This document outlines a learning plan for a 9th grade science class on the respiratory and circulatory systems. The plan includes identifying learning areas, topics, and K-12 standards. Key activities involve understanding system structures and functions, exploring interactions between organ systems, case studies, experiments, and student research presentations. The overall goal is for students to understand how the respiratory and circulatory systems work together to transport nutrients and gases throughout the body, and how lifestyle can impact system functioning.
This document discusses open-ended tools and their uses in teaching and learning language skills. It begins by defining open-ended tools as those that can be accessed freely and used to create or combine elements to make something new. Some examples of open-ended tools discussed are word processing software, slide presentation software, electronic reference materials, and tablet/phone apps. The document then explores how these different tools can be used specifically to teach and enhance language skills, such as allowing students to easily edit writing, create presentations, access information from anywhere, and more.
This document discusses tools that teachers already have access to in their classrooms that can help support diverse learners, including tools in common software programs like operating systems, word processors, and web resources. It emphasizes that the cornerstone of Universal Design for Learning is flexibility, and teachers have flexible digital tools like text-to-speech, spelling and grammar checks, and highlighting features in the software they currently use everyday. It also provides examples of free tools and resources teachers can try to further support students' access to curriculum.
A Framework For Evaluating Digital CoursebooksDereck Downing
This document proposes a framework for evaluating digital coursebooks. It begins by describing characteristics of digital coursebooks, such as integrating multimedia elements like videos and interactive activities. It then discusses evaluating digital coursebooks based on existing frameworks for evaluating traditional coursebooks and educational software. The proposed evaluation framework includes criteria at the program level (features, interface, content, methodology) and activity level (language skills and subsystems). The goal is to provide teachers and publishers a way to systematically evaluate digital coursebooks.
The sample syllabus outlines a course on Knowledge Software and Presentation that will:
1) Provide students with an understanding of knowledge software and how to use it for creating impactful presentations.
2) Cover various types of knowledge software like presentation tools, data visualization platforms, and collaborative systems.
3) Teach best practices for presentation design, content creation, and communication techniques.
4) Include modules on introduction to knowledge software, presentation design, data visualization, collaborative systems, and effective delivery.
5) Assess students through quizzes, assignments using knowledge software, and a capstone presentation project with peer evaluation.
Analysis Of Presentation Tools For Developing Training MaterialsLisa Cain
This document analyzes and compares various presentation tools that can be used to develop training materials and promote active learning. It discusses 10 tools - Buncee, Google Slides, Haiku Deck, LessonUp, NearPod, Pear Deck, PowToon, Prezi, Sutori, and Visme. For each tool, it provides a brief description and overview of features. It then assesses and compares the tools based on language availability, licensing, ability to work simultaneously, and features for student assessment. The document concludes that these tools can offer educators a variety of options for developing educational materials and facilitating active student participation.
The measurement of student performance- The futuristic approach focuses on the development of the child. Therefore, teachers try to maintain a record of performance for each child performance. And with this, they make the child improvement and prepare them to compete and the global level.
The document discusses different types of productivity software used by teachers and students, including word processing software, electronic spreadsheet software, and presentation software. Word processing software is used to create documents like letters and reports. Spreadsheet software is used for tasks like budgeting and grade computation. Presentation software allows users to create slideshows to communicate and display information for lectures and reports. All of these software programs have features that make them easier to use and more flexible for creating and sharing educational materials.
The document discusses the components of an online program. It identifies benefits of reusing course components such as units and lessons in different contexts. It outlines three main characteristics of online activities as good design and planning, delivery of training, and design and development. It also discusses instructional design as covering the stages and components of a lesson. The role of technology in producing and delivering e-learning is noted, along with different tools that can be used. Finally, a learning platform is defined as providing learners interactive online services and access to information, tools, and resources to support education delivery and management.
This document discusses open-ended tools and their uses in teaching and learning language skills. It begins by defining open-ended tools as those that can be accessed freely and used to create or combine elements to make something new. Some examples of open-ended tools discussed are word processing software, slide presentation software, electronic reference materials, and tablet/phone apps. The document then explores how these different tools can be used specifically to teach and enhance language skills, such as allowing students to easily edit writing, create presentations, access information from anywhere, and more.
This document discusses tools that teachers already have access to in their classrooms that can help support diverse learners, including tools in common software programs like operating systems, word processors, and web resources. It emphasizes that the cornerstone of Universal Design for Learning is flexibility, and teachers have flexible digital tools like text-to-speech, spelling and grammar checks, and highlighting features in the software they currently use everyday. It also provides examples of free tools and resources teachers can try to further support students' access to curriculum.
A Framework For Evaluating Digital CoursebooksDereck Downing
This document proposes a framework for evaluating digital coursebooks. It begins by describing characteristics of digital coursebooks, such as integrating multimedia elements like videos and interactive activities. It then discusses evaluating digital coursebooks based on existing frameworks for evaluating traditional coursebooks and educational software. The proposed evaluation framework includes criteria at the program level (features, interface, content, methodology) and activity level (language skills and subsystems). The goal is to provide teachers and publishers a way to systematically evaluate digital coursebooks.
The sample syllabus outlines a course on Knowledge Software and Presentation that will:
1) Provide students with an understanding of knowledge software and how to use it for creating impactful presentations.
2) Cover various types of knowledge software like presentation tools, data visualization platforms, and collaborative systems.
3) Teach best practices for presentation design, content creation, and communication techniques.
4) Include modules on introduction to knowledge software, presentation design, data visualization, collaborative systems, and effective delivery.
5) Assess students through quizzes, assignments using knowledge software, and a capstone presentation project with peer evaluation.
Analysis Of Presentation Tools For Developing Training MaterialsLisa Cain
This document analyzes and compares various presentation tools that can be used to develop training materials and promote active learning. It discusses 10 tools - Buncee, Google Slides, Haiku Deck, LessonUp, NearPod, Pear Deck, PowToon, Prezi, Sutori, and Visme. For each tool, it provides a brief description and overview of features. It then assesses and compares the tools based on language availability, licensing, ability to work simultaneously, and features for student assessment. The document concludes that these tools can offer educators a variety of options for developing educational materials and facilitating active student participation.
