This document outlines an introduction to project-based learning (PBL) given by Curtis Chandler. The objectives are to provide principles for effectively engaging students in PBL, examine examples of PBL in various classroom settings, preview technology tools that support PBL, and involve participants in a PBL activity. Chandler explains different levels of PBL implementation from enhancing existing projects to fully student-driven problems. He emphasizes that authentic, real-world problems are at the core of PBL and provides examples like designing a sustainable pet washing system. The document concludes by directing participants to resources on Chandler's website and having them brainstorm PBL ideas with a partner.
The document discusses using problem-based learning and writing to engage students. It provides background on problem-based learning, noting that it presents students with a problem to solve, and they learn through trying to solve it by interpreting the problem, gathering information, and creating possible solutions. It emphasizes that problem-based learning is about doing, not just writing. The document gives examples of how to structure problem-based writing assignments and have students work through the process of solving problems.
This document provides an overview of key concepts and events related to Galileo and astronomy. It includes definitions of astronomy and key terms like telescope. It describes Galileo's discoveries of mountains on the Moon and Jupiter's moons. The timeline notes Galileo built improved telescopes in 1609, was called to Rome in 1616 and ordered to stop supporting Copernicus' theory, and his works were denounced by the Inquisition in 1633.
Museum Of Inventions And Inventors Teacher's SheetDenise De Felice
Bianca visited the Museum of Inventions and Inventors to learn about famous inventors and get ideas for an invention contest. She learned about inventors like Beulah Henry, who invented parasols and toys, and Stephanie Kwolek, who invented the super-strong fiber Kevlar. The museum curator, Mr. Jay, encouraged Bianca that anyone can be an inventor if they are curious and try to improve on existing inventions. Bianca was thinking of returning to the museum to look at more inventions like bicycles and a solar-powered car for ideas to solve her problem of making bicycles safer at night.
Museums Of Inventions And Inventors Students Sheet Final[1]Denise De Felice
Bianca visited the Museum of Inventions and Inventors to learn more about inventors for an invention contest. She learned from Mr. Jay about inventors like Beulah Henry who had many patents, and Stephanie Kwolek who invented Kevlar, a super strong fiber used in boats, airplanes, and the museum's bicycle. Bianca was thinking of returning for a new exhibition on invention and play to get ideas for solving her treehouse detective team's problem of making bicycles safer at night.
이은실. (2014, 9월). 스마트클래스 활용과 참여동기 유발. 한국멀티미디어언어교육학회 2014년 가을 학술대회 발표논문, 서울.
[초록]
이 논문의 목적은 스마트클래스가 사이버대학 영어강좌의 과제활동에 활용되는
과정에서 성인학습자의 참여동기와 관심을 유발하는데 어떤 영향을 미쳤는지를
보고하는데 있다. 강의 담당 강사가 과제 활동에 스마트저작도구의 활용을
계획하게 된 동기는 강의의 효율성과 참여도를 높이고자 하는 것이었으나,
학생에게는 낯선 저작도구의 사용을 새롭게 배워야 하는 도전적인 활동으로
비교적 어렵고 부담스럽게 인식되어 대다수의 학생이 스마트클래스를 이용하지
않고 과제를 제출하는 결과를 초래하게 되었다. 이러한 결과를 통해 사이버대학
강의 과제의 목표와 한계를 재고할 필요성을 논하고, 더 나아가 스마트클래스와
같은 저작 도구가 학생의 자발적이며 적극적인 참여를 유도하는, 즉 실질적
참여동기와 관심을 이끌어 내는 활동으로 활용 되기 위한 방법을 모색하고자
한다. 이 논문의 연구현장은 서울에 소재한 한 사이버대학의 2013 년 1 학기
영어독해작문 강의실이며, 정보제공자는 담당강사, 학생, 스마트클래스 실무자,
조교이다. 이미 수강을 마친 독해작문 강의실에서 형성된 게시자료 및 담화
자료를 수집하고 관찰하여 내용적으로 분석하는 질적 연구방법으로 보고한다.
담당강사는 이 논문의 연구자로서 이 논문은 참여관찰 기법으로 보고한다.
연구결과를 통해 온라인 강의실에서 학생의 과제 수행 필수 의무에 부가적이나
자발적인 도전을 적절히 활용하여 참여도를 높이는 강의방법을 제언하고자 한다.
Google Drive로 제작한 디지털 영어교과서의 활용방안: 고등학교 하위권 학생 사례연구engedukamall
김세현, 김혜영 (2014, 9월). Google Drive로 제작한 디지털 영어교과서의 활용방안: 고등학교 하위권 학생 사례연구. 한국멀티미디어언어교육학회 2014년 가을 학술대회 발표논문, 서울.
[초록]
영어 교과는 다른 교과에 비해 개별 영어 수준 차가 큰 학습자들이 한 교실에
모여있기 때문에 이를 고려한 영어 교수가 요구된다. 이를 위하여 교육부에서는
수준별 교육의 일환으로 영어능력별 분반 수업과 학습활동 책의 개발 등의 방안을
제시하였으나, 크게 실효를 거두지 못하였다. 특히, 지역에 따라서는 소수의 하위권
학생들뿐만 아니라 다수의 중위권 학생들조차도 국가교육과정을 토대로 한 영어
교과서가 매우 어렵다고 인식하고 있는 것이 현실이어서 기존 교과서로 수업을 해야
하는 일선 교사들의 어려움이 크다. 그러나 운영상의 문제점과 효과에 대한 회의적
시각 등의 이유로 수준별 수업을 하는 학급수도 점차 줄고 있는 실정이며, 학습자
수준이 다양한 교실에서 한 교재로 수업을 진행하는 어려움을 해결하고 국가교육과정
수준의 고등학교 영어실력을 갖추지 못한 학습자들을 위한 보조교재의 개발이
시급하다.
이러한 문제점의 해결안으로 선행 연구에서 디지털교과서를 활용하는 방안이
제시된 바 있으며 (한종임 2014), 국가에서도 21 세기 교육정책으로 스마트교육 환경
조성 및 디지털 교과서 개발 추진전략 계획을 발표한 바 있다 (교육부 2011). 그러면
새롭게 개발될 디지털 교과서에 있어 하위권 영어학습자를 도와줄 수 있는
교수학습기능(scaffolding)은 과연 어떠해야 하는가? 디지털교과서의 학습 기능들은
하위권 학습자들이 교실 수업을 따라가는 데에 효과적인 도움을 줄 수 있는가?
따라서 본 연구의 목적은 앞으로 설계될 국가 영어교육과정의 디지털교과서에
하위학습자를 위한 교수학습 기능은 어떠해야 하며 실제 수업시간에 잘 활용될 수
있는 스캐폴딩 기능은 어떻게 설계되어야 하는가를 알아보고자 하는 데 있다.
[....]
Enculturating Self-Directed Mobile Assisted Language Learning (MALL) and Seam...engedukamall
Looi, C., & Wong, L. (2014, September). Enculturating self-directed mobile assisted language learning (MALL) and seamless language learning (SLL). Paper presented at the meeting of KAMALL Annual Conference 2014, Seoul, Korea.
