My presentation to JCIP 2015 trainees on "Practical Tools for Learning". These include SQ3R, portfolios/reflective notes, concept maps, and a critical analysis framework.
The Team at UHPS as put together what we believe are critical skills that essential to inquiry based learning. We then scoped and sequenced them to acknowledge what we will expect at each grade level. K-8
This document discusses podcasting as a tool for education. It provides examples of how podcasts can be used for language arts, professional development, and communicating with parents and the community. It also outlines the skills needed to create podcasts, including content knowledge, writing, collaboration, and technology skills. Students can research topics, write scripts, and publish podcasts globally. Minimal equipment is required and podcasting allows for meaningful learning opportunities.
This document outlines the 8 stages of guided inquiry: Open, Immerse, Explore, Identify, Gather, Create, Share, and Evaluate. Each stage is described in terms of the cognitive processes employed, affective domain elements students may experience, key competencies developed, and potential classroom activities. The stages progress from engaging students and building background knowledge to defining an inquiry question, researching topics in depth, creating and sharing outcomes, and finally evaluating the inquiry process.
This document discusses rethinking different aspects of education, including differentiation, technology, reading, writing, space, time, and connections. The key ideas are:
1) Differentiation should be purpose-driven and focus on what students will know and be able to do, and how they will change.
2) Technology use, reading, and writing approaches should be task-based, environmentally centered, and student-centered.
3) Learning spaces should not isolate students in rectangles but connect them to the real world, and time in school should serve learning rather than a delivery schedule.
4) Education should join students to the world by helping them build their own connections through choice and networks.
This document provides guidance on teaching analysis skills aligned with the Common Core State Standards. It outlines a three-phase model for teaching, practicing, and applying analysis. The first phase involves explicit instruction using the PART strategy: previewing the whole situation, assessing similarities and differences, reorganizing by similarities and differences, and turning the analysis into a summary. Instructional strategies like concept maps are embedded to support analysis. The document also provides examples of how analysis is used in various school subjects and careers.
This document provides a three-phase model for teaching analysis as required by the Common Core State Standards. The phases are: 1) explicit teaching of analysis using a motivational exercise and the PART strategy of previewing, assessing similarities and differences, reorganizing by categories, and creating a summary; 2) applying analysis to a classroom content lesson; and 3) facilitating a standards-based performance task requiring analysis. Key aspects of the model include using instructional strategies like concept mapping to support sorting ideas, and reflecting on the analysis process. The goal is to help students learn and demonstrate rigorous analysis skills needed for both academic and career success.
The document discusses establishing learning goals and determining student readiness. It provides examples of how teachers:
1. Use evidence from student work to set learning goals aligned with curriculum standards and provide rubrics illustrating levels of proficiency.
2. Engage students by stimulating interest, assessing prior knowledge through questions, and determining each student's understanding to focus learning.
3. Consider strategies for determining student attitudes, experiences, and knowledge as a starting point for learning, including interviews, questioning, and graphic organizers.
Essential Questions for Enduring UnderstandingCarla Piper
This document discusses essential questions, Understanding by Design, and Common Core standards. It provides information on Bloom's taxonomy, framing essential questions, the three stages of UbD (desired results, evidence, and learning plan), ensuring enduring understanding, integrating performance tasks and projects, and research and digital literacy skills in the Common Core. The overall purpose is to help educators design curriculum and assessments focused on developing student understanding.
The Team at UHPS as put together what we believe are critical skills that essential to inquiry based learning. We then scoped and sequenced them to acknowledge what we will expect at each grade level. K-8
This document discusses podcasting as a tool for education. It provides examples of how podcasts can be used for language arts, professional development, and communicating with parents and the community. It also outlines the skills needed to create podcasts, including content knowledge, writing, collaboration, and technology skills. Students can research topics, write scripts, and publish podcasts globally. Minimal equipment is required and podcasting allows for meaningful learning opportunities.