The measurement of student performance- The futuristic approach focuses on the development of the child. Therefore, teachers try to maintain a record of performance for each child performance. And with this, they make the child improvement and prepare them to compete and the global level.
The document discusses different types of productivity software used by teachers and students, including word processing software, electronic spreadsheet software, and presentation software. Word processing software is used to create documents like letters and reports. Spreadsheet software is used for tasks like budgeting and grade computation. Presentation software allows users to create slideshows to communicate and display information for lectures and reports. All of these software programs have features that make them easier to use and more flexible for creating and sharing educational materials.
The document discusses the components of an online program. It identifies benefits of reusing course components such as units and lessons in different contexts. It outlines three main characteristics of online activities as good design and planning, delivery of training, and design and development. It also discusses instructional design as covering the stages and components of a lesson. The role of technology in producing and delivering e-learning is noted, along with different tools that can be used. Finally, a learning platform is defined as providing learners interactive online services and access to information, tools, and resources to support education delivery and management.
Moodle is a free and open-source learning management system (LMS) that provides educators with tools to create online courses for students. It allows teachers to upload content like files, presentations, and videos, create assessments like quizzes and assignments, and track student participation through discussion forums and collaboration tools. Moodle uses a constructivist framework that emphasizes collaborative and hands-on learning through student-generated content. When implementing Moodle, educators should plan their delivery model, link activities to assessments, and consider peer review and knowledge sharing to fully utilize the system.
This document discusses various types of software tools that can support teaching and learning. It describes tools that can improve efficiency, productivity, the appearance of work, and information accuracy. Recent developments include increased use of PDAs and web connectivity. The document outlines materials generators, data collection and analysis tools, graphic tools, planning and reference tools, content-specific tools, desktop publishing software, and other forms of software tools like test generators and data collection tools. It provides examples and benefits of these different categories of educational software tools.
1. Universal Design for Learning (UDL) provides flexibility in curriculum and instructional methods to maximize learning for all students. It is based on three principles: multiple means of representation, expression, and engagement.
2. UDL can be implemented in the classroom through varying presentation methods, participation options, and forms of expression. Examples include using multiple media types, allowing choices in how students demonstrate knowledge, and providing flexible models of skilled performance.
3. Integrating technology and UDL allows for more flexible learning materials and making content accessible for diverse learners. Resources like the UDL Class Profile Maker can help teachers understand student needs and apply UDL principles.
This document discusses productivity software applications that can be used for language teaching and learning. It identifies several uses of applications like MS Word, presentation software, and spreadsheets. It provides examples of how these applications can be used to create learning plans, assessments, templates and graphic organizers. It also discusses how presentation software can help develop language macro skills like reading, writing, speaking and listening. Specific productivity applications are identified for creating and sharing documents, presentations and spreadsheets for language learning. Basic instructional design for preparing presentations is also outlined.
ePortfolios as Assistive Technology_Jan2017Jackie Mo
Using ePortfolios as Assistive Technology
Students and teachers can benefit from using electronic portfolios (ePortfolios) to showcase students' learning and progress towards academic goals. For students with disabilities, ePortfolios can serve as an assistive technology tool to demonstrate mastery of prescribed devices/software and critical thinking skills. When developed collaboratively, ePortfolios provide a scalable and flexible platform for students to organize work over time and showcase skills for future education or employment.
Reusing course components allows individual lessons and media elements developed for one course to be integrated into other courses. This reuse of materials benefits instruction by allowing course components to be delivered multiple times in different contexts. Effective technology tools for developing online programs include courseware authoring tools that create interactive content by organizing pages, lessons, text, graphics and other media. These tools work with other software for creating and compressing different media types.
This document discusses various online resources, educational sites, and portals that can be used by teachers. It provides descriptions of 12 tools, including Visme for creating infographics, Storybird for digital storytelling, Audacity for podcasts, Google Forms for surveys, Canva for photo editing and design, Quizizz for quizzing, Zoom for video conferencing, Adobe Captivate for authoring, Ezvid for video editing, Adobe Reader for PDFs, Pexels and Pixabay for royalty-free images, and Adobe Stock for stock photos, videos, audio and templates. Each tool is described in one or two paragraphs outlining its key features and usefulness for educational purposes.
The document discusses the components and processes involved in developing and implementing a learning management system (LMS). It describes the key roles and responsibilities in an LMS implementation team, which includes a project manager, instructional designer, subject matter experts, online trainers, and IT professionals. It also outlines the processes for course creation, testing, content storage, analysis and reporting, user registration, and learner tools/support. Recommendations are provided for equipment and technologies needed for an effective LMS project.
This document provides a course syllabus for TECH 4220, Information Policy Analysis. The syllabus outlines the instructor's contact information, course description and objectives, required materials, grading scale, and course structure. The course will examine current and pending legislation impacting information dissemination and explore the political, cultural, economic and social aspects of these policies. Students will analyze various types of policies governing information technology and identify strategies for developing, implementing, and revising effective IT policies. The course will be delivered entirely online through Canvas and involve weekly discussions, assignments, and other graded activities.
This document discusses using technology to support differentiated instruction, especially for reading. It provides strategies for differentiating content, process, and product using tools like graphic organizers projected for all students. Commercially available ebooks and reading websites can expand materials. Projecting writing allows all students to participate in editing. Websites like Book Builder and ReadWriteThink include lesson plans and activities. In conclusion, technology should be integrated throughout the curriculum to prepare students for the 21st century.
Resources To Support Library And Information Specialists Aug 09magsmckay
Resources to support inclusive practice. An overview of freeware assistive and enabling technologies to assist staff and students in schools, colleges and universities.
Presentation of the range of Access Apps partially funded by JISC which serve to assist users who may, for example, have difficulty reading on screen text.
Given at the Equality and Diversity day on the 17th November 2009.
