1) The document discusses two tweets from a principal in Ottawa, Canada about innovative approaches to teaching mathematics and developing critical thinking skills.
2) One tweet recommends having students estimate answers to division problems before learning procedures, and gives an example of a student successfully solving a long division problem by estimating.
3) The other tweet discusses preparing students for today's information age by encouraging divergent thinking over repetitive memorization, and ways to develop critical thinking by understanding students' reasoning for answers instead of just correcting them.
This document discusses effective questioning techniques for teachers. It outlines objectives of developing teachers' self-awareness of their questioning, identifying features of good questioning, and enhancing planning and professional development related to questioning. It describes different types of questions and their purposes. It emphasizes that questioning is important for student learning and progress, and explores strategies for making effective use of questioning in the classroom.
This document discusses how to create effective assignments for students. It notes that ineffective assignments do not clearly explain what students are supposed to learn or accomplish. Effective assignments have clear standards, objectives, and activities with specified purposes. Teachers should determine what they want students to learn and accomplish, write each assignment as a single sentence objective, give students a copy of the objectives, and post the objectives for reference. This helps students understand what is expected and ensures mastery learning rather than "mystery learning" where students are lost.
This document discusses problem solving skills and methods. It states that problems are an inevitable part of life and work that we must learn to overcome. It identifies several key steps in problem solving, including defining the problem, finding facts, generating ideas, selecting a solution, planning, implementing, and taking action. It also emphasizes the importance of having a positive attitude, thinking openly without prejudice, using assertive language, and addressing problems in an easy manner in order to solve them effectively. The document advocates for eradicating bias when solving problems by giving equal opportunities, listening to different perspectives, and respecting others.
Effective questioning techniques (aslam)Aslam Malik
The document discusses different types of questions teachers can ask students, including yes/no, either/or, and WH questions, and provides examples. It also covers strategies for eliciting short and long answers and different methods for organizing question-answer work in the classroom, noting that strategy B of pausing for students to think before choosing one to answer is generally most effective.
This document provides advice on promoting positive relationships and avoiding or resolving conflicts with various groups in the educational setting, including students, parents, teachers, administrators, and support staff. It emphasizes establishing trust, clear expectations, effective communication, listening, empathy, fairness, choosing battles wisely, and focusing on resolving issues rather than assigning blame. It also stresses putting the interests of students first, maintaining professionalism, and remembering that parents and administrators should usually be considered right even if incorrect at times.
The document discusses effective questioning techniques for teaching and learning. It identifies 4 aims: 1) review questioning techniques, 2) identify techniques and examples, 3) identify merits of techniques related to Bloom's taxonomy, and 4) use interactive blended learning. The document provides information on different questioning techniques, examples of using techniques, and tasks participants to identify and plan how to apply techniques in the future.
The document discusses George Polya's four-step process for mathematical problem solving - understanding the problem, devising a plan, implementing the plan, and reflecting on the solution. It provides examples of strategies teachers can use to help students with each step, such as paraphrasing problems, estimating solutions, using logical reasoning and Venn diagrams, and discussing different problem-solving approaches.
The document discusses the importance of asking questions as a nurse. It notes that nurses ask an average of 400 questions per day, which is over 70,000 questions per year. It also states that one-third of teaching time for nurses is spent asking questions, with most questions being answered within a second. The document emphasizes that it is important for nurses to not only understand the types of questions to ask, but also how to ask questions effectively through tactics like structuring, pitching clearly, directing, pausing, prompting, listening, and sequencing. It provides tips for nurses on how to effectively ask and handle questions, including preparing questions in advance, pausing to allow time to respond, calling on learners by name, listening to
The document discusses various questioning techniques for trainers, including different types of questions and ways to handle answers. It provides guidance on responding to correct, incorrect, and partially correct answers, as well as how to handle when a student does not provide an answer. The document also discusses allowing appropriate wait time after asking questions to improve the quality of student responses. Prolonging wait time encourages more thoughtful answers rather than just quick responses.
Brainstorming is a creative process where students generate numerous ideas without evaluation. During brainstorming, all ideas are accepted and shared to encourage participation. It allows for collaborative idea sharing and teamwork. While it takes time and requires discipline from students, brainstorming fosters creative thinking and confidence for students to participate. The teacher facilitates by managing discussion and ensuring all students contribute without judgment. It is best used for cooperative learning when generating ideas for a task.
