Transforming Teaching Practices - История изменений

Patarakin: /* Conclusion: Embracing Computational Thinking */

2024-09-18T14:50:58Z

Conclusion: Embracing Computational Thinking

← Предыдущая версия		Версия от 17:50, 18 сентября 2024
Строка 122:		Строка 122:

	As we transform teaching practices through computational thinking via wikis and turtles, we create dynamic learning environments that prepare students for future challenges. By embracing these innovative approaches, educators can cultivate critical thinking skills essential for navigating an increasingly complex world.		As we transform teaching practices through computational thinking via wikis and turtles, we create dynamic learning environments that prepare students for future challenges. By embracing these innovative approaches, educators can cultivate critical thinking skills essential for navigating an increasingly complex world.

			<uml>
			@startuml
			package "ODD Description of Classroom Learning Activity" {

			class Purpose {
			+ To enhance student engagement and understanding through collaborative group work
			+ To develop critical thinking and communication skills among students
			}

			class "Entities, State Variables, and Scales" {
			+ Entities: Students, Teacher, Learning Materials
			+ State Variables: Student engagement level, Group dynamics, Task completion status
			+ Scales: Spatial (classroom layout), Temporal (class duration)
			}

			class "Process Overview and Scheduling" {
			+ Students work in groups on a project for a specified duration
			+ Teacher facilitates discussions and provides guidance throughout the activity
			}

			class "Design Concepts" {
			+ Emergence: Collaborative skills and knowledge sharing emerge from group interactions
			+ Adaptation: Students adapt their roles based on group dynamics and task requirements
			+ Interaction: Students interact with peers and the teacher to enhance learning outcomes
			}

			class Initialization {
			+ Form groups based on diverse skill levels and backgrounds
			+ Distribute learning materials to each group
			+ Set clear objectives for the activity
			}

			class "Input Data" {
			+ Initial assessment of student knowledge and skills
			+ Feedback from previous activities to inform group formation and task design
			}

			class "Submodels" {
			+ Group Dynamics Model: Rules governing interactions within groups
			+ Feedback Model: Mechanisms for providing constructive feedback during the activity
			}

			}

			Purpose --> "Entities, State Variables, and Scales"
			"Entities, State Variables, and Scales" --> "Process Overview and Scheduling"
			"Process Overview and Scheduling" --> "Design Concepts"
			Initialization --> "Input Data"
			"Input Data" --> "Submodels"
			@enduml

			</uml>

	== Embracing Generative AI in Education ==		== Embracing Generative AI in Education ==

Patarakin: /* Modeling Tools for Pedagogical Design */

2024-09-18T14:43:32Z

Modeling Tools for Pedagogical Design

← Предыдущая версия		Версия от 17:43, 18 сентября 2024
Строка 63:		Строка 63:

	The Overview, Design concepts and Details ([[ODD]]) protocol for describing Individual- and Agent-Based Models (ABMs) is now widely accepted and used to document such models in journal articles.		The Overview, Design concepts and Details ([[ODD]]) protocol for describing Individual- and Agent-Based Models (ABMs) is now widely accepted and used to document such models in journal articles.

			<uml>
			package "ODD Description of Fire Model" {

			class Purpose {
			+ To simulate the spread of fire in a forest ecosystem
			+ To understand the dynamics of fire spread and its impact on vegetation
			}

			class "Entities, State Variables, and Scales" {
			+ Entities: Fire, Trees, Wind
			+ State Variables: Fire intensity, Tree health, Wind speed
			+ Scales: Spatial (grid size), Temporal (time steps)
			}

			class "Process Overview and Scheduling" {
			+ Fire spreads to neighboring trees based on intensity and wind direction
			+ Each time step represents one unit of time in the simulation
			}

			class "Design Concepts" {
			+ Emergence: Complex fire patterns emerge from local interactions
			+ Adaptation: Trees may adapt their growth based on fire history
			+ Stochasticity: Random factors influence fire spread (e.g., wind gusts)
			}

			class Initialization {
			+ Randomly distribute trees across the grid
			+ Set initial fire locations
			+ Initialize state variables (e.g., tree health)
			}

			class "Input Data" {
			+ Initial tree density and health data
			+ Environmental conditions (e.g., humidity, temperature)
			}

			class "Submodels" {
			+ Fire Spread Model: Rules for how fire spreads to adjacent trees
			+ Tree Growth Model: How trees recover after a fire event
			}