This document outlines the 8 stages of guided inquiry: Open, Immerse, Explore, Identify, Gather, Create, Share, and Evaluate. Each stage is described in terms of the cognitive processes employed, affective domain elements students may experience, key competencies developed, and potential classroom activities. The stages progress from engaging students and building background knowledge to defining an inquiry question, researching topics in depth, creating and sharing outcomes, and finally evaluating the inquiry process.
This document discusses rethinking different aspects of education, including differentiation, technology, reading, writing, space, time, and connections. The key ideas are:
1) Differentiation should be purpose-driven and focus on what students will know and be able to do, and how they will change.
2) Technology use, reading, and writing approaches should be task-based, environmentally centered, and student-centered.
3) Learning spaces should not isolate students in rectangles but connect them to the real world, and time in school should serve learning rather than a delivery schedule.
4) Education should join students to the world by helping them build their own connections through choice and networks.
This document provides guidance on teaching analysis skills aligned with the Common Core State Standards. It outlines a three-phase model for teaching, practicing, and applying analysis. The first phase involves explicit instruction using the PART strategy: previewing the whole situation, assessing similarities and differences, reorganizing by similarities and differences, and turning the analysis into a summary. Instructional strategies like concept maps are embedded to support analysis. The document also provides examples of how analysis is used in various school subjects and careers.
This document provides a three-phase model for teaching analysis as required by the Common Core State Standards. The phases are: 1) explicit teaching of analysis using a motivational exercise and the PART strategy of previewing, assessing similarities and differences, reorganizing by categories, and creating a summary; 2) applying analysis to a classroom content lesson; and 3) facilitating a standards-based performance task requiring analysis. Key aspects of the model include using instructional strategies like concept mapping to support sorting ideas, and reflecting on the analysis process. The goal is to help students learn and demonstrate rigorous analysis skills needed for both academic and career success.
The document discusses establishing learning goals and determining student readiness. It provides examples of how teachers:
1. Use evidence from student work to set learning goals aligned with curriculum standards and provide rubrics illustrating levels of proficiency.
2. Engage students by stimulating interest, assessing prior knowledge through questions, and determining each student's understanding to focus learning.
3. Consider strategies for determining student attitudes, experiences, and knowledge as a starting point for learning, including interviews, questioning, and graphic organizers.
Essential Questions for Enduring UnderstandingCarla Piper
This document discusses essential questions, Understanding by Design, and Common Core standards. It provides information on Bloom's taxonomy, framing essential questions, the three stages of UbD (desired results, evidence, and learning plan), ensuring enduring understanding, integrating performance tasks and projects, and research and digital literacy skills in the Common Core. The overall purpose is to help educators design curriculum and assessments focused on developing student understanding.
Direct experiences are the most effective type of instructional material according to Dale's Cone of Experience. These are concrete, firsthand experiences that form the foundation of learning. To make learning effective through direct experiences, students should be given opportunities to learn by doing hands-on activities with real materials. Their senses should be developed fully to immerse them in experiences, and they should be guided to draw meaning and think at a higher level about what they directly experienced.
Conceptual understanding develops through experiences, observations, reflections and applying skills, which allows people to continually build knowledge. Children learn concepts naturally through this ongoing process, with adults helping by providing experiences, asking questions, and reflecting on learning. Developing skills enables deeper understanding of ideas and thoughts over time through a cycle of new information influencing further exploration.
This document appears to be notes from a teacher training session on mentoring and curriculum planning. It includes examples of icebreakers and activities for mentors and mentees, an explanation of backwards curriculum design, and templates for identifying learning goals and designing assessment tasks and lesson plans aligned to curriculum expectations.
- The document discusses using reflective practice to improve teaching, specifically for information literacy educators.
- It explores key theories on reflection, including reflection-in-action and reflection-on-action. Reflection provides a way to actively think about and improve one's professional development.
- Practical skills and tools for reflective practice are presented, including reflective writing, discussion, and using a pedagogic planner to design inquiry-based learning experiences and identify areas for improvement.