The document summarizes Andy's situation as an 11-year-old boy who hates science and always fails his science tests. He has low self-worth and his teacher has low expectations of him and shouts at him. At home, Andy lacks self-discipline and is unable to focus. The document then analyzes three problems with Andy's current situation: 1) The teacher is not sensitive to students' feelings, 2) The reward system demoralizes other students, and 3) The teaching style is ineffective. Several theories on pedagogy and learning are presented, and potential solutions are role played to address each problem by making the teacher more encouraging, fair, and engaging.
The document describes several problems with Andy's science teacher and learning environment. The teacher has low expectations of Andy and shouts at students (Problem 1). The teacher also only praises one high-performing student, making other students like Andy feel demoralized (Problem 2). Lessons are taught through repetitive memorization rather than engaging methods, and the teacher shows no empathy (Problem 3).
This document discusses strategies for asking follow-up questions of students to further their learning. It provides examples of different types of questions, including probing questions that ask for more clarity or depth, challenging questions that require reevaluation or justification, and bridging questions that connect a topic to another example. Higher-order questions are encouraged that promote application, analysis, synthesis and evaluation of concepts. Suggestions are also given for ways students can generate their own questions, such as through peer assessment and formulating questions for the teacher.
Stretch and challenge big question lesson planningMrsMcGinty
The document describes a lesson plan that uses a "Big Question" approach to engage students in critical thinking about the iPhone. The central question - "Is the iPhone a positive or negative innovation?" - is presented to students at the start. Throughout the lesson, the teacher provides more information that allows students to continually revisit and refine their answer to the question. First, students learn how iPhone production boosts Asian economies, making them view the iPhone more positively. However, after learning about poor working conditions, some students change their view and see negatives. By the end of the lesson, students can thoughtfully justify their stance using evidence they have learned. The Big Question structure provides clarity and allows students to see their own progression in developing
The document outlines the characteristics of successful students, which include always attending class on time and prepared, reviewing notes daily, completing all homework and assignments, asking questions when unsure of concepts, seeking help from teachers when falling behind, finding study partners, and setting regular times to do homework. Successful students also regularly attend class, turn in neat assignments, communicate needs for extra help to teachers, pay attention in class, identify important topics for focus, set goals, and schedule study time.
Purpose of asking question in the classroomShahid Khan
This document discusses the purpose and benefits of asking questions in the classroom. It states that asking questions enhances the teaching and learning process, helps motivate students to learn, develops students' thinking abilities, checks their understanding, and discovers their interests in the subject. The document provides guidelines for effective questioning techniques such as addressing the whole class, allowing time for students to think, nominating students to answer, and providing feedback.
The document outlines a physical education lesson plan about stress management. The lesson has students identify causes of stress, ways to minimize stress, and stress diversion activities. Students will participate in a relaxation activity and create a stress book. They will then identify how they will handle stress and present on types of stress and stress management. The presentation will be evaluated using a rubric focusing on knowledge of stress types and effective communication.
1) Mr. Cook believes that the mathematical practices of "modeling with mathematics" and "persevering in solving problems" are most important. He also thinks shifts 2 (conceptual understanding) and 6 (applications) are most important in 4th grade as they encourage reasoning and problem solving.
2) Mr. Cook completed a self-assessment tool to evaluate his use of the classroom shifts. He uses application problems and gallery walks to showcase shifts 2 and 4.
3) To improve, Mr. Cook and the assistant will use a textbook figure to plan lessons incorporating the practices, shifts, and focus zones. They will also use illustrativemathematics.org to find tasks ensuring coverage of all elements.
The documents discuss essential questions, which make students think more deeply about a topic rather than just looking up simple answers. Essential questions do not have yes or no answers and require research and thought to fully respond to. Developing essential questions engages students' curiosity and helps define what it means to be human. The documents recommend having students help generate essential questions for a topic as this makes them more invested in finding answers through additional research.
The document discusses essential questions and how they differ from trivial questions. Essential questions require deeper thought and have no simple or definite answer. They engage critical thinking and imagination. Several articles explore the traits of essential questions, such as addressing important topics, evolving over time, and frustrating researchers. The summaries emphasize that essential questions spark curiosity and make learning more meaningful compared to just looking up answers.