			}

			Purpose --> "Entities, State Variables, and Scales"
			"Entities, State Variables, and Scales" --> "Process Overview and Scheduling"
			"Process Overview and Scheduling" --> "Design Concepts"
			Initialization --> "Input Data"
			"Input Data" --> "Submodels"

			</uml>

	== The Importance of Collaboration ==		== The Importance of Collaboration ==

Patarakin: /* Modeling Tools for Pedagogical Design */

2024-09-18T14:34:01Z

Modeling Tools for Pedagogical Design

← Предыдущая версия		Версия от 17:34, 18 сентября 2024
Строка 61:		Строка 61:

	In this shadow course, modeling tools such as PlantUML and agent-based modeling protocols like ODD are employed to describe and design learning practices within classrooms. These tools help educators visualize relationships and processes within their teaching methodologies, enhancing their pedagogical strategies.		In this shadow course, modeling tools such as PlantUML and agent-based modeling protocols like ODD are employed to describe and design learning practices within classrooms. These tools help educators visualize relationships and processes within their teaching methodologies, enhancing their pedagogical strategies.

			The Overview, Design concepts and Details ([[ODD]]) protocol for describing Individual- and Agent-Based Models (ABMs) is now widely accepted and used to document such models in journal articles.

	== The Importance of Collaboration ==		== The Importance of Collaboration ==

Patarakin: /* Rethinking Classroom Dynamics */

2024-09-18T14:28:05Z

Rethinking Classroom Dynamics

← Предыдущая версия		Версия от 17:28, 18 сентября 2024
Строка 56:		Строка 56:


	[[Файл:Leaders follow.png]]		[[Файл:Leaders follow.png\|600px]]

	== Modeling Tools for Pedagogical Design ==		== Modeling Tools for Pedagogical Design ==

Patarakin: /* Rethinking Classroom Dynamics */

2024-09-18T14:27:45Z

Rethinking Classroom Dynamics

← Предыдущая версия		Версия от 17:27, 18 сентября 2024
Строка 54:		Строка 54:

	The shadow course offered through digida.mgpu.ru encourages educators to conceptualize their classrooms as networks or complex adaptive systems. By viewing a classroom of 25 students as a cohesive network rather than isolated individuals or pairs, teachers can foster a more interconnected learning environment.		The shadow course offered through digida.mgpu.ru encourages educators to conceptualize their classrooms as networks or complex adaptive systems. By viewing a classroom of 25 students as a cohesive network rather than isolated individuals or pairs, teachers can foster a more interconnected learning environment.


			[[Файл:Leaders follow.png]]

	== Modeling Tools for Pedagogical Design ==		== Modeling Tools for Pedagogical Design ==

Patarakin: /* Multi-Agent Models in Education */

2024-09-18T14:17:23Z

Multi-Agent Models in Education

← Предыдущая версия		Версия от 17:17, 18 сентября 2024
Строка 48:		Строка 48:

	The platform digida.mgpu.ru showcases numerous examples of multi-agent models created using [[Scratch]], [[Snap!]], [[StarLogo Nova]], and [[NetLogo]]. These models enable teachers to discuss, analyze, and experiment with various complex systems, reinforcing the principles of organizational structures within complex adaptive systems.		The platform digida.mgpu.ru showcases numerous examples of multi-agent models created using [[Scratch]], [[Snap!]], [[StarLogo Nova]], and [[NetLogo]]. These models enable teachers to discuss, analyze, and experiment with various complex systems, reinforcing the principles of organizational structures within complex adaptive systems.