[Abstract]
Recent characterization of mobile learning recognizes that it enables learning
environments that transcend physical settings, emphasizing the “mobility” of
learning in context. With mobile learning, the learning environment is no
longer fixed to one particular location (e.g., physical classroom) or digital
context (e.g., e-learning portal), but moves to wherever the learner is, hence
enabling the surroundings to transform into the learning environment. Indeed,
this perspective presents many opportunities for supporting the learning of
languages which is often contextual. This talk reviews the various research
efforts in the field mobile-assisted language learning. A productive framework
for informing the design of language learning is the notion of seamless
learning which refers to the synergistic integration of the learning experiences
across a range of dimensions, such as spanning formal and informal learning
contexts, individual and social learning, and across time, location and learning
media. The basic premise of seamless learning is that it is not feasible nor
productive to equip learners with all the knowledge and skills they need
based on specific snapshots of an episodic time frame, location, scenario or
setting, which is what happens in much of formal education or instruction.
Designing for seamless learning requires enabling and supporting learners to
be self-directed – to learn whenever they are curious and to seamlessly switch
between the different contexts. Learning can be facilitated or scaffolded by
teachers, peers or others in one context; yet at other times it could be
student-initiated, impromptu, and emergent. Thus, in the design of seamless
language learning, we tap on the enablement and the coherence of
continuous learning activities in different contexts. Such an advanced language
learning model is congruent with the sociocultural perspective and the
communicative approach of language learning, where learner autonomy,
contextualization, social interactions and learner reflection are foregrounded. We conclude the talk with posing some promising research directions in
Mobile- Assisted Seamless Language Learning.
The document discusses using problem-based learning and writing to engage students. It provides background on problem-based learning, noting that it presents students with a problem to solve, and they learn through trying to solve it by interpreting the problem, gathering information, and creating possible solutions. It emphasizes that problem-based learning is about doing, not just writing. The document gives examples of how to structure problem-based writing assignments and have students work through the process of solving problems.
This document provides an overview of key concepts and events related to Galileo and astronomy. It includes definitions of astronomy and key terms like telescope. It describes Galileo's discoveries of mountains on the Moon and Jupiter's moons. The timeline notes Galileo built improved telescopes in 1609, was called to Rome in 1616 and ordered to stop supporting Copernicus' theory, and his works were denounced by the Inquisition in 1633.
Museum Of Inventions And Inventors Teacher's SheetDenise De Felice
Bianca visited the Museum of Inventions and Inventors to learn about famous inventors and get ideas for an invention contest. She learned about inventors like Beulah Henry, who invented parasols and toys, and Stephanie Kwolek, who invented the super-strong fiber Kevlar. The museum curator, Mr. Jay, encouraged Bianca that anyone can be an inventor if they are curious and try to improve on existing inventions. Bianca was thinking of returning to the museum to look at more inventions like bicycles and a solar-powered car for ideas to solve her problem of making bicycles safer at night.
Museums Of Inventions And Inventors Students Sheet Final[1]Denise De Felice
Bianca visited the Museum of Inventions and Inventors to learn more about inventors for an invention contest. She learned from Mr. Jay about inventors like Beulah Henry who had many patents, and Stephanie Kwolek who invented Kevlar, a super strong fiber used in boats, airplanes, and the museum's bicycle. Bianca was thinking of returning for a new exhibition on invention and play to get ideas for solving her treehouse detective team's problem of making bicycles safer at night.
이은실. (2014, 9월). 스마트클래스 활용과 참여동기 유발. 한국멀티미디어언어교육학회 2014년 가을 학술대회 발표논문, 서울.
[초록]
이 논문의 목적은 스마트클래스가 사이버대학 영어강좌의 과제활동에 활용되는
과정에서 성인학습자의 참여동기와 관심을 유발하는데 어떤 영향을 미쳤는지를
보고하는데 있다. 강의 담당 강사가 과제 활동에 스마트저작도구의 활용을
계획하게 된 동기는 강의의 효율성과 참여도를 높이고자 하는 것이었으나,
학생에게는 낯선 저작도구의 사용을 새롭게 배워야 하는 도전적인 활동으로
비교적 어렵고 부담스럽게 인식되어 대다수의 학생이 스마트클래스를 이용하지
않고 과제를 제출하는 결과를 초래하게 되었다. 이러한 결과를 통해 사이버대학
강의 과제의 목표와 한계를 재고할 필요성을 논하고, 더 나아가 스마트클래스와
같은 저작 도구가 학생의 자발적이며 적극적인 참여를 유도하는, 즉 실질적
참여동기와 관심을 이끌어 내는 활동으로 활용 되기 위한 방법을 모색하고자
한다. 이 논문의 연구현장은 서울에 소재한 한 사이버대학의 2013 년 1 학기
영어독해작문 강의실이며, 정보제공자는 담당강사, 학생, 스마트클래스 실무자,
조교이다. 이미 수강을 마친 독해작문 강의실에서 형성된 게시자료 및 담화
자료를 수집하고 관찰하여 내용적으로 분석하는 질적 연구방법으로 보고한다.
담당강사는 이 논문의 연구자로서 이 논문은 참여관찰 기법으로 보고한다.
연구결과를 통해 온라인 강의실에서 학생의 과제 수행 필수 의무에 부가적이나
자발적인 도전을 적절히 활용하여 참여도를 높이는 강의방법을 제언하고자 한다.
Google Drive로 제작한 디지털 영어교과서의 활용방안: 고등학교 하위권 학생 사례연구engedukamall
김세현, 김혜영 (2014, 9월). Google Drive로 제작한 디지털 영어교과서의 활용방안: 고등학교 하위권 학생 사례연구. 한국멀티미디어언어교육학회 2014년 가을 학술대회 발표논문, 서울.
[초록]
영어 교과는 다른 교과에 비해 개별 영어 수준 차가 큰 학습자들이 한 교실에
모여있기 때문에 이를 고려한 영어 교수가 요구된다. 이를 위하여 교육부에서는
수준별 교육의 일환으로 영어능력별 분반 수업과 학습활동 책의 개발 등의 방안을
제시하였으나, 크게 실효를 거두지 못하였다. 특히, 지역에 따라서는 소수의 하위권
학생들뿐만 아니라 다수의 중위권 학생들조차도 국가교육과정을 토대로 한 영어
교과서가 매우 어렵다고 인식하고 있는 것이 현실이어서 기존 교과서로 수업을 해야
하는 일선 교사들의 어려움이 크다. 그러나 운영상의 문제점과 효과에 대한 회의적
시각 등의 이유로 수준별 수업을 하는 학급수도 점차 줄고 있는 실정이며, 학습자
수준이 다양한 교실에서 한 교재로 수업을 진행하는 어려움을 해결하고 국가교육과정
수준의 고등학교 영어실력을 갖추지 못한 학습자들을 위한 보조교재의 개발이
시급하다.