To those who would like to have a copy of this slide, just email me at martzmonette@yahoo.com and please tell me why would you want this presentation. Thank you very much and GOD BLESS YOU
Applying of Critical Thinking Skills in the ClassroomAmeer Al-Labban
The document discusses activities and exercises teachers can use to develop critical thinking skills (CTS) in students. It explains that CTS are important for students to efficiently understand and analyze information. The document then lists and describes various classroom activities that can help students develop CTS, including brainstorming, classification, asking open-ended questions, decision-making, group work, accepting different viewpoints, making connections, inspiring creativity, quantitative exercises, and writing papers. These activities encourage students to think independently, consider multiple perspectives, apply knowledge, and express themselves.
The document outlines the problem solving method, which involves using a process of reflective thinking or reasoning to find solutions to problems. It defines problem solving as using rules to achieve goals or as concept formation and discovery learning. The key steps in the problem solving method are: 1) identifying and defining the problem clearly, 2) analyzing the problem by identifying given facts, 3) formulating tentative hypotheses to search for tentative solutions, 4) testing hypotheses to find a valid solution, and 5) verifying and checking results. The method helps develop reasoning skills but requires talented teachers and is not suitable for lower classes.
Questioning: Assessing how students think. (An interview with John Yeo)John Yeo
1) The document discusses the importance of using questions to help students think beyond just finding correct answers. It explains how asking good questions can enhance student thinking and help teachers assess learning.
2) It provides examples of how teachers can anticipate student responses to questions to better understand their thinking and scaffold their learning. Teachers should also use questioning purposefully and create contexts to harness group learning and deepen inquiry.
3) Effective questioning allows students to think more deeply, not just within the lesson but afterwards as well. Questions can motivate learning by getting students interested in finding answers rather than just remembering facts.
Chapter 4 critical creative and practical thinkingsthilms
This document discusses critical, creative, and practical thinking when asking questions and solving problems. It defines the three types of thinking as: [1] Critical thinking involves asking different questions from multiple sources and using logic to evaluate responses. [2] Creative thinking uses brainstorming and considering alternative perspectives to solve problems in new ways. [3] Practical thinking applies past experiences and knowledge to analyze information and remove limitations when taking real-world action. The document provides an example of using these thinking skills to choose a math professor.
Teacher training course quit keeping-usjackson9007
Find out about attaining qualified teacher status and how teacher training http://teachertrainer.com/ can help you develop the skills you need to become an effective teacher, and to achieve qualified teacher status you need to complete an teacher training course.
The document discusses the importance and art of questioning. It defines questioning techniques as methods used to promote effective discussions and learning through constructing and presenting questions. Good questioning is important for student interaction, challenging students, and allowing teachers to assess learning. There are different types of questions that serve different purposes, from lower-order questions testing basic knowledge to higher-order questions promoting analysis, evaluation and creative thinking. Teachers must aim to ask a variety of effective questions and avoid common pitfalls like only asking simple factual questions.
Questioning is one of the most important skills that a teacher must have in order to translate or decode those that are written in the books into a meaningful learning experience. It is skill that will illicit learners to think deeper and enhance their reasoning abilities. Thus, asking questions should not just be mere questioning it must a form a question that will allow the learners think out of the box answers and make meaning of their learning. Hence questions shout be HOTS or those questions that will enable learners higher order thinking skills. because the way to assimilate knowledge through allowing learners to connect the knowledge they have learned in the classroom into meaningful learning experiences that they may apply in the real world. Because learning must be directed towards holistic development of the child, it should allow him to develop a decision-making skill by way of developing his way of thinking, giving questions that will allow him to think deeper and give answers that will be more than the expected response to the problem.
The document discusses the importance and art of questioning. It defines questioning techniques as methods used to promote effective discussions and learning through constructing and presenting questions. Good questioning is important for interaction, challenging students, and assessing learning. There are different types of questions like open-ended, closed, higher-order thinking questions. Effective questioning should reinforce objectives, engage students, and promote reasoning. Teachers must evaluate if their questions promote higher-order thinking skills.
The document discusses the importance and art of questioning. It defines questioning techniques as methods used to promote effective discussions and learning through constructing and presenting questions. Good questioning is important for student interaction, challenging students, and allowing teachers to assess learning. There are different types of questions that serve different purposes, from lower-order questions testing basic knowledge to higher-order questions promoting analysis, evaluation and creative thinking. Teachers must aim to include a variety of question types and avoid common pitfalls to make questioning an effective teaching strategy.