			<snap project="Flocking_Snap" user="patarakin" />

	== Rethinking Classroom Dynamics ==		== Rethinking Classroom Dynamics ==

Patarakin: /* The Active Essay Concept */

2024-09-18T14:14:21Z

The Active Essay Concept

← Предыдущая версия		Версия от 17:14, 18 сентября 2024
Строка 43:		Строка 43:


	{{#ask: [[Active Essay]] \| \| ?Description }}		{{#ask: [[Active Essay]] OR [[Dawkins Weasel]] \| \| ?Description }}

	== Multi-Agent Models in Education ==		== Multi-Agent Models in Education ==

Patarakin в 13:52, 18 сентября 2024

2024-09-18T13:52:42Z

← Предыдущая версия		Версия от 16:52, 18 сентября 2024
Строка 35:		Строка 35:

	Using examples from Semantic MediaWiki, we demonstrate the productivity of hybrid systems that integrate human and computer interactions. Drawing from the Principia Cybernetica Web, teachers can collaboratively create texts and diagrams while observing code execution results directly on wiki pages, enhancing their understanding of complex concepts.		Using examples from Semantic MediaWiki, we demonstrate the productivity of hybrid systems that integrate human and computer interactions. Drawing from the Principia Cybernetica Web, teachers can collaboratively create texts and diagrams while observing code execution results directly on wiki pages, enhancing their understanding of complex concepts.

			{{#ask: [[Principia Cybernetica Web]] \| \| ?Description }}

	== The [[Active Essay]] Concept ==		== The [[Active Essay]] Concept ==
Строка 40:		Строка 42:
	The "Active Essay" technology, as described by Alan [[Kay]], represents a new literacy form that merges written content with live simulations and interactive programs. This approach allows readers to engage deeply with dynamic systems by manipulating simulations and code, providing hands-on experience with the subject matter.		The "Active Essay" technology, as described by Alan [[Kay]], represents a new literacy form that merges written content with live simulations and interactive programs. This approach allows readers to engage deeply with dynamic systems by manipulating simulations and code, providing hands-on experience with the subject matter.


			{{#ask: [[Active Essay]] \| \| ?Description }}

	== Multi-Agent Models in Education ==		== Multi-Agent Models in Education ==

	The platform digida.mgpu.ru showcases numerous examples of multi-agent models created using Scratch, Snap!, StarLogo Nova, and NetLogo. These models enable teachers to discuss, analyze, and experiment with various complex systems, reinforcing the principles of organizational structures within complex adaptive systems.		The platform digida.mgpu.ru showcases numerous examples of multi-agent models created using [[Scratch]], [[Snap!]], [[StarLogo Nova]], and [[NetLogo]]. These models enable teachers to discuss, analyze, and experiment with various complex systems, reinforcing the principles of organizational structures within complex adaptive systems.

	== Rethinking Classroom Dynamics ==		== Rethinking Classroom Dynamics ==

Patarakin: /* Collaborative Teacher Activities */

2024-09-18T13:49:50Z

Collaborative Teacher Activities

← Предыдущая версия		Версия от 16:49, 18 сентября 2024
Строка 30:		Строка 30:
	Through Semantic MediaWiki, we organize teacher activities that facilitate collaboration among educators and software agents. This experience fosters an understanding of complex systems where both human and computer contributions are equally valuable. [[The Media Equation]] theory suggests that we treat programs with the same care and attention as we do other people.		Through Semantic MediaWiki, we organize teacher activities that facilitate collaboration among educators and software agents. This experience fosters an understanding of complex systems where both human and computer contributions are equally valuable. [[The Media Equation]] theory suggests that we treat programs with the same care and attention as we do other people.

	{{#ask: [[The Media Equation]] \| ?~~Descripion~~ }}		{{#ask: [[The Media Equation]] \| ?Description }}

	== Hybrid Systems in Action ==		== Hybrid Systems in Action ==

Patarakin: /* Collaborative Teacher Activities */

2024-09-18T13:49:34Z

Collaborative Teacher Activities

← Предыдущая версия		Версия от 16:49, 18 сентября 2024
Строка 29:		Строка 29:

	Through Semantic MediaWiki, we organize teacher activities that facilitate collaboration among educators and software agents. This experience fosters an understanding of complex systems where both human and computer contributions are equally valuable. [[The Media Equation]] theory suggests that we treat programs with the same care and attention as we do other people.		Through Semantic MediaWiki, we organize teacher activities that facilitate collaboration among educators and software agents. This experience fosters an understanding of complex systems where both human and computer contributions are equally valuable. [[The Media Equation]] theory suggests that we treat programs with the same care and attention as we do other people.

			{{#ask: [[The Media Equation]] \| ?Descripion }}

	== Hybrid Systems in Action ==		== Hybrid Systems in Action ==