This document discusses different types of computer software used in education. It explains that there are two main types of software: system software and application software. System software controls computer operations and serves as the interface between users and application software. Application software allows users to perform specific tasks. The document then focuses on different types of application software used in schools, including instructional software to deliver instruction, productivity software to help teachers and students create materials and keep records, and administrative software to manage school operations and information. It provides examples for each type.
This document is a course syllabus for TECH 4240, a 3 credit hour online course on media usability studies. The course will examine usability of computer interfaces and how information is presented through hardware and software. Students will learn user-centered evaluation processes and apply usability testing strategies. The syllabus outlines course objectives, topics, assignments, grading scale, policies and expectations for online participation and interaction.
The document discusses Learner Management Systems (LMS) and focuses on Moodle as a free and open-source LMS. It provides an overview of Moodle's characteristics and functionality, including content delivery and assessment tools, collaboration features, and how Moodle supports constructivist learning models. Implementation tips are provided, such as planning delivery, linking activities to assessment, determining support needs, and considering external hosting options.
The document discusses the use of authoring software in English language teaching. It describes how authoring software allows teachers to create interactive exercises and assessments without needing programming knowledge. Teachers can incorporate multimedia like audio and video. While authoring software provides benefits like motivating students and accommodating different learning styles, it also has limitations such as a lack of interaction between students and teachers. When implemented appropriately with the right content and motivated students, authoring software can support second language acquisition.
This document discusses evaluating computer-based instruction using the multimedia authoring tool Hyper Studio. It outlines pedagogical and technical aspects to evaluate, including learning strategies, content accuracy, interactivity, navigation, and presentation. The document also describes how Hyper Studio allows flexibility and supports constructivist learning through student collaboration and presentation of projects involving various media. An evaluation strategy of peer observation is proposed to assess both the instruction and technical features of the software.
This document defines and discusses different types of instructional software. It outlines various instructional software programs like Rosetta Stone and WhiteSmoke Writer that teach language skills through immersion and grammar/style checking. The document also covers advantages like better learning and motivation, as well as limitations such as equipment requirements and limited intelligence.
This document outlines standards and criteria for developing effective e-learning content and courses. It discusses 15 key areas for course design including authority, content, multimedia, navigation, links, consistency, accessibility, orientation, interactivity, accuracy, safety, currency and costs. Specific criteria are provided for each area to ensure courses are well-designed, organized and meet quality guidelines. The document serves as a comprehensive rubric for instructional designers to develop e-learning content that is engaging, accessible and pedagogically sound.
Moodle is a free and open-source learning management system (LMS) that provides educators with tools to create online courses for students. It allows teachers to upload content like files, presentations, and videos, create assessments like quizzes and assignments, and track student participation through discussion forums and collaboration tools. Moodle uses a constructivist framework that emphasizes collaborative and hands-on learning through student-generated content. When implementing Moodle, educators should plan their delivery model, link activities to assessments, and consider peer review and knowledge sharing to fully utilize the system.
This document discusses various types of software tools that can support teaching and learning. It describes tools that can improve efficiency, productivity, the appearance of work, and information accuracy. Recent developments include increased use of PDAs and web connectivity. The document outlines materials generators, data collection and analysis tools, graphic tools, planning and reference tools, content-specific tools, desktop publishing software, and other forms of software tools like test generators and data collection tools. It provides examples and benefits of these different categories of educational software tools.
1. Universal Design for Learning (UDL) provides flexibility in curriculum and instructional methods to maximize learning for all students. It is based on three principles: multiple means of representation, expression, and engagement.
2. UDL can be implemented in the classroom through varying presentation methods, participation options, and forms of expression. Examples include using multiple media types, allowing choices in how students demonstrate knowledge, and providing flexible models of skilled performance.
3. Integrating technology and UDL allows for more flexible learning materials and making content accessible for diverse learners. Resources like the UDL Class Profile Maker can help teachers understand student needs and apply UDL principles.
This document discusses productivity software applications that can be used for language teaching and learning. It identifies several uses of applications like MS Word, presentation software, and spreadsheets. It provides examples of how these applications can be used to create learning plans, assessments, templates and graphic organizers. It also discusses how presentation software can help develop language macro skills like reading, writing, speaking and listening. Specific productivity applications are identified for creating and sharing documents, presentations and spreadsheets for language learning. Basic instructional design for preparing presentations is also outlined.
ePortfolios as Assistive Technology_Jan2017Jackie Mo
Using ePortfolios as Assistive Technology
Students and teachers can benefit from using electronic portfolios (ePortfolios) to showcase students' learning and progress towards academic goals. For students with disabilities, ePortfolios can serve as an assistive technology tool to demonstrate mastery of prescribed devices/software and critical thinking skills. When developed collaboratively, ePortfolios provide a scalable and flexible platform for students to organize work over time and showcase skills for future education or employment.
Reusing course components allows individual lessons and media elements developed for one course to be integrated into other courses. This reuse of materials benefits instruction by allowing course components to be delivered multiple times in different contexts. Effective technology tools for developing online programs include courseware authoring tools that create interactive content by organizing pages, lessons, text, graphics and other media. These tools work with other software for creating and compressing different media types.
This document discusses various online resources, educational sites, and portals that can be used by teachers. It provides descriptions of 12 tools, including Visme for creating infographics, Storybird for digital storytelling, Audacity for podcasts, Google Forms for surveys, Canva for photo editing and design, Quizizz for quizzing, Zoom for video conferencing, Adobe Captivate for authoring, Ezvid for video editing, Adobe Reader for PDFs, Pexels and Pixabay for royalty-free images, and Adobe Stock for stock photos, videos, audio and templates. Each tool is described in one or two paragraphs outlining its key features and usefulness for educational purposes.
The document discusses the components and processes involved in developing and implementing a learning management system (LMS). It describes the key roles and responsibilities in an LMS implementation team, which includes a project manager, instructional designer, subject matter experts, online trainers, and IT professionals. It also outlines the processes for course creation, testing, content storage, analysis and reporting, user registration, and learner tools/support. Recommendations are provided for equipment and technologies needed for an effective LMS project.