이러한 문제점의 해결안으로 선행 연구에서 디지털교과서를 활용하는 방안이
제시된 바 있으며 (한종임 2014), 국가에서도 21 세기 교육정책으로 스마트교육 환경
조성 및 디지털 교과서 개발 추진전략 계획을 발표한 바 있다 (교육부 2011). 그러면
새롭게 개발될 디지털 교과서에 있어 하위권 영어학습자를 도와줄 수 있는
교수학습기능(scaffolding)은 과연 어떠해야 하는가? 디지털교과서의 학습 기능들은
하위권 학습자들이 교실 수업을 따라가는 데에 효과적인 도움을 줄 수 있는가?
따라서 본 연구의 목적은 앞으로 설계될 국가 영어교육과정의 디지털교과서에
하위학습자를 위한 교수학습 기능은 어떠해야 하며 실제 수업시간에 잘 활용될 수
있는 스캐폴딩 기능은 어떻게 설계되어야 하는가를 알아보고자 하는 데 있다.
[....]
Enculturating Self-Directed Mobile Assisted Language Learning (MALL) and Seam...engedukamall
Looi, C., & Wong, L. (2014, September). Enculturating self-directed mobile assisted language learning (MALL) and seamless language learning (SLL). Paper presented at the meeting of KAMALL Annual Conference 2014, Seoul, Korea.
[Abstract]
Recent characterization of mobile learning recognizes that it enables learning
environments that transcend physical settings, emphasizing the “mobility” of
learning in context. With mobile learning, the learning environment is no
longer fixed to one particular location (e.g., physical classroom) or digital
context (e.g., e-learning portal), but moves to wherever the learner is, hence
enabling the surroundings to transform into the learning environment. Indeed,
this perspective presents many opportunities for supporting the learning of
languages which is often contextual. This talk reviews the various research
efforts in the field mobile-assisted language learning. A productive framework
for informing the design of language learning is the notion of seamless
learning which refers to the synergistic integration of the learning experiences
across a range of dimensions, such as spanning formal and informal learning
contexts, individual and social learning, and across time, location and learning
media. The basic premise of seamless learning is that it is not feasible nor
productive to equip learners with all the knowledge and skills they need
based on specific snapshots of an episodic time frame, location, scenario or
setting, which is what happens in much of formal education or instruction.
Designing for seamless learning requires enabling and supporting learners to
be self-directed – to learn whenever they are curious and to seamlessly switch
between the different contexts. Learning can be facilitated or scaffolded by
teachers, peers or others in one context; yet at other times it could be
student-initiated, impromptu, and emergent. Thus, in the design of seamless
language learning, we tap on the enablement and the coherence of
continuous learning activities in different contexts. Such an advanced language
learning model is congruent with the sociocultural perspective and the
communicative approach of language learning, where learner autonomy,
contextualization, social interactions and learner reflection are foregrounded. We conclude the talk with posing some promising research directions in
Mobile- Assisted Seamless Language Learning.
1) This project aims to create an exhibition to explore the 25 years of Hubble's mission and how it has improved our understanding of the universe.
2) The proposed exhibition would allow audiences to experience what it's like to be Hubble by placing planetary models throughout a dark room, with each planet emitting its real sounds as detected by NASA.
3) Feedback from test audiences indicated that using glue to display information on the walls worked better than text, and that introductory information should be provided before entering the dark exhibition space.
4) The finalized exhibition concept involves an introductory lift ride to mimic Hubble's launch, then a dark circular space with planets spread around, where audiences can walk amongst the
The document provides instructions and guidelines for a student magazine project on Earth's crust. It lists the roles and responsibilities of various students, including editor in chief, copy editors, contributors writing articles about topics like the rock cycle, plate tectonics, diamonds, and volcanoes. It outlines that students will use library computers to create the magazine pages on a wiki website. It also discusses assessment of the project, including skills practiced, subject areas, work habits, peer and self-assessment, and criteria for evaluating each student article.
This document provides guidance for 5th grade students on a solar system project. It outlines requirements for the poster, such as labeling drawings and including facts. It introduces standards around describing the solar system and Earth. Resources suggested include books, databases, websites, images and videos for students to find information on planets and the solar system. Keywords are provided to help with further research.
As libraries across the country prepare to implement space science-themed programs in summer 2019, the Space Science Institute and Lunar and Planetary Institute are partnering with state libraries to deliver training on NASA science learning experiences.
This effort is part of the SMD Science Activation program and the STAR Library Network-Collaborative Summer Library Program partnership.
Ms. Smith wants her physics students to create a game that can be played on the moon to learn about Newton's Laws of motion and conditions in low-gravity environments; she provides an entry document calling for game proposals that hints at key physics concepts and differences between Earth and the moon to guide students' research and development of their submission. The revised entry document adds more details about the desired final product and physics concepts to explore, helping focus students' initial needs assessment and next steps.
This slideshow can be used anywhere in the world and in numerous ways for multiple audiences. Your creativity is the limit. Hide or skip slides you don’t want to use. Amateur astronomers, parents, teachers, and anyone who is interested can use these materials.
Lesson 4 discovering our solar system (leavitt)MelissaFisher39
This document provides information about a lesson on discovering the solar system that focuses on Henrietta Leavitt. The lesson will review important historical figures like Copernicus, Galileo and stages of research. Students will then listen to a book about Henrietta Leavitt and use an image search tool to find and add images related to her work to their book.
Lesson 4 discovering our solar system (leavitt)MelissaFisher39
This document provides information about a lesson on discovering the solar system that focuses on Henrietta Leavitt. The lesson will review important historical figures like Copernicus, Galileo and stages of research. Students will then listen to a book about Henrietta Leavitt and use an image search tool to find and add images related to her work to their book.
The document provides instructions for students to research and present information about planets in the solar system. It outlines 5 steps for the project: 1) pick a planet and research basic facts, 2) find and organize images of the planet, 3) write a journal entry from the perspective of being on the planet, 4) compare planets with a partner, and 5) present research findings to the class. Students are provided with online resources to support their research and expectations for the quality of their work are clearly defined.
MethodsStudy sampleThe study population consisted of 280 patie.docxARIV4
Methods
Study sample
The study population consisted of 280 patients diagnosed with different diseases at Zeta Medical Center between 2010 and 2015. These diseases were dengue infection, HIV, CHD, Diabetes and lung cancer. The male population registered a high number in dengue infection, CHD mortality, diabetes and stages 1, 2 and 3 of cancer. The female population registered a high number in HIV infection and stage 4 of cancer.
Data collection
Clinical data were collected from medical records, blood samples, diabetes screening exam and diagnostic tests. Demographic information was obtained through self-reported questionnaires. Variables included the diseases reported, demographics, clinical risk factors and behavioral risk factors. The independent variables collected were demographics, clinical risk factors, and behavioral risk factors. The dependent variables are the clinical diseases which are; dengue infection, HIV, CHD, Diabetes and lung cancer.