The document discusses the educational value of digital storytelling. It notes that stories are powerful ways for people to remember and explain things. The document then describes how digital storytelling is being used at Simmons College, including as introductory and culminating assignments. Student feedback indicates they found digital storytelling engaging and memorable. The document also examines what story creators say about the process, relating it to embodied learning principles. It suggests digital storytelling allows for reflection, expression across media, and connecting learning to other experiences.
Active learning requires engagement, concentration, and managing yourself, assignments, and others. The document discusses cognitive psychology, neuroscience, multi-tasking, learning styles including visual, auditory, and tactile/kinesthetic, multiple intelligences, and concentration. Successful academic behaviors include attending class, being on time, reviewing notes, forming study groups, and collaborating with others.
How to Make Infographics with Students the Easy WayEasel.ly
Infographics are powerful visuals that communicate information, data, or knowledge. They’ve been around forever, but it is a rising content type used in teaching and across all industries to present information to a wide range of audiences. Students encounter infographics in their daily lives, and they will continue to do so in college and into their careers. Teaching infographics is a great way for students to understand the importance of communicating visually with an audience. You'll also be helping them to build their visual and data literacy skills! So, if you’re ready to dive into the world of infographics with your students, you should watch this webinar!
We’ll walk you through
-Introducing infographics to your students!
-Key steps to making an infographic - from research to publishing!
-Easel.ly’s design tool for making infographics the easy way!
-Our Educator Discount!
1. The document discusses knowledge transfer and development in education, including defining knowledge and knowledge management.
2. It explores different teaching styles like lecturing, recitals, and tutorials that can be used to integrate knowledge and ensure learning and transfer has occurred.
3. Effective teaching requires engaging students through examples, questions, and active learning to help students apply and develop knowledge.
Knowledge transfer comprises strategies used in organizations to identify, create, distribute, and enable adoption of insights and experiences. Effective knowledge transfer requires understanding knowledge at different levels, from specific facts to general theories, and applying this knowledge in various contexts. It also important to engage students actively in the learning process through questioning, examples, and opportunities to develop their understanding, in order to ensure knowledge is successfully transferred.
This document provides information and strategies for differentiated instruction. It discusses recognizing student diversity, increasing skills in lesson design, and knowing students and content. Motivation comes from self-efficacy, feedback, and control over success. Differentiation considers student readiness, interests, and learning profiles. Teachers can differentiate content, process, and product. Strategies include flexible groupings, choice, graphic organizers, and varied assessments. The goal is for students to access content in different ways and demonstrate learning through multiple options.
The document discusses using technology to support student learning. It outlines several principles of good teaching practice, including encouraging student-staff contact, active learning, and high expectations. It also discusses various technologies that can impact student learning, such as clickers, blogs, wikis, and peer/self-assessment tools. Turnitin software is mentioned as a way to help identify plagiarism.
The document describes an agenda for a workshop on differentiation and Understanding by Design (UbD). The workshop will cover Stage 3 of UbD, which focuses on determining what learners need to meet desired performance goals and how to best use classroom time. Participants will discuss key concepts like why a "one size fits all" approach does not work, learner profiles, and differentiation. The document also outlines essential questions and enduring understandings for the workshop, including explaining differentiation and its relationship to curriculum. Participants will learn strategies for hooking students, equipping them with skills and knowledge, providing opportunities for reflection and revision, and tailoring activities to individual needs.
The Connections Methodology Explained: Why We Do What We Do
The Connections methodology integrates a personalized and humane approach to education with the objectives of professional quality, celebrating diversity, and catalyzing new experiences to stimulate innovation in education. Their courses are based on evidence from educational research and neuroscience. They use a flipped classroom model, differentiate instruction, focus on visible thinking and writing, and see learning as a social construct. Their methodology includes mini-libraries of varied resources, discussion forums to apply concepts and build community, and synchronous class sessions for in-depth discussion.
This document discusses action research, which aims to help teachers improve their practice by critically reflecting on what is happening in their classrooms. The key aspects of action research highlighted include focusing on interests relevant to teaching, engaging teachers in inquiry to challenge their assumptions, and contributing to the professional knowledge of schools. Examples of action research topics and a suggested structure for conducting action research over terms 1-4 are also provided.