This document provides a course syllabus for TECH 4220, Information Policy Analysis. The syllabus outlines the instructor's contact information, course description and objectives, required materials, grading scale, and course structure. The course will examine current and pending legislation impacting information dissemination and explore the political, cultural, economic and social aspects of these policies. Students will analyze various types of policies governing information technology and identify strategies for developing, implementing, and revising effective IT policies. The course will be delivered entirely online through Canvas and involve weekly discussions, assignments, and other graded activities.
This document discusses using technology to support differentiated instruction, especially for reading. It provides strategies for differentiating content, process, and product using tools like graphic organizers projected for all students. Commercially available ebooks and reading websites can expand materials. Projecting writing allows all students to participate in editing. Websites like Book Builder and ReadWriteThink include lesson plans and activities. In conclusion, technology should be integrated throughout the curriculum to prepare students for the 21st century.
Resources To Support Library And Information Specialists Aug 09magsmckay
Resources to support inclusive practice. An overview of freeware assistive and enabling technologies to assist staff and students in schools, colleges and universities.
Presentation of the range of Access Apps partially funded by JISC which serve to assist users who may, for example, have difficulty reading on screen text.
Given at the Equality and Diversity day on the 17th November 2009.
This document discusses different types of computer software used in education. It explains that there are two main types of software: system software and application software. System software controls computer operations and serves as the interface between users and application software. Application software allows users to perform specific tasks. The document then focuses on different types of application software used in schools, including instructional software to deliver instruction, productivity software to help teachers and students create materials and keep records, and administrative software to manage school operations and information. It provides examples for each type.
This document is a course syllabus for TECH 4240, a 3 credit hour online course on media usability studies. The course will examine usability of computer interfaces and how information is presented through hardware and software. Students will learn user-centered evaluation processes and apply usability testing strategies. The syllabus outlines course objectives, topics, assignments, grading scale, policies and expectations for online participation and interaction.
The document discusses Learner Management Systems (LMS) and focuses on Moodle as a free and open-source LMS. It provides an overview of Moodle's characteristics and functionality, including content delivery and assessment tools, collaboration features, and how Moodle supports constructivist learning models. Implementation tips are provided, such as planning delivery, linking activities to assessment, determining support needs, and considering external hosting options.
The document discusses the use of authoring software in English language teaching. It describes how authoring software allows teachers to create interactive exercises and assessments without needing programming knowledge. Teachers can incorporate multimedia like audio and video. While authoring software provides benefits like motivating students and accommodating different learning styles, it also has limitations such as a lack of interaction between students and teachers. When implemented appropriately with the right content and motivated students, authoring software can support second language acquisition.
This document discusses evaluating computer-based instruction using the multimedia authoring tool Hyper Studio. It outlines pedagogical and technical aspects to evaluate, including learning strategies, content accuracy, interactivity, navigation, and presentation. The document also describes how Hyper Studio allows flexibility and supports constructivist learning through student collaboration and presentation of projects involving various media. An evaluation strategy of peer observation is proposed to assess both the instruction and technical features of the software.
This document defines and discusses different types of instructional software. It outlines various instructional software programs like Rosetta Stone and WhiteSmoke Writer that teach language skills through immersion and grammar/style checking. The document also covers advantages like better learning and motivation, as well as limitations such as equipment requirements and limited intelligence.
This document outlines standards and criteria for developing effective e-learning content and courses. It discusses 15 key areas for course design including authority, content, multimedia, navigation, links, consistency, accessibility, orientation, interactivity, accuracy, safety, currency and costs. Specific criteria are provided for each area to ensure courses are well-designed, organized and meet quality guidelines. The document serves as a comprehensive rubric for instructional designers to develop e-learning content that is engaging, accessible and pedagogically sound.
Immersive Learning That Works: Research Grounding and Paths ForwardLeonel Morgado
We will metaverse into the essence of immersive learning, into its three dimensions and conceptual models. This approach encompasses elements from teaching methodologies to social involvement, through organizational concerns and technologies. Challenging the perception of learning as knowledge transfer, we introduce a 'Uses, Practices & Strategies' model operationalized by the 'Immersive Learning Brain' and ‘Immersion Cube’ frameworks. This approach offers a comprehensive guide through the intricacies of immersive educational experiences and spotlighting research frontiers, along the immersion dimensions of system, narrative, and agency. Our discourse extends to stakeholders beyond the academic sphere, addressing the interests of technologists, instructional designers, and policymakers. We span various contexts, from formal education to organizational transformation to the new horizon of an AI-pervasive society. This keynote aims to unite the iLRN community in a collaborative journey towards a future where immersive learning research and practice coalesce, paving the way for innovative educational research and practice landscapes.
Current Ms word generated power point presentation covers major details about the micronuclei test. It's significance and assays to conduct it. It is used to detect the micronuclei formation inside the cells of nearly every multicellular organism. It's formation takes place during chromosomal sepration at metaphase.
Or: Beyond linear.
Abstract: Equivariant neural networks are neural networks that incorporate symmetries. The nonlinear activation functions in these networks result in interesting nonlinear equivariant maps between simple representations, and motivate the key player of this talk: piecewise linear representation theory.
Disclaimer: No one is perfect, so please mind that there might be mistakes and typos.
dtubbenhauer@gmail.com
Corrected slides: dtubbenhauer.com/talks.html
Authoring a personal GPT for your research and practice: How we created the Q...Leonel Morgado
Thematic analysis in qualitative research is a time-consuming and systematic task, typically done using teams. Team members must ground their activities on common understandings of the major concepts underlying the thematic analysis, and define criteria for its development. However, conceptual misunderstandings, equivocations, and lack of adherence to criteria are challenges to the quality and speed of this process. Given the distributed and uncertain nature of this process, we wondered if the tasks in thematic analysis could be supported by readily available artificial intelligence chatbots. Our early efforts point to potential benefits: not just saving time in the coding process but better adherence to criteria and grounding, by increasing triangulation between humans and artificial intelligence. This tutorial will provide a description and demonstration of the process we followed, as two academic researchers, to develop a custom ChatGPT to assist with qualitative coding in the thematic data analysis process of immersive learning accounts in a survey of the academic literature: QUAL-E Immersive Learning Thematic Analysis Helper. In the hands-on time, participants will try out QUAL-E and develop their ideas for their own qualitative coding ChatGPT. Participants that have the paid ChatGPT Plus subscription can create a draft of their assistants. The organizers will provide course materials and slide deck that participants will be able to utilize to continue development of their custom GPT. The paid subscription to ChatGPT Plus is not required to participate in this workshop, just for trying out personal GPTs during it.