This document summarizes Tim Gascoigne's reflections on attending the EARCOS 2012 conference workshop on developing mathematical practices led by Euling Monroe. Some key points from the workshop included a focus on developing students' oral language and vocabulary around mathematics, providing meaningful tasks rather than just activities, and ensuring lessons include engagement, differentiation and scaffolding to support all students. The workshop challenged Tim's approach and provided strategies to improve his mathematics instruction, particularly in supporting English language learners.
1. The document discusses Bloom's Taxonomy, which is a classification system that organizes questions into six levels of complexity from lowest to highest: knowledge, comprehension, application, analysis, synthesis, and evaluation.
2. Each level represents a different type or depth of understanding. Knowledge questions test basic recall, while comprehension questions involve explaining or summarizing. Higher levels like analysis, synthesis, and evaluation require breaking down information and creative or judgment-based thinking.
3. Using a variety of question types from all levels is important for helping students learn at different depths and avoid simply memorizing facts. Teachers should aim to incorporate higher-level questions alongside basic recall questions.
The document discusses various strategies for motivating, teaching, and supporting students who struggle academically. It provides summaries of remedial strategies for math, reading, and general education. These include using manipulatives and visual aids in math, fill-in-the-blank story maps and predicting activities in reading, and warm-up exercises, explicit instruction of problem-solving steps, and identifying clue words in all subjects. The document advocates for these strategies by explaining how they make material more concrete, activate prior knowledge, and help students comprehend and master challenging concepts.
This document summarizes observations of two 8th grade social studies teachers, Ms. Davis and Ms. Webster, who co-taught a lesson. It includes artifacts and pictures from the classroom showing study materials used. It also transcribes interviews with one of the teachers about challenges in middle school teaching, classroom management strategies, communicating with parents, effective teaching strategies, and ways to motivate students.
The document discusses inquiry and problem-based learning, cooperation, and collaboration. It then provides examples of how problem-based learning could be implemented in a Year 3 lesson on weather patterns. Students would research weather conditions, work in groups to share ideas and responsibilities, and the teacher could assess success through the educational experience. The role of teachers in developing thinking skills is also discussed, such as creating a culture of thinking through making thinking visible and providing feedback, as well as explicitly teaching skills like perseverance, flexibility, and creativity. Potential disadvantages of group learning are mentioned, like uneven workloads if lazy students don't contribute or more socializing than learning if friends are grouped together.
This essay discusses the author's desire to become a teacher. The author wants to give back to their community through education, as teaching is part of their family's heritage. They believe in John Dewey's progressive teaching philosophy of incorporating different styles and making learning fun and engaging for students. The author plans to use diverse activities, projects, and experiences to keep students active and help them learn in different ways.
INTRODUCTION :-
Problem-solving methods, attempts is made this minds of the pupils by confronting them with real problem and giving them opportunity and freedom to solve them. The major purpose of the poblem , as it is used in school , is to afford training to the pupils in thinking in solving the problem mentally.
DEFINITION
Meaning:- It is an attempt made to train minds of the pupils by confronting them with real problems and giving them the opportunity and freedom to solve them.
According to yokam and simpson “problem solving is a problem occurs in a situation in which a felt diffculty to act is realized. It is a difficulty is clearly present and recognized by the thinker. It may be purely mental difficult or it may be physical and involve the manipulation of data. Individual recognizes it as a challenges.”
According to gates “ A problem exists for an individual when he has a definite goal he can not reach by the behavior pattern which he already has available”.
This chapter discusses the power of questions to invite learning and foster human connection. It argues that asking questions comes naturally to humans and is how we learn from a young age through curiosity and engaging with others. The brain's natural tendency is bottom-up processing to find things of interest, which can then lead to top-down processing when we focus our attention. Questions remind us that learning is wired into our brains and tapping into curiosity invokes engagement. Questions also build relationships as they demand responses and connect people in conversations. Effective teachers use questions strategically to engage students and encourage dialogue rather than monologue. Questions are key to educational change by focusing thinking and driving critical conversations.
