International Society
for Technology in Education (ISTE)
for Technology in Education (ISTE)
Şevval Akkaya
Undergraduate Program in Physics Education
CET 360
Undergraduate Program in Physics Education
CET 360
The International Society for Technology in Education (ISTE) is an organization dedicated to blend technology and education to provide better learning and teaching experience.
The ISTE Standards define the valuable skills and knowledge for learning and teaching in the digital world, offer a detailed structure for effective technology use in schools around the world.
There are four types of ISTE Standards
1. For Students
2. For Educators
3. For Education Leaders
4. For Coaches
2. For Educators
3. For Education Leaders
4. For Coaches
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Innovative Designer: Students use technology to test theories and to solve open-ended problems. They choose the appropriate digital tool to plan and manage a design process that considers calculated risks in a question or an experiment, they also learn to exhibit a tolerance for ambiguity with the help of these digital tools.
Innovative Designer: Students use technology to test theories and to solve open-ended problems. They choose the appropriate digital tool to plan and manage a design process that considers calculated risks in a question or an experiment, they also learn to exhibit a tolerance for ambiguity with the help of these digital tools.
It also helps students think about how the outcomes would change if they change a calculated variable in an experiment or problem.
Proposed activity - Simple pendulum
A demo of the object swinging in the pendulum is created in which students can change the variables so that they can understand the time taken by the object to complete one oscillation. And by changing the given variables, students understand whether these variables have an effect on the time required for one oscillation.
The length and angle of the string, which the object is attached, is changed by the student and they understand that the length is related to the time taken for one oscillation, but the angle is not.
An example is shown on the following page.
PLEASE CHANGE THE VARIABLES!!
CASE 2:
CASE 1:
Variables
Length of a blue string
Length of a red string
Length of a black string
Length of a blue string
Length of a red string
Length of a black string
5 cm
10 cm
Variables
Length of a blue string
Length of a red string
Length of a black string
Length of a blue string
Length of a red string
Length of a black string
15 cm
angle of blue ball
angle of red ball
angle of black ball
angle of red ball
angle of black ball
30
30
30
30
30
Note: Time taken for one oscillation is different for each ball.
angle of blue ball
angle of red ball
angle of black ball
angle of red ball
angle of black ball