The document discusses the history and key principles of constructivism and constructionism in instructional design. It covers theorists like Piaget, Vygotsky, Bruner, Papert and models like cognitive apprenticeship. Constructivism views learning as an active process where learners construct new ideas based on their existing knowledge. Constructionism builds on this, emphasizing that learning happens most effectively when people actively make things in the real world. The document also outlines principles for constructivist teaching, including asking open-ended questions and encouraging collaboration, reflection and problem-solving.
Sharpe, R. (2007) Experiences of learning in a digital age. Keynote at the Irish Learning Technology Association conference, EdTech 2007, 24 – 26 May, Dublin Institute of Technology, Dublin
The document discusses Jerome Bruner's constructivist learning theory, which posits that learning is an active process where learners construct new ideas based upon their current and past knowledge. It emphasizes that learning should involve exploring large concepts, inquiry-based learning, and making connections between ideas. According to constructivism, knowledge is temporary, culturally mediated, and developed through language. The roles of the teacher involve posing problems, structuring learning around core concepts, seeking student perspectives, and adapting instruction based on student understanding.
The document provides information about inquiry-based learning and instruction. It discusses inquiry-based learning as a student-centered approach that shifts away from linear teaching methods. Students lead inquiries, not teachers, who take on a supportive role. Inquiry can be used at any grade or developmental level based on the idea that people learn through exploration. The document then provides examples of how to structure inquiry-based lessons and questions.
How to Plan a OBE Lesson incorporating ICT to support aspects of Learning & Thinking
In the Classroom by Ceanlia Vermeulen attending the
INNOVATE 2008 SCHOOLS’ ICT CONFERENCE
CAPE TOWN 1-3 OCTOBER 2008
“The aim of this session is to enhance your reflection in preparation for the assignment by sharing your evaluations and responding to others. You will present your three extended, reflective lesson evaluations, focusing on your pedagogical issue or question and making explicit links to theory and research. You should draw on a wide range of reading that will reflect your knowledge and understanding of the curriculum area, of teaching and learning issues and of reflective practice.”
Direct experiences are the most effective type of instructional material according to Dale's Cone of Experience. These are concrete, firsthand experiences that form the foundation of learning. To make learning effective through direct experiences, students should be given opportunities to learn by doing hands-on activities with real materials. Their senses should be developed fully to immerse them in experiences, and they should be guided to draw meaning and think at a higher level about what they directly experienced.
Conceptual understanding develops through experiences, observations, reflections and applying skills, which allows people to continually build knowledge. Children learn concepts naturally through this ongoing process, with adults helping by providing experiences, asking questions, and reflecting on learning. Developing skills enables deeper understanding of ideas and thoughts over time through a cycle of new information influencing further exploration.
This document appears to be notes from a teacher training session on mentoring and curriculum planning. It includes examples of icebreakers and activities for mentors and mentees, an explanation of backwards curriculum design, and templates for identifying learning goals and designing assessment tasks and lesson plans aligned to curriculum expectations.
- The document discusses using reflective practice to improve teaching, specifically for information literacy educators.
- It explores key theories on reflection, including reflection-in-action and reflection-on-action. Reflection provides a way to actively think about and improve one's professional development.
- Practical skills and tools for reflective practice are presented, including reflective writing, discussion, and using a pedagogic planner to design inquiry-based learning experiences and identify areas for improvement.
The document discusses the educational value of digital storytelling. It notes that stories are powerful ways for people to remember and explain things. The document then describes how digital storytelling is being used at Simmons College, including as introductory and culminating assignments. Student feedback indicates they found digital storytelling engaging and memorable. The document also examines what story creators say about the process, relating it to embodied learning principles. It suggests digital storytelling allows for reflection, expression across media, and connecting learning to other experiences.