This lesson plan aims to teach 3rd grade students about the history and changes of the Olympics over time. The teacher will use a variety of methods including a digital poster, YouTube video, blogs, PowerPoint, Facebook, wiki, and SmartBoard activity. Students will work independently and collaboratively to identify similarities and differences between past and present Olympics by creating timelines and commenting on blogs. The teacher will assess students throughout the lesson through observation, questions, and checking their work to ensure they understand the changes in the Olympics and can accurately describe them.
Instagram is a free mobile app that allows users to take and share short video and photo clips. It promotes collaboration by linking posts to Facebook and Twitter, and also allows direct messaging between followers. This allows for effective discussion and sharing of work in progress. Instagram would be useful in classrooms for student portfolios and collaboration on group projects. Parents could see and engage with their child's work by viewing the school's Instagram account. The app is easy to use - you can sign up, follow friends, like and comment on posts, and send private messages with photos and videos.
The teacher will teach a 3rd grade class about the Olympics. The class has 22 students from diverse backgrounds. The lesson objectives are for students to identify and describe Olympic symbols, mottos, and traditions with 95% accuracy. Various methods will be used, including posters, QR codes linked to websites, and iPads for students to create podcasts in groups. Students will participate in an activating activity called "chalk talk" and use the materials to fill out charts and create podcasts explaining Olympic concepts, which will be posted online. The teacher will evaluate understanding through observation, checking student work, and revising as needed.
This document outlines a lesson plan for a 3rd grade class to learn about the Olympics. The teacher will use various digital tools and media to engage different learning styles. Students will use WebQuests to research Olympic sports and athletes. They will share their findings on Pinterest and create avatars to represent athletes on Second Life. Throughout the lesson, the teacher will assess comprehension through class discussions, checking student work, and an exit ticket to test their understanding of Olympic athletes and sports. The goal is for students to identify, describe and compare Olympic athletes and sports with 95% accuracy.
This lesson plan aims to teach 3rd grade students about the history and changes in the Olympics over time. The teacher will use various digital tools and media to engage different learning styles. Students will watch a storytelling video, create a timeline using PowerPoint, and comment on a class blog. The teacher will assess students' understanding through observation, checking their work, and reading their blog comments. The goal is for students to understand key changes in the Olympics past to present with 80% accuracy.
This lesson plan aims to teach 3rd grade students about the Olympics. The teacher will use a YouTube video they created, GoNoodle activities, and a Pinterest board to engage a diverse class of 22 students, some with IEPs, in learning about health, fitness, and Olympic sports. Students will keep health journals tracking their activity and diet for a week. They will also post videos of themselves doing an activity from the Pinterest board on the class Facebook page. The teacher will evaluate students through class discussions, monitoring participation in activities, watching Facebook videos, and reviewing health journals.
Michelle Martin will teach a 3rd grade class about the Olympics and host countries' cultures. Students will research countries assigned to them in small groups and create presentations including Voki videos and PowerPoint posters depicting the culture. To assess learning, Martin will observe group work, ask questions, and review student presentations to ensure they accurately portrayed 5-6 facts and cultural aspects of their assigned country with 80% accuracy.
This document outlines a 5-day unit plan for teaching a 3rd grade class about the Olympics. The unit will explore the history and traditions of the Olympics, host countries and cultures, Olympians and sports. Technology like YouTube, computers, PowerPoint and a SMART board will be used to present information and videos. Students will research an Olympian and country to create a project demonstrating their understanding. A class page, blogs, podcasts and Second Life will also be incorporated for discussion and assessment of student learning. The goal is for students to recognize and apply concepts about the Olympics with 70% accuracy.
Professor Harold Blanco tweets valuable information for new teachers on using social media appropriately. A student found his tweet about 7 rules for social media as a teacher to be very helpful, reminding teachers to keep private matters private and use social media to engage students. The student appreciated that most of Blanco's tweets shared resources for incorporating technology into teaching, while also providing personal details to help followers get to know him outside of his work.
Michael Zimmer tweeted about various educational tools for teachers to incorporate technology into their classrooms. However, the tweets provided links to find the tools but lacked information on how to implement them. One tweet about science resources for making science fun from pre-k through high school was useful. Another tweet discussed ClassCharts, a free tool for creating seating charts and tracking student behavior, which could help teachers identify patterns in how students act depending on who they sit by.