Travis Hills' Endeavors in Minnesota: Fostering Environmental and Economic Pr...Travis Hills MN
Travis Hills of Minnesota developed a method to convert waste into high-value dry fertilizer, significantly enriching soil quality. By providing farmers with a valuable resource derived from waste, Travis Hills helps enhance farm profitability while promoting environmental stewardship. Travis Hills' sustainable practices lead to cost savings and increased revenue for farmers by improving resource efficiency and reducing waste.
Remote Sensing and Computational, Evolutionary, Supercomputing, and Intellige...University of Maribor
Slides from talk:
Aleš Zamuda: Remote Sensing and Computational, Evolutionary, Supercomputing, and Intelligent Systems.
11th International Conference on Electrical, Electronics and Computer Engineering (IcETRAN), Niš, 3-6 June 2024
Inter-Society Networking Panel GRSS/MTT-S/CIS Panel Session: Promoting Connection and Cooperation
https://www.etran.rs/2024/en/home-english/
EWOCS-I: The catalog of X-ray sources in Westerlund 1 from the Extended Weste...Sérgio Sacani
Context. With a mass exceeding several 104 M⊙ and a rich and dense population of massive stars, supermassive young star clusters
represent the most massive star-forming environment that is dominated by the feedback from massive stars and gravitational interactions
among stars.
Aims. In this paper we present the Extended Westerlund 1 and 2 Open Clusters Survey (EWOCS) project, which aims to investigate
the influence of the starburst environment on the formation of stars and planets, and on the evolution of both low and high mass stars.
The primary targets of this project are Westerlund 1 and 2, the closest supermassive star clusters to the Sun.
Methods. The project is based primarily on recent observations conducted with the Chandra and JWST observatories. Specifically,
the Chandra survey of Westerlund 1 consists of 36 new ACIS-I observations, nearly co-pointed, for a total exposure time of 1 Msec.
Additionally, we included 8 archival Chandra/ACIS-S observations. This paper presents the resulting catalog of X-ray sources within
and around Westerlund 1. Sources were detected by combining various existing methods, and photon extraction and source validation
were carried out using the ACIS-Extract software.
Results. The EWOCS X-ray catalog comprises 5963 validated sources out of the 9420 initially provided to ACIS-Extract, reaching a
photon flux threshold of approximately 2 × 10−8 photons cm−2
s
−1
. The X-ray sources exhibit a highly concentrated spatial distribution,
with 1075 sources located within the central 1 arcmin. We have successfully detected X-ray emissions from 126 out of the 166 known
massive stars of the cluster, and we have collected over 71 000 photons from the magnetar CXO J164710.20-455217.
EWOCS-I: The catalog of X-ray sources in Westerlund 1 from the Extended Weste...
TTl2.pdf
1. Republic of the Philippines
STO. NIÑO COLLEGE OF ORMOC
Ormoc City
TECHNOLOGY FOR TEACHING & LEARNING 2 - AL1
MODULE 3: USING OPEN-ENDED TOOLS IN FACILITATING LANGUAGE LEARNING
Lesson Outcomes
At the end of the module, the students should be able to:
⚫ Plan for language lessons that can be best presented using open-ended tols or
productivity software applications;
⚫ Explore for available open-ended tools for language teaching and learning;
⚫ Search for language tools for open-ended tools for the following skills:
❖ Listening
❖ Speaking
❖ Reading
❖ Writing; and
⚫ Demonstrate how these open-ended tools or productivity software applications
can be maximized for language teaching and learning.
Lesson 1: Productivity Software Applications for Language Teaching & Learning
Learning Outcomes:
At the end of the module, the students should be able to:
⚫ Identify uses of productivity software applications in the teaching-learning of
language
⚫ Share experiences in using productivity software applications as a language
learner
⚫ Explore samples of documents, presentations and spreadsheets that were used
in delivering learning plans for languages
⚫ Report new open-ended tools or productivity software applications that are
beneficial for language learning
Excite
Read the text found on page 73 of the Information Sheet and perform the Task
being asked.
Topics and Learning
Outcomes/Objectives
How Productivity software applications
or media tools were used to attain the
learning outcomes
2. Cell
1. Understand the structure and
function of cells.
Presentation Software (e.g., Microsoft
PowerPoint, Google Slides):
Create visually appealing presentations
to illustrate the structure and function
of cells.
Include diagrams, images, and
animations to enhance understanding
of cellular processes.
Organize information in a logical and
coherent manner to aid
comprehension.
2. Identify the different types of
cells and their characteristics.
3. Explain the processes involved in
cellular metabolism and energy
production.
4. Describe the mechanisms of cell
division and reproduction.
5. Understand the role of cells in
tissue formation and organ
development.
6. Recognize the importance of
cells in maintaining homeostasis
in the body.
7. Explain how cells communicate
and interact with each other.
2.Spreadsheet Software (e.g., Microsoft
Excel, Google Sheets):
Analyze and compare data related to
cell types and characteristics.
Perform calculations to understand
cellular metabolism and energy
production.
Create charts and graphs to visualize
data and trends.
3.Graphic Design Software (e.g., Adobe
Photoshop, Canva):
Design informative and engaging
infographics or posters about cell
division and reproduction.
Create visual representations of cellular
processes and organelles for better
understanding.