Active learning requires engagement, concentration, and managing yourself, assignments, and others. The document discusses cognitive psychology, neuroscience, multi-tasking, learning styles including visual, auditory, and tactile/kinesthetic, multiple intelligences, and concentration. Successful academic behaviors include attending class, being on time, reviewing notes, forming study groups, and collaborating with others.
How to Make Infographics with Students the Easy WayEasel.ly
Infographics are powerful visuals that communicate information, data, or knowledge. They’ve been around forever, but it is a rising content type used in teaching and across all industries to present information to a wide range of audiences. Students encounter infographics in their daily lives, and they will continue to do so in college and into their careers. Teaching infographics is a great way for students to understand the importance of communicating visually with an audience. You'll also be helping them to build their visual and data literacy skills! So, if you’re ready to dive into the world of infographics with your students, you should watch this webinar!
We’ll walk you through
-Introducing infographics to your students!
-Key steps to making an infographic - from research to publishing!
-Easel.ly’s design tool for making infographics the easy way!
-Our Educator Discount!
1. The document discusses knowledge transfer and development in education, including defining knowledge and knowledge management.
2. It explores different teaching styles like lecturing, recitals, and tutorials that can be used to integrate knowledge and ensure learning and transfer has occurred.
3. Effective teaching requires engaging students through examples, questions, and active learning to help students apply and develop knowledge.
Knowledge transfer comprises strategies used in organizations to identify, create, distribute, and enable adoption of insights and experiences. Effective knowledge transfer requires understanding knowledge at different levels, from specific facts to general theories, and applying this knowledge in various contexts. It also important to engage students actively in the learning process through questioning, examples, and opportunities to develop their understanding, in order to ensure knowledge is successfully transferred.
This document provides information and strategies for differentiated instruction. It discusses recognizing student diversity, increasing skills in lesson design, and knowing students and content. Motivation comes from self-efficacy, feedback, and control over success. Differentiation considers student readiness, interests, and learning profiles. Teachers can differentiate content, process, and product. Strategies include flexible groupings, choice, graphic organizers, and varied assessments. The goal is for students to access content in different ways and demonstrate learning through multiple options.
The document discusses using technology to support student learning. It outlines several principles of good teaching practice, including encouraging student-staff contact, active learning, and high expectations. It also discusses various technologies that can impact student learning, such as clickers, blogs, wikis, and peer/self-assessment tools. Turnitin software is mentioned as a way to help identify plagiarism.
The document describes an agenda for a workshop on differentiation and Understanding by Design (UbD). The workshop will cover Stage 3 of UbD, which focuses on determining what learners need to meet desired performance goals and how to best use classroom time. Participants will discuss key concepts like why a "one size fits all" approach does not work, learner profiles, and differentiation. The document also outlines essential questions and enduring understandings for the workshop, including explaining differentiation and its relationship to curriculum. Participants will learn strategies for hooking students, equipping them with skills and knowledge, providing opportunities for reflection and revision, and tailoring activities to individual needs.
The Connections Methodology Explained: Why We Do What We Do
The Connections methodology integrates a personalized and humane approach to education with the objectives of professional quality, celebrating diversity, and catalyzing new experiences to stimulate innovation in education. Their courses are based on evidence from educational research and neuroscience. They use a flipped classroom model, differentiate instruction, focus on visible thinking and writing, and see learning as a social construct. Their methodology includes mini-libraries of varied resources, discussion forums to apply concepts and build community, and synchronous class sessions for in-depth discussion.
This document discusses action research, which aims to help teachers improve their practice by critically reflecting on what is happening in their classrooms. The key aspects of action research highlighted include focusing on interests relevant to teaching, engaging teachers in inquiry to challenge their assumptions, and contributing to the professional knowledge of schools. Examples of action research topics and a suggested structure for conducting action research over terms 1-4 are also provided.
The document discusses the history and key principles of constructivism and constructionism in instructional design. It covers theorists like Piaget, Vygotsky, Bruner, Papert and models like cognitive apprenticeship. Constructivism views learning as an active process where learners construct new ideas based on their existing knowledge. Constructionism builds on this, emphasizing that learning happens most effectively when people actively make things in the real world. The document also outlines principles for constructivist teaching, including asking open-ended questions and encouraging collaboration, reflection and problem-solving.