Statistical analyses
Standard descriptive statistics such as mean, median, standard deviation, and frequencies for the independent variables that are in ratio format were performed to describe the age of sample population, clinical risk factors, and behavioral risk factors. The dependent variables considered were: dengue infection, HIV, CHD, Diabetes and lung cancer. The independent variables were considered: gender (male=0, female=1), Race/Ethnicity, Income, Education, Insurance, Urban, Region, BMI, Cholesterol, Alcohol, Tobacco, IDU, Condom, Exercise, Fruit/Vegetable. Chi-square test was used to determine the difference between males and females regarding the diseases in discussion (dengue infection, HIV, CHD, Diabetes and lung cancer.). Statistical analysis was performed using SPSS software version 21 and p<.05 for statistical significance.
Instructor’s Feedback:
Good job. Please write your paper in APA format. You have set up a study that can be tested statistically.
Discussion 1
For this week please read "It all began in be very chaos" I would just like your thoughts and observations. For some of you this may be very accurate - for some this may be an entertaining story. Please just let me know (and your classmates) what YOU think and why.
http://ngm.nationalgeographic.com/print/2013/07/125-solar-system/irion-text
Your response to the article:
Student 1 response: After reading this article its safe to say that our solar system is a unqiue system that works together in sync, and if any planet in the solar system is off set it cause great impact on the entire solar system. Personally after reading this im almost confused in a way. Like I have far more questions that havent been answered. Our history of science is so complicated too that one scientist can predict something and it actually happen or the other way around where a scientists method gets dissaproven after many years they find that its not the case and find whats truly happening. Overall I really enjoyed this article ...
Jessica Brothers discusses key technological advancements that have expanded human knowledge of space. The telescope, satellites, and the Space Race between the US and Soviet Union in the 1950s-60s helped develop new technologies. Future goals include building a space colony in orbit, new spacecraft, and continued scientific experiments on the International Space Station. Advances in space technology will help uncover more mysteries and greatly impact life on Earth.
This document outlines resources for a 5th grade technology integration lesson on stars. It provides multimedia sources like images, blogs, podcasts, videos and interactive websites that bring stars to life for students. These include NASA and Khan Academy videos, images from Google and the Hubble site, and interactive activities from Inspiration, Science NetLinks and ThinkQuest that teach about star life cycles and constellations using technology.
National Writing Project Annual Meeting: Composing ScienceCSU, Chico
This document provides an overview of a workshop on scientific writing and inquiry. It discusses the uniquely challenging aspects of scientific writing, including its concealment of rhetoric, use of grammatical metaphors, role of evidence, addressivity to other scientists, and integration of multiple modes. The workshop will explore how to engage students in scientific practices like defining terms empirically and using notebooks. Examples from a course on scientific inquiry show how students negotiated definitions through discussion and experimentation. Developing a rubric for notebooks based on examples from famous scientists will help students participate in scientific practices.
Richard P. Wilds has over 35 years of experience in astronomy research and education. He has published numerous articles in professional publications on topics related to solar system mapping and galaxies. He has also written histories of prominent astronomers. Wilds has taught astronomy, history, mathematics and other subjects at the university and secondary levels. Additionally, he has led public outreach efforts including star parties and educational presentations. Wilds seeks opportunities to share his expertise in astronomy research, education, and public outreach.
This document provides instructions for 3 science activities families can do with kids:
1) Create your own craters by dropping a bouncy ball into a baking dish filled with flour to observe crater formation.
2) Make an out-of-this-world solar system project by creating planet models on skewers placed at scaled distances on a field.
3) Conduct meteoroid experiments including measuring and comparing craters made by dropping objects. The activities aim to teach kids about space science concepts like asteroids, meteors and planetary orbits in a hands-on way.
Writing a Directed News Summary and Personal Response.docxbillylewis37150
Writing a Directed News Summary and Personal Response
Directed SummaryThe summaries should have the following:Author: Who wrote the article? Title: What is the title?Source: From what source did it come?Page: What page numbers does the article start and end on?Topic: What is this article about? (This can be one sentence.)Summary: What does the article say about the topic? (This can be four or five sentences.)Only use present tense.
Directed SummaryDo not include examples unless they are absolutely necessary.Do not include your own opinions or main points (reasons) not included in the essay.Do not shift to past tense.
*
Directed SummaryFirst sentence should include title, author and statement about subject matter.Template: In “title of essay,” full name of author discusses general statement of subject matter (Source in italics and page numbers).
Directed SummaryExample (color-coded): In “Nature Through the Looking Glass,” Roumpani Papadomichelaki and Lash Vance discuss the paradoxical ways that most Americans view nature (Compass 3-5). The authors argue that we need to experience nature in its natural state on a daily basis instead of reserving our visits with nature to special trips and vacations. However, they go on to say that most of us try to control nature, subjugate it, by building cities, dams, farms and roads in areas that are not very conducive to human life. In addition, we set aside preserves and parks so that we can be reminded of the natural look of the land. It is this dual view of nature then that disconnects us from the natural world and makes it a place of marvel and retreat instead of part of our daily lives.Identifying SentenceThesisSupporting Reasons
Personal ResponseMay use a combination of verb tenses; however, opinion should be in present tense.Use evidence and reason to support your opinion.Evidence can come from personal experiences, observations, other readings or general knowledge.Do not research any information for your personal response.
Personal ResponseExample: While the authors believe that Americans’ views of nature are unbalanced and need correcting, I feel that humans and nature cannot co-exist in harmony. It seems that we constantly struggle with nature, almost as if we are at war with it. Look at what happened to New Orleans after Hurricane Katrina a few years ago. The city was destroyed by nature. Some may say that we should not have built a city in that location to begin with and that the city should not be rebuilt, but that is wishful thinking. Once we have a sense of living in a place, of owning it, we are reluctant to give it up. Instead, we rebuild and make bigger dams and levies to buffer us from nature. We build stronger houses to keep us safe from earthquakes and tornadoes, and we control nature so that we can stay alive. Natural parks and reserves are okay to visit, but we want to live in comfort and safety from the elements. That is human nature.
Writing a Directed.
Out-of-this-World Activities - Part 1 WebinarNCIL - STAR_Net
Join STAR_Net and the Lunar and Planetary Institute to learn tips and tricks from LPI’s Explore program for engaging children, tweens, and families in space science with games, activities, and events.
The document outlines a 7-day lesson plan for teaching 5th grade students about the solar system. Day 1 focuses on comparing the Earth and moon. Day 2 uses models to teach about the relationship between the sun, Earth and moon and the causes of eclipses and seasons. Day 3 introduces scientific instruments used to study space. Days 4 and 7 include field trips to observatories. Later days cover the sun's structure, classifying and observing stars, and constellations. Hands-on activities and models are used throughout to engage students.