Steven Anderson is a top innovator in education known for co-creating #edchat. The document discusses two articles about using social media in the classroom found through reviewing Anderson's tweets. The first article details using Twitter to continue classroom discussions after class and finding experts on topics, providing tools and safety features. The second discusses using multiple social media platforms like Facebook, Twitter, Instagram and YouTube to engage students at different levels and allow them to review lessons multiple times.
George Couros is a principal passionate about education and connecting with staff and students. He believes connecting with students shows staff you care about what matters most to them. Two articles he referenced criticized common core standards. One discussed teachers protesting tests for English learners, feeling it unfair and counter to building students up. The other said common core eliminated things like art and music, overloading students with homework so they cannot play, diminishing childhood and making learning unfun. The author agrees, arguing standardized tests disadvantage English learners and excessive homework promotes sedentary lifestyles, discouraging learning by taking away childhood.
Critical thinking is an important skill that helps students be better prepared for the real world and workforce. It involves actively conceptualizing, applying, analyzing, synthesizing, and evaluating information to reach conclusions. The document discusses how teaching critical thinking develops skills like comprehending relationships among data, applying concepts to new situations, breaking down information into parts, combining ideas, and making judgments. It also provides examples of how technology like podcasts, YouTube, Photoshop, QR code scavenger hunts and WebQuests can promote critical thinking by engaging students in analysis, research, and persuading peers. The presentation discussed defining and applying the six degrees of critical thinking, then concluded by emphasizing that critical thinking helps with different perspectives, creative
The document outlines a 5-day lesson plan for a 3rd grade class to learn about the Olympics. Day 1 will cover the history of the Olympics from past to present. Day 2 will focus on Olympic symbols, mottos and traditions. Students will learn about the culture of different host countries on Day 3. Day 4 will explore Olympians. Finally, Day 5 will teach about health and fitness important for athletes and students. A variety of technologies like YouTube, computers, PowerPoint and SMARTBoard will be used to engage students and help them learn. The goal is for students to recognize and apply Olympic concepts with 70% accuracy through videos, books and individual projects.
The document outlines a 5-day unit plan for a 3rd grade class to learn about the Olympics. The unit will teach students about the history and traditions of the Olympics through exploring videos, books and creating projects depicting Olympians and host countries. Each day focuses on a different topic: Day 1 is history, Day 2 symbols and traditions, Day 3 host country cultures, Day 4 Olympians, and Day 5 health and fitness lessons from the Olympics. Technology like YouTube, computers, PowerPoint and a SMARTBoard will be used to research and present information. The goal is for students to recognize and apply Olympic concepts with 70% accuracy.
This document discusses critical thinking and ways to implement it in the classroom using technology. It defines critical thinking as actively conceptualizing, applying, analyzing, synthesizing, and evaluating information to reach a conclusion. The document recommends tools like podcasts, YouTube videos, Photoshop, QR codes, and web quests to get students to analyze information from different perspectives. It also provides examples of using blogs and videos to promote critical thinking about topics like trees and the environment. The conclusion states that critical thinking aids students by helping them think independently and consider various points of view.
The document provides step-by-step instructions for creating a composite beach scene photo in Photoshop. It describes opening three source images, resizing the ocean photo, cutting out a dolphin and sandcastle using selection tools, placing the cutouts over the ocean background as new layers, transforming and adjusting the layers, and adding effects like glow. The overall process involved preparing layers, precise selection and deletion, transformation and positioning of elements, and basic adjustments to blend the composite image.
This document outlines a lesson plan for teaching first grade special education students the months of the year. The teacher will use a variety of hands-on methods, like singing a song and playing a matching game in small groups, to engage the students, many of whom have ADHD. Materials like a smartboard, videos, and handouts will be used. Students will participate in large group instruction, small group activities, and individual projects. Their understanding will be evaluated through informal questioning, observation during activities, and assessment of completed worksheets and demonstrations of knowledge. Feedback will also be gathered from students on what they learned and which activities they enjoyed.
This document contains a rubric for assessing student work on a video or PowerPoint project about beach volleyball. The rubric evaluates students on four categories: teamwork, concept, research, and information. For teamwork, students are scored based on how regularly they meet and contribute to discussions. For concept, they are scored on how clear their vision is for the final product and how well team members can describe their contributions. For research, they are scored on the quality of their notecards summarizing sources. For information, they are scored on how many required elements from their WebQuest they include in their presentation.