4.Animation Software (e.g., Adobe
Animate, Vyond):
Create animated videos or simulations
to demonstrate cellular processes, such
as cell communication and interaction.
Use storytelling and visual aids to make
complex concepts more accessible and
engaging.
5.Virtual Reality (VR) or Augmented
Reality (AR) Applications:
Provide immersive experiences where
students can explore a virtual cell or
3. observe cellular interactions in a 3D
environment.
Enhance spatial understanding and
visualization of cellular structures.
6.Online Interactive Modules or Web-
based Tools:
Utilize interactive modules or web-
based tools that allow students to
explore and manipulate cell structures
and functions.
Provide quizzes or interactive
assessments to test knowledge and
reinforce learning.
7.Online Videos and Animations:
Access educational videos or
animations available on platforms like
YouTube or Khan Academy to
supplement learning materials.
Watch visual demonstrations of cellular
processes and concepts for a more
comprehensive understanding.
Explore:
Read and understand the text found on page 74 -82 and answer the questions
found on page 82 items 1, 2 and 3.
Questions:
1. What are the advanyages of developing learning plans using a word processing
software application
1. What are the advanyages of developing learning plans using a word
processing software application?
Developing learning plans using a word processing software application offers
several advantages:
Organization and Structure: Word processing software provides tools for creating
well-structured and organized documents. You can easily create headings,
subheadings, bullet points, and numbering to outline your learning plan. This helps
you maintain a clear and logical structure, making it easier for learners to follow.
Formatting Options: Word processing software allows you to format your learning
plans with different fonts, colors, and styles. This enables you to emphasize
important points, highlight key concepts, and create visually appealing materials.
4. Formatting options also make it easier to differentiate between different sections
and elements of the learning plan.
Collaboration and Sharing: Word processing software often offers collaborative
features, allowing multiple individuals to work on the learning plan simultaneously.
This is particularly beneficial for instructional designers, trainers, or educators who
need to collaborate with colleagues or subject matter experts. Additionally, you can
easily share the document electronically with learners or stakeholders, either as a
printable document or in a digital format.
Editing and Revising: Learning plans may require frequent revisions and updates as
new information becomes available or based on feedback. Word processing
software enables you to make quick edits, insert or delete content, and reorganize
sections easily. It also provides tools for spell-checking, grammar checking, and word
count, ensuring accuracy and professional presentation.
Templates and Customization: Many word processing software applications offer
pre-designed templates for creating learning plans. These templates provide a
starting point and structure, saving time and effort in creating a plan from scratch.
You can customize these templates to suit your specific requirements, incorporating
your organization's branding, logos, and formatting preferences.
Multimedia Integration: Learning plans often benefit from the inclusion of
multimedia elements such as images, videos, or hyperlinks to external resources.
Word processing software allows you to embed or link multimedia content within
the document. This enhances engagement and interactivity, making the learning
plan more dynamic and visually appealing.
Version Control: Word processing software usually provides version control
capabilities, allowing you to track changes, compare different versions, and revert to
previous iterations if needed. This feature is valuable when working on iterative
updates of the learning plan or when collaborating with others, ensuring that you
have a record of the document’s evolution.
Accessibility and Portability: Most word processing software supports accessibility
features, such as screen reader compatibility, color contrast settings, and alternative
text for images. This ensures that learners with disabilities can access and engage
with the learning plan effectively. Additionally, word processing documents can be
easily saved and shared in various formats (e.g., PDF), making them portable across
different devices and operating systems.
Overall, using a word processing software application to develop learning plans
enhances efficiency, collaboration, customization, and presentation. It provides a
range of tools and features that support the creation of well-structured, visually
appealing, and accessible learning materials.
5. 2. Based on the example, what are the special features of word application software
that are beneficial in organizing the information required in any learning documents?
1. Based on the example, what are the special features of word application
software that are beneficial in organizing the information required in any
learning documents?
Word application software, such as Microsoft Word, offers several special features
that are beneficial in organizing information required in learning documents. Here
are some of these features:
Formatting Tools: Word provides a wide range of formatting tools that allow users to
organize and structure their content effectively. You can apply various font styles,
sizes, colors, and formatting options like bold, italics, underline, and more to
highlight important information or create visual hierarchy.
Headers and Footers: Word allows you to add headers and footers to your
documents, which are useful for including page numbers, document titles, chapter
headings, and other relevant information. This feature helps in organizing and
navigating through lengthy learning materials.
Styles and Themes: Word offers pre-defined styles and themes that enable
consistent formatting throughout the document. You can apply styles to headings,
subheadings, paragraphs, and other elements to maintain a professional and
organized appearance.
Table of Contents: Creating a table of contents in Word is a powerful feature for
organizing and providing quick access to different sections of a learning document.
Word can automatically generate and update the table of contents based on the
headings and subheadings in your document.
Bulleted and Numbered Lists: Word’s bullet and numbering features make it easy to
create lists and organize information in a structured manner. You can use bulleted
lists for items without a specific order and numbered lists for sequential or
hierarchical information.
Tables and Grids: Word allows you to create tables and grids to present data or
organize information in a tabular format. Tables are beneficial for displaying
comparisons, organizing data, or creating schedules and timelines.
Images and Graphics: Word supports the insertion of images, shapes, charts, and
other visual elements. Adding relevant images or diagrams can enhance the learning
experience and improve the organization and presentation of information.
6. Hyperlinks and Cross-References: Word enables the creation of hyperlinks to
external resources, web pages, or other sections within the same document. Cross-
references allow you to link to specific sections, figures, tables, or footnotes, aiding
navigation and providing additional context.
Collaboration and Comments: Word offers collaboration features, allowing multiple
users to work on the same document simultaneously. Additionally, users can leave
comments, make suggestions, or provide feedback, making it easier to organize and
incorporate input from various stakeholders.
Spell Check and Grammar Correction: Word includes a spell check and grammar
correction feature that helps in ensuring the accuracy and professionalism of the
content. It assists in identifying and fixing spelling errors, grammar mistakes, and
other language-related issues.