The Future is Right Now--Friendswood, TX 2015Curtis Chandler
This document discusses strategies for improving student engagement through the use of technology. It suggests incorporating games, videos, photos, and social media into lessons to make content more accessible and fun for students. Specific tools are recommended for tasks like formative assessment, enhancing assignments, organizing notes, and connecting with other educators online. The document also emphasizes fostering higher-order thinking and creativity through questions, video/audio creation, and augmented/virtual reality. Overall, it provides ideas for using technology to transform students from passive consumers into active producers of knowledge.
This document discusses strategies for improving student engagement through the use of technology in education. It recommends focusing on both the present and future by reflecting the real world while preparing students for future tools and problems. Specific strategies proposed include having students identify examples of curriculum topics in the real world, transforming them from audio consumers to producers through music creation tools, providing photo-taking tips and opportunities, and thinking of devices as video cameras to create simple video projects. The document emphasizes connecting with every student, especially prickly ones, through the use of games, gamification, and higher-order thinking questions.
1) This project aims to create an exhibition to explore the 25 years of Hubble's mission and how it has improved our understanding of the universe.
2) The proposed exhibition would allow audiences to experience what it's like to be Hubble by placing planetary models throughout a dark room, with each planet emitting its real sounds as detected by NASA.
3) Feedback from test audiences indicated that using glue to display information on the walls worked better than text, and that introductory information should be provided before entering the dark exhibition space.
4) The finalized exhibition concept involves an introductory lift ride to mimic Hubble's launch, then a dark circular space with planets spread around, where audiences can walk amongst the
The document provides instructions and guidelines for a student magazine project on Earth's crust. It lists the roles and responsibilities of various students, including editor in chief, copy editors, contributors writing articles about topics like the rock cycle, plate tectonics, diamonds, and volcanoes. It outlines that students will use library computers to create the magazine pages on a wiki website. It also discusses assessment of the project, including skills practiced, subject areas, work habits, peer and self-assessment, and criteria for evaluating each student article.
This document provides guidance for 5th grade students on a solar system project. It outlines requirements for the poster, such as labeling drawings and including facts. It introduces standards around describing the solar system and Earth. Resources suggested include books, databases, websites, images and videos for students to find information on planets and the solar system. Keywords are provided to help with further research.
As libraries across the country prepare to implement space science-themed programs in summer 2019, the Space Science Institute and Lunar and Planetary Institute are partnering with state libraries to deliver training on NASA science learning experiences.
This effort is part of the SMD Science Activation program and the STAR Library Network-Collaborative Summer Library Program partnership.
Ms. Smith wants her physics students to create a game that can be played on the moon to learn about Newton's Laws of motion and conditions in low-gravity environments; she provides an entry document calling for game proposals that hints at key physics concepts and differences between Earth and the moon to guide students' research and development of their submission. The revised entry document adds more details about the desired final product and physics concepts to explore, helping focus students' initial needs assessment and next steps.
This slideshow can be used anywhere in the world and in numerous ways for multiple audiences. Your creativity is the limit. Hide or skip slides you don’t want to use. Amateur astronomers, parents, teachers, and anyone who is interested can use these materials.
Lesson 4 discovering our solar system (leavitt)MelissaFisher39
This document provides information about a lesson on discovering the solar system that focuses on Henrietta Leavitt. The lesson will review important historical figures like Copernicus, Galileo and stages of research. Students will then listen to a book about Henrietta Leavitt and use an image search tool to find and add images related to her work to their book.
Lesson 4 discovering our solar system (leavitt)MelissaFisher39
This document provides information about a lesson on discovering the solar system that focuses on Henrietta Leavitt. The lesson will review important historical figures like Copernicus, Galileo and stages of research. Students will then listen to a book about Henrietta Leavitt and use an image search tool to find and add images related to her work to their book.
The document provides instructions for students to research and present information about planets in the solar system. It outlines 5 steps for the project: 1) pick a planet and research basic facts, 2) find and organize images of the planet, 3) write a journal entry from the perspective of being on the planet, 4) compare planets with a partner, and 5) present research findings to the class. Students are provided with online resources to support their research and expectations for the quality of their work are clearly defined.
MethodsStudy sampleThe study population consisted of 280 patie.docxARIV4
Methods
Study sample
The study population consisted of 280 patients diagnosed with different diseases at Zeta Medical Center between 2010 and 2015. These diseases were dengue infection, HIV, CHD, Diabetes and lung cancer. The male population registered a high number in dengue infection, CHD mortality, diabetes and stages 1, 2 and 3 of cancer. The female population registered a high number in HIV infection and stage 4 of cancer.
Data collection
Clinical data were collected from medical records, blood samples, diabetes screening exam and diagnostic tests. Demographic information was obtained through self-reported questionnaires. Variables included the diseases reported, demographics, clinical risk factors and behavioral risk factors. The independent variables collected were demographics, clinical risk factors, and behavioral risk factors. The dependent variables are the clinical diseases which are; dengue infection, HIV, CHD, Diabetes and lung cancer.
Statistical analyses
Standard descriptive statistics such as mean, median, standard deviation, and frequencies for the independent variables that are in ratio format were performed to describe the age of sample population, clinical risk factors, and behavioral risk factors. The dependent variables considered were: dengue infection, HIV, CHD, Diabetes and lung cancer. The independent variables were considered: gender (male=0, female=1), Race/Ethnicity, Income, Education, Insurance, Urban, Region, BMI, Cholesterol, Alcohol, Tobacco, IDU, Condom, Exercise, Fruit/Vegetable. Chi-square test was used to determine the difference between males and females regarding the diseases in discussion (dengue infection, HIV, CHD, Diabetes and lung cancer.). Statistical analysis was performed using SPSS software version 21 and p<.05 for statistical significance.
Instructor’s Feedback:
Good job. Please write your paper in APA format. You have set up a study that can be tested statistically.
Discussion 1
For this week please read "It all began in be very chaos" I would just like your thoughts and observations. For some of you this may be very accurate - for some this may be an entertaining story. Please just let me know (and your classmates) what YOU think and why.
http://ngm.nationalgeographic.com/print/2013/07/125-solar-system/irion-text
Your response to the article:
Student 1 response: After reading this article its safe to say that our solar system is a unqiue system that works together in sync, and if any planet in the solar system is off set it cause great impact on the entire solar system. Personally after reading this im almost confused in a way. Like I have far more questions that havent been answered. Our history of science is so complicated too that one scientist can predict something and it actually happen or the other way around where a scientists method gets dissaproven after many years they find that its not the case and find whats truly happening. Overall I really enjoyed this article ...
Jessica Brothers discusses key technological advancements that have expanded human knowledge of space. The telescope, satellites, and the Space Race between the US and Soviet Union in the 1950s-60s helped develop new technologies. Future goals include building a space colony in orbit, new spacecraft, and continued scientific experiments on the International Space Station. Advances in space technology will help uncover more mysteries and greatly impact life on Earth.
This document outlines resources for a 5th grade technology integration lesson on stars. It provides multimedia sources like images, blogs, podcasts, videos and interactive websites that bring stars to life for students. These include NASA and Khan Academy videos, images from Google and the Hubble site, and interactive activities from Inspiration, Science NetLinks and ThinkQuest that teach about star life cycles and constellations using technology.