This document contains a rubric for assessing a student group project on beach volleyball. It evaluates them on four categories: teamwork, concept, research, and information. For a top score, the group must meet regularly, contribute equally, have a clear shared understanding of their goal, cite multiple credible sources in their notes, and include most of the required elements in a clear presentation.
Codeavour 5.0 International Impact Report - The Biggest International AI, Cod...Codeavour International
Unlocking potential across borders! 🌍✨ Discover the transformative journey of Codeavour 5.0 International, where young innovators from over 60 countries converged to pioneer solutions in AI, Coding, Robotics, and AR-VR. Through hands-on learning and mentorship, 57 teams emerged victorious, showcasing projects aligned with UN SDGs. 🚀
Codeavour 5.0 International empowered students from 800 schools worldwide to tackle pressing global challenges, from bustling cities to remote villages. With participation exceeding 5,000 students, this year's competition fostered creativity and critical thinking among the next generation of changemakers. Projects ranged from AI-driven healthcare innovations to sustainable agriculture solutions, each addressing local and global issues with technological prowess.
The journey began with a collective vision to harness technology for social good, as students collaborated across continents, guided by mentors and educators dedicated to nurturing their potential. Witnessing the impact firsthand, teams hailing from diverse backgrounds united to code for a better future, demonstrating the power of innovation in driving positive change.
As Codeavour continues to expand its global footprint, it not only celebrates technological innovation but also cultivates a spirit of collaboration and compassion. These young minds are not just coding; they are reshaping our world with creativity and resilience, laying the groundwork for a sustainable and inclusive future. Together, they inspire us to believe in the limitless possibilities of innovation and the profound impact of young voices united by a common goal.
Read the full impact report to learn more about the Codeavour 5.0 International.
Benchmarking Sustainability: Neurosciences and AI Tech Research in Macau - Ke...Alvaro Barbosa
In this talk we will review recent research work carried out at the University of Saint Joseph and its partners in Macao. The focus of this research is in application of Artificial Intelligence and neuro sensing technology in the development of new ways to engage with brands and consumers from a business and design perspective. In addition we will review how these technologies impact resilience and how the University benchmarks these results against global standards in Sustainable Development.
Lecture Notes Unit4 Chapter13 users , roles and privilegesMurugan146644
Description:
Welcome to the comprehensive guide on Relational Database Management System (RDBMS) concepts, tailored for final year B.Sc. Computer Science students affiliated with Alagappa University. This document covers fundamental principles and advanced topics in RDBMS, offering a structured approach to understanding databases in the context of modern computing. PDF content is prepared from the text book Learn Oracle 8I by JOSE A RAMALHO.
Key Topics Covered:
Main Topic : USERS, Roles and Privileges
In Oracle databases, users are individuals or applications that interact with the database. Each user is assigned specific roles, which are collections of privileges that define their access levels and capabilities. Privileges are permissions granted to users or roles, allowing actions like creating tables, executing procedures, or querying data. Properly managing users, roles, and privileges is essential for maintaining security and ensuring that users have appropriate access to database resources, thus supporting effective data management and integrity within the Oracle environment.
Sub-Topic :
Definition of User, User Creation Commands, Grant Command, Deleting a user, Privileges, System privileges and object privileges, Grant Object Privileges, Viewing a users, Revoke Object Privileges, Creation of Role, Granting privileges and roles to role, View the roles of a user , Deleting a role
Target Audience:
Final year B.Sc. Computer Science students at Alagappa University seeking a solid foundation in RDBMS principles for academic and practical applications.
URL for previous slides
chapter 8,9 and 10 : https://www.slideshare.net/slideshow/lecture_notes_unit4_chapter_8_9_10_rdbms-for-the-students-affiliated-by-alagappa-university/270123800
Chapter 11 Sequence: https://www.slideshare.net/slideshow/sequnces-lecture_notes_unit4_chapter11_sequence/270134792
Chapter 12 View : https://www.slideshare.net/slideshow/rdbms-lecture-notes-unit4-chapter12-view/270199683
About the Author:
Dr. S. Murugan is Associate Professor at Alagappa Government Arts College, Karaikudi. With 23 years of teaching experience in the field of Computer Science, Dr. S. Murugan has a passion for simplifying complex concepts in database management.
Disclaimer:
This document is intended for educational purposes only. The content presented here reflects the author’s understanding in the field of RDBMS as of 2024.