Overall, the special features of Word application software make it a versatile tool for
organizing and presenting information effectively in learning documents, helping
users create well-structured, visually appealing, and accessible materials.
3. What additional features of word applications do you think are beneficial in
preparing the following in your language class:
a. Pamphlets for learning second language or a foreign language;
b. Brochures doe the different macro skills;
c. charts and graphs for language acquisition activities;
d. Worksheets for language drills; and
e. Language assessment tools
a. Pamphlets for learning a second language or a foreign language:
Interactive exercises: Word applications can include interactive exercises in
pamphlets, such as fill in the blanks, matching exercises, or multiple-choice
questions. These activities can engage learners and provide immediate feedback on
their progress.
Multimedia integration: Word applications can support the inclusion of multimedia
elements like audio clips, videos, or images in pamphlets. These resources can
enhance language learning by providing authentic language samples, pronunciation
practice, and visual aids.
7. b. Brochures for the different macro skills:
Templates and formatting options: Word applications provide a wide range of pre-
designed templates and formatting options that can help create visually appealing
brochures. These templates can be customized to match the specific needs and
content related to each macro skill.
Collaboration features: Word applications often have collaborative features, allowing
multiple individuals to work on the same document simultaneously. This can be
useful for group projects or peer editing, where students can collaborate on creating
brochures for different macro skills.
c. Charts and graphs for language acquisition activities:
Data visualization tools: Word applications offer various tools to create charts,
graphs, and other visual representations of data. These features can be used to
present language acquisition data, track progress over time, or illustrate language
learning concepts.
Customizable visuals: Word applications allow users to customize the appearance of
charts and graphs, including colors, labels, and titles. This flexibility enables language
teachers to create visually engaging and informative charts tailored to their specific
needs.
D. Worksheets for language drills:
Form creation: Word applications can facilitate the creation of forms or templates
for language drills. These forms can include spaces for students to write or type their
answers, making it easy to create and distribute worksheets for language practice.
Answer key integration: Word applications allow for the seamless integration of
answer keys into worksheets. Teachers can include answer sections or provide
separate answer sheets for students to check their responses.
d. Language assessment tools:
Rubrics and grading criteria: Word applications can be used to design and format
rubrics and grading criteria for language assessments. Teachers can create tables,
columns, and checkboxes to evaluate different aspects of language proficiency.
Commenting and reviewing features: Word applications provide commenting and
reviewing features, allowing teachers to provide feedback directly on the assessment
tool. This can be done by highlighting areas that need improvement or leaving
comments for students to review and learn from.
Overall, word applications offer a range of beneficial features for preparing various
materials in language classes, including interactive exercises, multimedia integration,
templates, collaboration features, data visualization tools, customizable visuals, form
creation, answer key integration, rubrics, grading criteria, and
commenting/reviewing features. These features can enhance the teaching and
learning experience, promoting engagement, interactivity, and effective assessment
in language classrooms.
8. Examine:
Activity 1: Developing Your Learning Plan
In this step, you will be mapping the content of your learning using the template
provided below. The template parts were considered as these are essential in
developing a learning plan and are based on the principles of ICT-pedagogy
integration principles. Remember that this is the starting point of your major
requirement in this course and you will be modifying it as the succeeding activities in
the succeeding modules are discussed and developed.
In developing the learning plan summary and learning outcomes, be reminded
of the need to integrate any of the learning approaches (I.e., project-based learning,
inquiry-based learning and research-based learning whichever is applicable) to have
the opportunity to be able to evaluate the extent of demonstration of the
performance standards of your unit. Moreover, you must bear in mind that you also
need to integrate ICT in your pedagogical procedures to make sure that your learning
plan delivery will be enhanced by the appropriateness of your technology
integration. This will serve as an evidence of your understanding and appreciation of
the lessons of this course.
STEP 1: The Learning Are of the Learning Plan
Identify the learning area language education that your plan will cover. Is it
English, Filipino, Mother Tongue, or other Foreign Language Course. What year level
and what grading period?
Science(9): Grade 9-Living Things and Their Environment FIRST QUARTER/ FIRST
GRADING PERIOD
Learning area:The learners demonstrate an understanding of: 1. how the different
structures of the drculatory and respiratory systems work together to transport
oxygen-rich blood and nutrients to the different parts of the body 2. the prevention,
detection, and treatment of diseases affecting the drculatory and respiratory
systems.
STEP 2: The Specific Coverage of the Learning Plan
Identify the topics which your teaching will cover. Give a brief description of the
main concepts that must be learned by your students during this lesson.
Topic: Respiratory and Circulatory Systems Working with the other Organ Systems
Description:
The respiratory and circulatory systems are vital for maintaining the overall function
and homeostasis of the human body. These systems work closely with other organ
9. systems to ensure the delivery of oxygen, removal of carbon dioxide, and
transportation of essential nutrients throughout the body.
STEP 3: K to 12 Standards and Competencies
Identify the Basic Education Competencies, with the content and performance
standards, that are targeted by your learning plan. This will ensure that the students
meet important curriculum standards and goals. Focus on few targeted
competencies to ensure that this will be fully demonstrated by your students at the
end of the implementation of the learning plan. Search for the Curriculum Guide
from the official website of Deped.
CONTENT STANDARDS:The learners demonstrate an understanding of 1. how the
different structures of the drculatory and respiratory systems work together to
transport oxygen-rich blood and nutrients to the different parts of the body 2. the
prevention, detection, and treatment of diseases affecting the drculatory and
respiratory systems
PERFORMANCE STANDARDS:The learners should be able to: conduct an information
dissemination activity on effective ways of taking care of the respiratory and
drculatory systems based on data gathered from the school or local health workers.
Learning COMPETENCY : The leamers should be able to explain how the respiratory
and circulatory systems work together to transport I nutrients, gases, and other
molecules to and from the different parts of the body
2. Infer how one's lifestyle can affect the functioning of respiratory and
circulatory systems;
STEP 4: The Learning Plan Summary
Briefly describe the topics, key activities, student products and possible roles
that students assume in a project scenario.