National Writing Project Annual Meeting: Composing ScienceCSU, Chico
This document provides an overview of a workshop on scientific writing and inquiry. It discusses the uniquely challenging aspects of scientific writing, including its concealment of rhetoric, use of grammatical metaphors, role of evidence, addressivity to other scientists, and integration of multiple modes. The workshop will explore how to engage students in scientific practices like defining terms empirically and using notebooks. Examples from a course on scientific inquiry show how students negotiated definitions through discussion and experimentation. Developing a rubric for notebooks based on examples from famous scientists will help students participate in scientific practices.
Richard P. Wilds has over 35 years of experience in astronomy research and education. He has published numerous articles in professional publications on topics related to solar system mapping and galaxies. He has also written histories of prominent astronomers. Wilds has taught astronomy, history, mathematics and other subjects at the university and secondary levels. Additionally, he has led public outreach efforts including star parties and educational presentations. Wilds seeks opportunities to share his expertise in astronomy research, education, and public outreach.
This document provides instructions for 3 science activities families can do with kids:
1) Create your own craters by dropping a bouncy ball into a baking dish filled with flour to observe crater formation.
2) Make an out-of-this-world solar system project by creating planet models on skewers placed at scaled distances on a field.
3) Conduct meteoroid experiments including measuring and comparing craters made by dropping objects. The activities aim to teach kids about space science concepts like asteroids, meteors and planetary orbits in a hands-on way.
Writing a Directed News Summary and Personal Response.docxbillylewis37150
Writing a Directed News Summary and Personal Response
Directed SummaryThe summaries should have the following:Author: Who wrote the article? Title: What is the title?Source: From what source did it come?Page: What page numbers does the article start and end on?Topic: What is this article about? (This can be one sentence.)Summary: What does the article say about the topic? (This can be four or five sentences.)Only use present tense.
Directed SummaryDo not include examples unless they are absolutely necessary.Do not include your own opinions or main points (reasons) not included in the essay.Do not shift to past tense.
*
Directed SummaryFirst sentence should include title, author and statement about subject matter.Template: In “title of essay,” full name of author discusses general statement of subject matter (Source in italics and page numbers).
Directed SummaryExample (color-coded): In “Nature Through the Looking Glass,” Roumpani Papadomichelaki and Lash Vance discuss the paradoxical ways that most Americans view nature (Compass 3-5). The authors argue that we need to experience nature in its natural state on a daily basis instead of reserving our visits with nature to special trips and vacations. However, they go on to say that most of us try to control nature, subjugate it, by building cities, dams, farms and roads in areas that are not very conducive to human life. In addition, we set aside preserves and parks so that we can be reminded of the natural look of the land. It is this dual view of nature then that disconnects us from the natural world and makes it a place of marvel and retreat instead of part of our daily lives.Identifying SentenceThesisSupporting Reasons
Personal ResponseMay use a combination of verb tenses; however, opinion should be in present tense.Use evidence and reason to support your opinion.Evidence can come from personal experiences, observations, other readings or general knowledge.Do not research any information for your personal response.
Personal ResponseExample: While the authors believe that Americans’ views of nature are unbalanced and need correcting, I feel that humans and nature cannot co-exist in harmony. It seems that we constantly struggle with nature, almost as if we are at war with it. Look at what happened to New Orleans after Hurricane Katrina a few years ago. The city was destroyed by nature. Some may say that we should not have built a city in that location to begin with and that the city should not be rebuilt, but that is wishful thinking. Once we have a sense of living in a place, of owning it, we are reluctant to give it up. Instead, we rebuild and make bigger dams and levies to buffer us from nature. We build stronger houses to keep us safe from earthquakes and tornadoes, and we control nature so that we can stay alive. Natural parks and reserves are okay to visit, but we want to live in comfort and safety from the elements. That is human nature.
Writing a Directed.
Out-of-this-World Activities - Part 1 WebinarNCIL - STAR_Net
Join STAR_Net and the Lunar and Planetary Institute to learn tips and tricks from LPI’s Explore program for engaging children, tweens, and families in space science with games, activities, and events.
The document outlines a 7-day lesson plan for teaching 5th grade students about the solar system. Day 1 focuses on comparing the Earth and moon. Day 2 uses models to teach about the relationship between the sun, Earth and moon and the causes of eclipses and seasons. Day 3 introduces scientific instruments used to study space. Days 4 and 7 include field trips to observatories. Later days cover the sun's structure, classifying and observing stars, and constellations. Hands-on activities and models are used throughout to engage students.
The Future is Right Now--Friendswood, TX 2015Curtis Chandler
This document discusses strategies for improving student engagement through the use of technology. It suggests incorporating games, videos, photos, and social media into lessons to make content more accessible and fun for students. Specific tools are recommended for tasks like formative assessment, enhancing assignments, organizing notes, and connecting with other educators online. The document also emphasizes fostering higher-order thinking and creativity through questions, video/audio creation, and augmented/virtual reality. Overall, it provides ideas for using technology to transform students from passive consumers into active producers of knowledge.
This document discusses strategies for improving student engagement through the use of technology in education. It recommends focusing on both the present and future by reflecting the real world while preparing students for future tools and problems. Specific strategies proposed include having students identify examples of curriculum topics in the real world, transforming them from audio consumers to producers through music creation tools, providing photo-taking tips and opportunities, and thinking of devices as video cameras to create simple video projects. The document emphasizes connecting with every student, especially prickly ones, through the use of games, gamification, and higher-order thinking questions.
Tools, Techniques, & Tactics for Teacher-Leading LearningCurtis Chandler
Curtis Chandler presented tools and techniques for teacher-leaders to use for continuous learning. He recommends utilizing technology like Twitter and digital notebooks to take notes and curate resources. Chandler also suggests identifying time in your schedule for learning, such as flipping leisure and work times, taking consistent chunks of time for learning before relaxing activities. The goal is for educators to enjoy learning and increase their ability to serve through gaining new experiences and education.
The document outlines objectives for a presentation on project-based learning (PBL). It will provide principles for effectively engaging students in PBL, examine examples of PBL in different classroom settings, and preview tech tools that support PBL. It also gives examples of different types of PBL projects that could be implemented, from modifying existing activities to incorporate PBL elements to tackling real-world problems. The presentation aims to help participants select a PBL approach, identify key skills, plan a project, try it out, and get feedback from others on next steps.
The document discusses student engagement and proposes that student engagement can be expressed as an equation with two factors. It explores various ways that technology can be used to increase these two factors by motivating and engaging students, such as through taking and sharing photos, making and sharing videos, playing games, and identifying real-world examples of classroom concepts. It emphasizes giving students opportunities to be creators rather than just consumers of content.
The document discusses performance assessments and their characteristics. It provides examples of performance assessments, such as having students analyze how accurately a text predicted future trends. It also discusses designing performance assessments, including varying the level of structure, using rubrics, and guidelines like identifying the intended skills and content to be assessed. Creating good performance assessments takes work up front but can save time later.