Sharpe, R. (2007) Experiences of learning in a digital age. Keynote at the Irish Learning Technology Association conference, EdTech 2007, 24 – 26 May, Dublin Institute of Technology, Dublin
The document discusses Jerome Bruner's constructivist learning theory, which posits that learning is an active process where learners construct new ideas based upon their current and past knowledge. It emphasizes that learning should involve exploring large concepts, inquiry-based learning, and making connections between ideas. According to constructivism, knowledge is temporary, culturally mediated, and developed through language. The roles of the teacher involve posing problems, structuring learning around core concepts, seeking student perspectives, and adapting instruction based on student understanding.
The document provides information about inquiry-based learning and instruction. It discusses inquiry-based learning as a student-centered approach that shifts away from linear teaching methods. Students lead inquiries, not teachers, who take on a supportive role. Inquiry can be used at any grade or developmental level based on the idea that people learn through exploration. The document then provides examples of how to structure inquiry-based lessons and questions.
How to Plan a OBE Lesson incorporating ICT to support aspects of Learning & Thinking
In the Classroom by Ceanlia Vermeulen attending the
INNOVATE 2008 SCHOOLS’ ICT CONFERENCE
CAPE TOWN 1-3 OCTOBER 2008
“The aim of this session is to enhance your reflection in preparation for the assignment by sharing your evaluations and responding to others. You will present your three extended, reflective lesson evaluations, focusing on your pedagogical issue or question and making explicit links to theory and research. You should draw on a wide range of reading that will reflect your knowledge and understanding of the curriculum area, of teaching and learning issues and of reflective practice.”
The document discusses different learning theories that underlie directed and constructivist approaches to technology integration. Directed approaches are based on behaviorist, information processing, and cognitive behavioral theories and aim to clearly define skills and content. Constructivist approaches are based on social activism, social cognitive, scaffolding, child development, discovery, and multiple intelligences theories and focus on abstract concepts through collaboration and alternative demonstrations of competence. The document provides examples of how different technologies can be used based on these theories and when each approach is best suited.
This document provides tips for conducting asynchronous and synchronous online assessment. It discusses establishing clear criteria and objectives, building a learning community, considering quality of participation, and dealing with ambiguity. It notes both benefits and difficulties of synchronous assessment, emphasizing that it should be student-focused and based on constructivism. The document concludes by outlining activities to conclude an online course, such as parting gifts where students share what they learned, and reflecting on the most important thing learned.
Applying Brain Science in Online Learning Design: A Practical Approach; Alan Hiddleston, D2L. Presentation originally prepared by Sarah Nicholl, D2L.
Presentation at the Brightspace London Connection, May 18. 2017. Canada House in Trafalgar Square.
The document discusses ePortfolios and how they can incorporate elements of social networking to support lifelong learning. Some key points:
1) EPortfolios have traditionally been used in education to store work, reflect on learning, and showcase achievements, while social networks more recently facilitate sharing experiences and networking.
2) These boundaries are blurring as ePortfolios adopt social networking strategies like blogs, comments, and connections with a personal learning network to better support intrinsic motivation and deep learning.
3) An integrated ePortfolio/social network approach can help learners find voice and passion through autonomy, mastery, and purpose - key elements of intrinsic motivation - to make learning self-directed and lifelong.
The document discusses the benefits of eLearning and classroom blogging. It states that eLearning can assist connections between learners and facilitate shared learning. Blogging provides an authentic audience, motivates engagement, and helps develop skills like collaboration and digital citizenship. Effective blogging involves using tools to teach skills like research, critical thinking, and presentation. Blogging can be used for displaying work, learning in real-time through collaboration, and as a catalyst for learning.
Similar to Learning and Research - Junior Camp Internship Programme (20)
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
-------------------------------------------------------------------------------
Find out more about ISO training and certification services
Training: ISO/IEC 27001 Information Security Management System - EN | PECB
ISO/IEC 42001 Artificial Intelligence Management System - EN | PECB
General Data Protection Regulation (GDPR) - Training Courses - EN | PECB
Webinars: https://pecb.com/webinars
Article: https://pecb.com/article
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...
