
SGDT6063 Research in Instructional Technology
SZRZ6014 Research Methodology
SGDT5013 IT in Education
Webex meeting recording: SGDP2013-20210621 0633-1 Password: eEzPMu5B
Recording link: https://uum.webex.com/uum/ldr.php?RCID=7c18f88f0159f45083303304a8945fa9
Webex meeting recording: SGDP2013-20210524 0634-1 Password: NiihZd8q
Recording link: https://uum.webex.com/uum/ldr.php?RCID=946a0f3fd56b4ae798b4848dadaa4214
Webex meeting recording: SGDP2013-20210520 0720-1 Password: nP9QPRRr
Recording link: https://uum.webex.com/uum/ldr.php?RCID=f8f59022030a4829aed727c1fa270ac5
Webex meeting recording: SGDP2013-20210506 0640-1 Password: rDmZzwM3
Recording link: https://uum.webex.com/uum/ldr.php?RCID=f2fea61517794f609135a5c005a52b0d
Webex meeting recording: SGDP2013-20210405 0639-1 Password: ZxE8rMCj
Recording link: https://uum.webex.com/uum/ldr.php?RCID=64ad1a3d622f43b2bc80948f3f910a13
Webex meeting recording: SGDP2013-20210322 0709-1 Password: EhE3czhb
Recording link: https://uum.webex.com/uum/ldr.php?RCID=e6a1529d162f413f8e44d8f15d311fd6
Teaching Philosophy
My perspective of teaching and learning: i) All students are special with different learning abilities. They need a stimulating academic setting to develop themselves literally, emotionally, and spiritually. ii) I believe in creating student centred atmosphere where every student is free to share his or her valuable ideas and develop to be an individual with great potential.
There are five important components for conducive learning such as:
(1) The educator acts as a guide.
(2) Students are provided with to hands-on activities.
(3) Students are provided an atmosphere of possibilities to develop their abilities.
(4) Students are given options and chance to comprehend through their inquisitiveness.
(4) Students are provided an atmosphere of possibilities to develop their abilities.
(5) Teaching and learning processess are facilitated by integrating modern technology.
Learning Resources
Introduction
t-Test
ANOVA
Correlation
Higher Order Thinking skills
Respond to students' inquiries in a manner that encourages HOT
Parents and teachers can do a great deal to foster higher order thinking, even when responding to students' questions. According to Robert Sternberg, responses to students' questions can be classified into seven levels, from low to high, based on their ability to stimulate higher levels of thinking. While we would prefer not to answer every question on level seven, we would also prefer not to answer every question on levels one and two. The following list illustrates the various levels and their associated examples.
Reject the question at the first level.
"How come I'm required to consume my vegetables?"
"Put an end to your interrogation of me." "For the simple reason that I stated."
Level 2: As a response, rephrase or nearly rephrase the question.
"How come I'm required to consume my vegetables?"
"Because vegetables must be consumed."
"What is the reason for that man's irrational behaviour?"
"For the simple reason that he is insane."
"What's the matter with the temperature?"
"Because the outside temperature is only 15 degrees."
Acknowledge ignorance or provide information at
Level 3.
"I'm not sure, but that is an excellent question," as an example.
Alternatively, respond to the question with an accurate response.
Level 4: Encourage others to respond to your authority by speaking out.
"Let us conduct an internet search for that."
"Let's check the encyclopaedia for that."
"Do we know anyone who might be able to provide an answer?"
Level 5: Encourage brainstorming or alternative explanations at the fifth level.
"How come everyone in Holland is so tall?" is an example.
"How about we come up with some possible responses."
"Perhaps it is genetic, or perhaps it is dietary, or perhaps everyone in Holland wears elevator shoes, or..." and so forth.
It is critical to remember when brainstorming that all ideas are on the table. Which ones remain "keepers" and which ones are discarded is decided later.
Encourage the consideration of alternative explanations and the development of a method for evaluating them at the sixth level.
For instance: "How, then, are we to judge genetics' potential answer? Where might we obtain that data? What about dietary information? In Holland, how many elevator shoes are sold?"
Encourage consideration of alternative explanations and a method for evaluating them, as well as follow-up on evaluations at level 7.
For instance: "Okay, let's spend a few days gathering information — we'll peruse the encyclopaedia and the Internet, conduct telephone interviews, and so on. Then, the following week, we will reconvene to discuss our findings."
This method is equally effective when dealing with schoolwork and everyday issues such as how late an adolescent can stay out on a Saturday night or who gets to attend a concert. For instance, polling several randomly chosen or mutually chosen families may produce more objective results than either parent or child "skewing" the results by selecting respondents who agree with their point of view.