The document discusses strategies for better integrating technology into classrooms by having students use technology tools for creating content rather than just consuming content. Some key points discussed are:
1. Educators should "retrain students on their tools" by creating activities that resemble technologies students use the most, like photography assignments or gamifying lessons.
2. Students should be guided from just consuming music and audio to creating their own podcasts or music mixes using tools like GarageBand or Loopy HD.
3. Popular gaming apps could be used to gamify quizzes and activities through tools like Kahoot to increase student engagement.
The document provides suggestions for activities teachers can do to engage students using digital tools. It suggests creating audio recordings or mixing music using free audio tools. Another suggestion is to gamify a quiz or activity using tools like Kahoot or Socrative. Additional ideas include creating short videos, infographics, interactive video lessons, animations, 3D models, digital stories, interactive maps or timelines, or using another unfamiliar digital tool. All activities should be shared with colleagues.
The document discusses apps and activities for fostering creativity and higher-level thinking in students. It defines creativity as balancing synthetic, analytic, and practical abilities according to Sternberg & Williams. Higher-level thinking is described as mental engagement with ideas, objects, and situations, rather than just knowledge reproduction, citing Alexander et al. The document provides a link to additional resources for apps and activities.
BYU Idaho Helping Students Develop Conceptual UnderstandingCurtis Chandler
The document outlines objectives for a learning activity or workshop, including:
1) Increasing understanding of concept research and how it relates to cognition, development, and teaching.
2) Exploring learning activities and strategies to improve student conceptual understanding.
3) Identifying relevant research and practices for one's teaching situation and articulating how they will be used in the next 3 years.
The document provides 9 options for teachers to create digital projects around audio, gamification, video, infographics, interactive lessons, animation, 3D modeling, digital stories, and interactive maps/timelines. It instructs teachers to choose a topic related to an upcoming lesson, use free or inexpensive tools to create the project, and share it with colleagues.
The document discusses strategies for educators to better integrate technology into learning. It suggests that educators should train students on how to use technology as a tool rather than a toy. Some key strategies mentioned include creating activities that resemble technologies students already use, providing photo and video opportunities to engage students, teaching critical thinking and honest self-presentation online, and using technology to introduce new skills and boost engagement with important tasks. The overall message is that educators should focus on effective educational principles over specific tools when integrating technology.
Student Motivation and Engagement Learning Forward 2015Curtis Chandler
The document discusses keys to engaging students in learning. It notes that students often perceive schoolwork as too difficult, too easy, or irrelevant. It recommends ensuring tasks are appropriately challenging, scaffolding new skills, focusing on topics students care about, teaching critical thinking, creating activities similar to students' interests, making real-world connections, integrating subjects, and using problem-based learning challenges. The document is authored by Curtis Chandler and provides strategies and resources for improving student engagement.
1. The document discusses moving beyond traditional classrooms and learning from other models of learning.
2. It provides examples of different classroom models, including designing a classroom like a Broadway musical or video game.
3. Effective teaching techniques discussed include using multi-modality, demonstrations, discussion, and having students practice and teach others.
1. The document discusses performance assessments and their use to measure higher-level thinking.
2. It provides 7 steps for creating effective performance assessments, including identifying content and skills, drafting tasks, and piloting assessments.
3. The document also discusses different levels of structure in performance tasks and features such as how problems or questions are presented, strategies are selected, and solutions are presented.
The document discusses performance assessments, which are extended activities that measure students' ability to integrate knowledge and skills across disciplines. Performance assessments provide a measurement of depth of understanding and complex analysis. They are better than older assessments. The document outlines seven steps for creating performance assessments, which include identifying content and thinking skills, drafting tasks aligned to learning outcomes, and piloting assessments and rubrics. Teachers are asked to work in groups of 2-3 people to create a nonlinguistic representation of performance assessments using pictures and words to convey key components.
The document discusses strategies for motivating unmotivated students. It suggests understanding that students often perceive schoolwork as too difficult, too easy, or irrelevant. It recommends ensuring learning tasks are appropriately challenging, scaffolding new skills, focusing on topics students care about, teaching critical thinking, creating activities similar to students' interests, making real-world connections, integrating subjects, and using problem-based learning and varied approaches. Praise, power, projects, prestige, prizes and people are also listed as potential motivators.
This document discusses STEAM'D learning, an approach to education that incorporates science, technology, engineering, arts, and mathematics through interconnected, authentic, problem-based projects involving drawing, designing, and prototyping. Some examples provided include building rockets from straw and paper, edible structures from food items, and water filtration systems. The approach emphasizes providing skills and knowledge through hands-on mini-explorations and challenges related to topics like renewable energy and off-grid living.
This document discusses strategies for engaging students using technology in the classroom. It recommends using technology to grab students' attention, introduce and scaffold new skills, and accelerate learning objectives. However, it emphasizes that technology is a tool, not a toy, and that pedagogical principles are more important than any particular tech tool. It provides examples of using tools like video, audio, 3D modeling, and games to enhance students' learning experiences.
This document discusses using elements from video games to improve student learning and engagement in schools. It suggests downloading popular games like Clash of Clans and Candy Crush Saga. It then discusses examining video games as learning tools and considering how game elements like feedback, progression, leaderboards, status/leveling up, and badges could be incorporated into classroom learning to motivate students and help them demonstrate understanding.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
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
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Training: ISO/IEC 27001 Information Security Management System - EN | PECB
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Article: https://pecb.com/article
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Slideshare: http://www.slideshare.net/PECBCERTIFICATION
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
3. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
@CurtisChandler6
31. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
@CurtisChandler6
32. My task...
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
35. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
36. Learning naturally results when we give
pupils something to do, not something to
learn; and the doing is of such nature as
to demand thinking, or the intentional
noting of connections...
(Dewey, 1916, 1944)
37. Learning naturally results when we give
pupils something to do, not something to
learn; and the doing is of such nature as
to demand thinking, or the intentional
noting of connections...
(Dewey, 1916, 1944)
38. Learning naturally results when we give
pupils something to do, not something to
learn; and the doing is of such nature as
to demand thinking, or the intentional
noting of connections...
(Dewey, 1916, 1944)
39. Learning naturally results when we give
pupils something to do, not something to
learn; and the doing is of such nature as
to demand thinking, or the intentional
noting of connections...
(Dewey, 1916, 1944)
40. 1) an essential body of knowledge
2) the ability to use that knowledge to
solve problems
3) the ability to extend/improve
knowledge in order to solve problems in
the future
(Howard Barrows)
41. 1) an essential body of knowledge
2) the ability to use that knowledge to
solve problems
3) the ability to extend/improve
knowledge in order to solve problems in
the future
(Howard Barrows)
52. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
53. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
54.
55.
56.
57.
58.
59.
60.
61.
62.
63.
64.
65. 1. Analyze initial photos.
2. Build a ship.
3. Gather data.
4. Compile and present your
findings.
66.
67. 1. Analyze initial photos.