View Inheritance in Odoo 17 - Odoo 17 SlidesCeline George
Odoo is a customizable ERP software. In odoo we can do different customizations on functionalities or appearance. There are different view types in odoo like form, tree, kanban and search. It is also possible to change an existing view in odoo; it is called view inheritance. This slide will show how to inherit an existing view in Odoo 17.
Description:
Welcome to the comprehensive guide on Relational Database Management System (RDBMS) concepts, tailored for final year B.Sc. Computer Science students affiliated with Alagappa University. This document covers fundamental principles and advanced topics in RDBMS, offering a structured approach to understanding databases in the context of modern computing. PDF content is prepared from the text book Learn Oracle 8I by JOSE A RAMALHO.
Key Topics Covered:
Main Topic : VIEW
Sub-Topic :
View Definition, Advantages and disadvantages, View Creation Syntax, View creation based on single table, view creation based on multiple table, Deleting View and View the definition of view
Target Audience:
Final year B.Sc. Computer Science students at Alagappa University seeking a solid foundation in RDBMS principles for academic and practical applications.
Previous Slides Link:
1. Data Integrity, Index, TAble Creation and maintenance https://www.slideshare.net/slideshow/lecture_notes_unit4_chapter_8_9_10_rdbms-for-the-students-affiliated-by-alagappa-university/270123800
2. Sequences : https://www.slideshare.net/slideshow/sequnces-lecture_notes_unit4_chapter11_sequence/270134792
About the Author:
Dr. S. Murugan is Associate Professor at Alagappa Government Arts College, Karaikudi. With 23 years of teaching experience in the field of Computer Science, Dr. S. Murugan has a passion for simplifying complex concepts in database management.
Disclaimer:
This document is intended for educational purposes only. The content presented here reflects the author’s understanding in the field of RDBMS as of 2024.
How to Manage Access Rights & User Types in Odoo 17Celine George
In Odoo, who have access to the database they are called users. There are different types of users in odoo and they have different accesses into the database. Access rights are permissions that can be set for the individual or group of users. This slide will show How to Manage Access Rights & User Types in Odoo 17.
How to Empty a One2Many Field in Odoo 17Celine George
This slide discusses how to delete or clear records in an Odoo 17 one2many field. We'll achieve this by adding a button named "Delete Records." Clicking this button will delete all associated one2many records.
1. Michelle Martin
Twitter Assignment-#3
Shannon Smith is a principal in Ottawa, Canada. She identifies that she like to play
around with learning. She had some interesting tweets about learning. One was titled so long,
long division. I found this very informative. In this discussion, the recommendation was made
to encourage students not to memorize a mnemonic to complete the problem or to beat them up
with the procedural process needed to solve the problem. A great example was given
surrounding this thought. The information given encouraged the teacher to get to understanding
division by utilizing estimation before they learn to compute. In the example there was a
problem 700/20. The student was struggling to procedurally complete this problem, however
when the teacher asked what is 100/20, the student answered five. The teacher asked them to
now use this to solve the problem. The teacher relays it was like a light bulb being turned on.
The student then wrote 5 down seven times and was able to come up with the correct answer.
This encouraged the student to use their brain to find alternative ways to solve the problem. I
thought this was an “aha” moment I could use in my instruction surrounding this concept.
The next tweet I found very enlightening was one about creating divergence in your
child. This tweet was linked to an article about preparing your child to enter the information age.
2. Past teaching methods were geared around the industrial age where repetitive, memorization of
processes were important for the jobs that were prominent during this era. Today’s world is so
much different and thinking outside the box is important with the jobs that are present during this
era. Employers are no longer looking for the person that can memorize the answers for the
standardized tests, but those people that are divergent thinkers. These type people are self-
motivated, comfortable using technology to find answers and communicate with those around
them. They are critical thinkers and want to find new answers and new ways to do things. This
article discussed ways to encourage your student’s divergence. I found this very fascinating,
because it directed you to look for the parts of the answer that were correct and build on that not
the negativity that the answer was wrong. As a teacher the emphasis was to be on finding out the
why’s of the answer the student chose, and then not just correcting the answer but encouraging
them to look for the correct answer. This is important in developing critical thinking skills. I
have always had an understanding that critical thinking was important, but this gave a good tool
to use to develop a student’s divergence and critical thinking skills that I can utilize in my
classroom one day.