Key Activities:
Understanding the respiratory and circulatory systems: Students will learn about the
structure and functions of the respiratory and circulatory systems, including the
organs involved, their roles, and how they work together.
10. Interactions with other organ systems: Students will explore how the respiratory and
circulatory systems interact with other organ systems in the body, such as the
digestive, nervous, and muscular systems.
Case studies and problem-solving: Students will engage in case studies and problem-
solving activities to analyze real-life scenarios where the respiratory and circulatory
systems collaborate with other systems to maintain homeostasis.
Hands-on experiments and demonstrations: Students will participate in hands-on
experiments and demonstrations to observe the functioning of the respiratory and
circulatory systems, as well as their interactions with other systems.
Research and presentations: Students will conduct research on specific topics related
to the respiratory and circulatory systems working with other organ systems, and
they will present their findings to the class.
Student Products:
Research papers: Students will write research papers on selected topics,
summarizing their findings and insights into the interactions between the respiratory
and circulatory systems and other organ systems.
Case study analyses: Students will analyze case studies that involve complex
interactions between the respiratory and circulatory systems and other organ
systems, providing explanations and potential solutions.
Hands-on experiment reports: Students will write reports documenting their
observations and conclusions from the hands-on experiments and demonstrations
conducted during the learning process.
Presentations: Students will create presentations to share their research findings and
present their understanding of the topic to the class.
Possible Roles:
Researchers: Students can assume the role of researchers, conducting in-depth
investigations into specific aspects of the respiratory and circulatory systems’
interactions with other organ systems.
Problem solvers: Students can work collaboratively to analyze case studies and solve
problems related to the integration of the respiratory and circulatory systems with
other systems in the body.
Experimenters: Students can actively participate in hands-on experiments and
demonstrations, recording their observations and drawing conclusions based on
their findings.
Presenters: Students can prepare presentations to communicate their research and
understanding of the topic, sharing their insights with the rest of the class.
Note: The specific activities, products, and roles may vary depending on the
curriculum, educational level, and teaching approach. This description provides a
general overview of what could be involved in a project scenario focused on the
respiratory and circulatory systems working with other organ systems.
11. STEP 5: The Learning Objectives of Learning Outcomes of the Learning Plan
Based on the standards and competencies identified by DepEd for the Learning
Plan Topic, list the general objectives that focus on your learning concepts.
1. Understand the structure and functions of the respiratory and circulatory
systems.
2. Describe the interrelationships between the respiratory and circulatory
systems and other organ systems in the human body.
3. Explain how the respiratory and circulatory systems work together to
maintain homeostasis in the body.
4. Identify the major organs and components of the respiratory and circulatory
systems.
Activity 2: Up - to - Date and Emerging Productivity Tools for Language Teaching
In an increasingly digital learning environment, the rapid change of technology
requirements in delivering the language curriculum is a fact of life and is inevitable.
Hence, in this activity, you will be tasked to report some of the latest and also the
emerging hardware and software applications that can be maximized by any
language teacher.
STEP 1: Review all the open-ended tools or productivity tools presented and
discussed by your TTL2 teacher in the previous modules.
STEP 2: Search from the World Wide WEb some new or emerging productivity tools
that were not presented by your TTL2 teacher.Moreover, you may inquire about
these from some colleagues or other teacher who are knowledgeable of some of
these. Note what yo have researched.
STEP 3: Prepare the results of your inquiry by filling up the table below:
No. Productivity
Tools
Features Language Skills
that can be
Developed by
the Usage
1.
Project
Management
Tools:
1. Task tracking
and
assignment:
These tools
Collaboration
and
communication:
Tools with built-
12. allow users to
create, assign,
and track tasks,
helping develop
skills in task
management
and delegation.
2. Progress
monitoring:
Users can
monitor project
progress,
timelines, and
milestones,
aiding in
developing
skills related to
project
planning and
execution.
in collaboration
features
facilitate team
communication,
fostering skills
in written and
verbal
communication
and
collaboration.
2.
Time Tracking
and
Management
1. Time tracking: Users
can record the time
spent on different
tasks or projects,
aiding in time
management and
improving awareness
of time allocation.
2.Activity logging:
These tools log
activities and provide
insights into how time
is spent, helping users
identify productivity
patterns and areas for
improvement.
Goal setting
and reminders:
Users can set
goals,
deadlines, and
receive
reminders,
promoting goal-
oriented
behavior and
time
management
skills.
3.
Note-Taking
and
Documentation
Tools:
1. Digital note-
taking: Users
can create and
organize digital
notes,
promoting skills
in capturing and
organizing
information
effectively.
Search and
retrieval:
Advanced
search
capabilities help
users locate
information
quickly,
improving
information
13. 2. Document
collaboration:
Tools that
support
collaborative
editing enable
users to work
on documents
simultaneously,
enhancing skills
in teamwork
and document
management.
retrieval and
research skills.
4 Communication
and
Collaboration
Tools:
1. Instant
messaging and
video
conferencing:
These tools
facilitate real-
time
communication,
promoting skills
in written and
verbal
communication,
remote
collaboration,
and active
listening.
2. File sharing and
version control:
Users can share
files,
collaborate on
documents, and
manage version
control,
enhancing skills
in document
collaboration
and file
management.
Virtual
collaboration
spaces: Tools
that offer
virtual
workspaces
foster skills in
remote
collaboration,
teamwork, and
project
management.
5
Automation
and Workflow
Tools:
1. Task
automation:
Users can
automate
repetitive tasks,
Data analysis
and
visualization:
Tools that
provide data
14. freeing up time
for more
complex or
creative work,
and developing
skills in process
optimization
and workflow
management.
2. Integration with
other apps:
Tools that
integrate with
other
applications
streamline
workflows,
fostering skills
in utilizing
technology for
seamless work
processes.
analysis and
visualization
capabilities
support
decision-making
and analytical
skills.
Prepared by:
IMELDA A. AMODIA
Instructor