2. Build a ship.
3. Gather data.
4. Compile and present your
findings.
78. NAME_______________________ DATE____________ HR____________
Teacher explanation-
I don’t know how many of you have ever heard of the Voyager space crafts.
They were either the coolest or the dumbest ideas that NASA has ever had.
The cool part…these crafts were designed to travel from Earth, through
our solar system, and then out into space. The crafts looked like this.
Many of the coolest things we know about other planets were discovered
from the Voyagers’ trips. We discovered a bunch of new moons, new rings
around planets, etc. Pretty cool stuff.
Now, the other cool part, or the dumb part, depending on how you see it--if you look closely at the picture
you will see this weird, golden disc. You see, some scientists who are convinced that aliens actually exist
attached this giant, golden DVD-looking-thing the space craft. On the “D VD” there were pictures, sounds,
and all sorts of stuff. If you want to see everything that is on it, click here. Don’t believe us? Click here if
you want to read about it on NASA’s site. By the way, one of the messages on the disk was this… “Friends
of space, how are you all? Have you eaten yet? Come visit us if you have time.” So IF aliens do exist
and…IF they intercept the golden disc, they will probably come eat us! Way to go NASA!
Don’t Eat Us...Part 1
Create a P.Y.S.E.U. Stone
Your job is to convince the aliens not to eat us with some
evidence that we are civilized. The catch is... if they see
you, you’ll be lunch! Instead of speaking with them, you
must create you own P.Y.S.E.U. (Proof You Shouldn’t Eat
Us) stone. I have a scientist friend at KSU named Paul
79. around planets, etc. Pretty cool stuff.
Now, the other cool part, or the dumb part, depending on how you see it--if you look closely at the picture
you will see this weird, golden disc. You see, some scientists who are convinced that aliens actually exist
attached this giant, golden DVD-looking-thing the space craft. On the “D VD” there were pictures, sounds,
and all sorts of stuff. If you want to see everything that is on it, click here. Don’t believe us? Click here if
you want to read about it on NASA’s site. By the way, one of the messages on the disk was this… “Friends
of space, how are you all? Have you eaten yet? Come visit us if you have time.” So IF aliens do exist
and…IF they intercept the golden disc, they will probably come eat us! Way to go NASA!
Don’t Eat Us...Part 1
Create a P.Y.S.E.U. Stone
Your job is to convince the aliens not to eat us with some
evidence that we are civilized. The catch is... if they see
you, you’ll be lunch! Instead of speaking with them, you
must create you own P.Y.S.E.U. (Proof You Shouldn’t Eat
Us) stone. I have a scientist friend at KSU named Paul
Verhage who sends monstrous weather balloons into the top
of near space to take pictures, video, and to record data. He
has agreed to send your projects up into space, attached to
one of his crafts, just like NASA did as long as we can get
them all on a single DVD.
Each of your projects will be two sided and look something like this:
FRONT (pictures) BACK (paragraphs)
80. around planets, etc. Pretty cool stuff.
Now, the other cool part, or the dumb part, depending on how you see it--if you look closely at the picture
you will see this weird, golden disc. You see, some scientists who are convinced that aliens actually exist
attached this giant, golden DVD-looking-thing the space craft. On the “D VD” there were pictures, sounds,
and all sorts of stuff. If you want to see everything that is on it, click here. Don’t believe us? Click here if
you want to read about it on NASA’s site. By the way, one of the messages on the disk was this… “Friends
of space, how are you all? Have you eaten yet? Come visit us if you have time.” So IF aliens do exist
and…IF they intercept the golden disc, they will probably come eat us! Way to go NASA!
Don’t Eat Us...Part 1
Create a P.Y.S.E.U. Stone
Your job is to convince the aliens not to eat us with some
evidence that we are civilized. The catch is... if they see
you, you’ll be lunch! Instead of speaking with them, you
must create you own P.Y.S.E.U. (Proof You Shouldn’t Eat
Us) stone. I have a scientist friend at KSU named Paul
Verhage who sends monstrous weather balloons into the top
of near space to take pictures, video, and to record data. He
has agreed to send your projects up into space, attached to
one of his crafts, just like NASA did as long as we can get
them all on a single DVD.
Each of your projects will be two sided and look something like this:
FRONT (pictures) BACK (paragraphs)
Launch
81. must create you own P.Y.S.E.U. (Proof You Shouldn’t Eat
Us) stone. I have a scientist friend at KSU named Paul
Verhage who sends monstrous weather balloons into the top
of near space to take pictures, video, and to record data. He
has agreed to send your projects up into space, attached to
one of his crafts, just like NASA did as long as we can get
them all on a single DVD.
Each of your projects will be two sided and look something like this:
FRONT (pictures) BACK (paragraphs)
Launch
102. PBL
Driving question...What
projects and design challenges
can I do with my kids?
Entry Points for PBL
PBL
a`la
mode
Driving question...How can I
incorporate more elements of
PBL into something that I am
already doing?
True
PBL
Driving question...What real-world
problems and projects could my
kids tackle that would allow them to
experience all components of PBL?
130. Build a door for this sound-booth!
What are
some things we
will need to know
about?
131. Build a door for this sound-booth!
What are
some things we
will need to know
about?
Where are we
going to discover the
answers to those
questions?
132. Build a door for this sound-booth!
What are
some things we
will need to know
about?
Where are we
going to discover the
answers to those
questions?
How can we evaluate our
solutions?
133. Next Step--Completely build your
own sound-booth!
What are
some things we
will need to know
about?
Where are we
going to discover the
answers to those
questions?
How can we evaluate our
solutions?
135. PBL
Driving question...What
projects and design challenges
can I do with my kids?
Entry Points for PBL
PBL
a`la
mode
Driving question...How can I
incorporate more elements of
PBL into something that I am
already doing?
True
PBL
Driving question...What real-world
problems and projects could my
kids tackle that would allow them to
experience all components of PBL?
165. In the future, I think predict that
______ and _______ will be
extremely expensive.
The reason I
feel this way is
because...
For example...
166.
167. PBL
Driving question...What
projects and design challenges
can I do with my kids?
Entry Points for PBL
PBL
a`la
mode
Driving question...How can I
incorporate more elements of
PBL into something that I am
already doing?
True
PBL
Driving question...What real-world
problems and projects could my
kids tackle that would allow them to
experience all components of PBL?
170. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
171. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
175. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
176. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
180. PBL
Driving question...What
projects and design challenges
can I do with my kids?
Pick an entry point.
PBL
a`la
mode
Driving question...How can I
incorporate more elements of
PBL into something that I am
already doing?
True
PBL
Driving question...What real-world
problems and projects could my
kids tackle that would allow them to
experience all components of PBL?
188. Objectives
1. Provide principles that will help you to effectively
engage students in Project-Based Learning (PBL)
2. Examine PBL in practice in a variety of contexts
and classroom settings
3. Preview some tech-tools that help foster
PBL in and outside of the classroom.
4. Put you to work!
@CurtisChandler6