Learning and Research - Junior Camp Internship Programme
1. Learning & Research
Junior Camp Internship Programme | 16th June 2015
Gameli Adzaho | Webster University | Accra, GAR
2. Yesterday, we missed…
JCIP is the brainchild of Thelma Boamah
Education specialist
GT member (GT Diaspora)
SIT Graduate Institute alumnus
Won $10,000 grant from World Learning with support from GT Diaspora
4. Why Do We Learn?
To know and understand things
To gain new skills
To solve problems
Discussion: how do you learn?
Sources: Books, the Internet, people, places, media
Methods: reading, watching videos, working, playing, travelling
5. Learning: Digital Vs Traitional
Digital age
multi tasking
non linear approaches
processing discontinued
information
iconic skills first
connected
collaborative
active
learning by playing
fantasy
technology as friend
Traditional
mono tasking
linear approaches
processing single information
flows
reading skills first
stand alone
competitive
passive
separating learning and
playing
reality
technology ?
Taken out from author Mark Prensky
8. Critical Analysis
It involves thinking deeply about different parts of the material and how it all
ties in together
Ask yourself: “what does it mean to me and others”?
9. Model Analytical Framework
Reflect – be aware of your own reaction to the information
Question – the purpose, assumptions, implications of the text.
Identify – the line of argument in the text, the stance of the author
Evaluate – the strength/value of the argument – e.g. what evidence is used
to support the argument? Is it reliable/valid?
Compare – with other arguments, stances
What, How, Why, Where?
10. Activity
Working in pairs, extract the main info in assigned text using SQ3R
Critically appraise the material using the provided framework
11. Reflective Learning
Reflection can be defined as the “process of internally examining and
exploring an issue of concern, triggered by an experience” (Boyd & Fales,
1983)
“I have not observed/learnt until I have made a record”
Gibb’s Reflective Cycle
12. Portfolio
A portfolio is a collection of evidence that learning has taken place.
It can be in the form of a reflective diary or electronic records
Reports: text-based, images, videos, soundfiles, linklist with comments
Reflection on group work, practice, projects
It forces you to reflect on what you have learnt and how this can improve activities in the
future
This helps youn to become more critical thinkers and to develop writing and multimedia
skills
TUTOR
PEERSSTUDENT
STUDENT
13. Reflection Template
Learning
Activity/Experience
Date Backdrop Awareness What next? Date
Be specific! Date of your
experience/activity
What was the
situation?
What did I do well?
What did I do less
well?
What was I trying to
achieve?
What prior
knowledge/experienc
e(s) did I draw from?
What was I
thinking and
feeling?
What have I learnt
about myself and
my approach to
the situation?
What were the
consequences of
my
actions/behaviour
during the
activity?
How did others
respond to my
actions & what
might they have
been
thinking/feeling?
After time has
passed, do I
know look
back and
think
differently on
the
experience.
What might I
do differently
in the future?
How
successful
were these
changes in a
future
experience?
Date of
reflection or
changes
Source: University of Exeter Medical School
14. Concept Maps
A Concept map is a graphic that shows the connections between a
concept or topic with other concepts
By exploring various relationships, the learner gains deeper insights into a
subject matter, and its larger implications
Aids easy recall of definitions, facts, etc
15. Building Concept Maps
Start with the main idea
Determine the key concepts
Rank the ideas from most general
to specific
Connect concepts using linking
words/phrases
Tools:
Paper & pen/pencil
Digital tools: bubble.us,
text2mindmap.com
16. In Summary
Reflection aids learning, and this can be done with the aid of various tools
SQ3R is an effective way to extract information from text
Critical analysis enables learners to get to the facts behind information
received
Concept maps makes it easier to recall facts, link topics together, and
brainstorm ideas
A portfolio or reflective diary helps one to take stock of progress of learning