This document discusses integrating sustainability education into technology curriculums. It begins by defining sustainability and listing critical topics related to sustainability including human interactions with the social, physical and natural world. It then discusses standards from organizations like the International Technology Education Association (ITEA) and Project 2061 that align with teaching sustainability. Specific strategies are proposed for the technology lab, such as reducing phantom energy loads, being paperless, recycling, and using green materials. Overall, the document provides an overview of sustainability education and offers ways to incorporate these concepts into technology courses.
Motivating the school community to rise up against climate changeLittle Daisy
The document discusses motivating a school community to take action on climate change. It provides an overview of 9 modules in a toolkit to help schools become more environmentally friendly. Module 2 focuses on engaging the entire school community, including students, teachers, administrators, parents and local leaders. It provides guidance on identifying stakeholders, surveying interest levels, and developing collaborative projects that transform the school in an eco-friendly way. The goal is to inspire environmental stewardship through hands-on activities that benefit the school.
12-13 Februarie 2015, Bucuresti
Programul Evolutiv îi ajută pe participanți să-și formeze o imagine corectă asupra procesului de negociere, să-I înțeleagă secvențele, să identifice punctele tari și punctele slabe ale partenerilor, stilul, tacticile și tehnicile de negociere ale acestora.
Cu astfel de instrumente practice, un vânzător poate schimba soarta negocierii, a contractului și a întregului parteneriat de afaceri.
Motivating the school community to rise up against climate changeLittle Daisy
The document discusses motivating a school community to take action on climate change. It provides an overview of 9 modules in a toolkit to help schools become more environmentally friendly. Module 2 focuses on engaging the entire school community, including students, teachers, administrators, parents and local leaders. It provides guidance on identifying stakeholders, surveying interest levels, and developing collaborative projects that transform the school in an eco-friendly way. The goal is to inspire environmental stewardship through hands-on activities that benefit the school.
12-13 Februarie 2015, Bucuresti
Programul Evolutiv îi ajută pe participanți să-și formeze o imagine corectă asupra procesului de negociere, să-I înțeleagă secvențele, să identifice punctele tari și punctele slabe ale partenerilor, stilul, tacticile și tehnicile de negociere ale acestora.
Cu astfel de instrumente practice, un vânzător poate schimba soarta negocierii, a contractului și a întregului parteneriat de afaceri.
A lecture by by Prof. Mohamed Labib Salem: Fostering The Roles of Universitie...Prof. Mohamed Labib Salem
This talk was presented by Prof. Mohamed Labib Salem at the 2nd Int. Environment Forum: New Environmental Horizons of Sustainable Environment; 27-29 November, 2008, Tanta University, Egypt
محاضرة من ا.د. محمد لبيب سالم
كلية العلوم جامعة طنطا - مصر
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- Encouraging creative thinking to redesign the future in an interconnected way and consider the implications of design decisions.
- Exploring consumption and the consequences it has, as well as the role of different fields like design, engineering, and business in sustainable development.
- Discussing concepts like a circular economy, appropriate technology, and applying sustainable thinking to areas like energy, transport, and infrastructure.
The document discusses the role of science in pursuing sustainable development and the values of teaching science. Regarding sustainable development, it states that science should provide information to help formulate environmental and development policies and enhance understanding of issues. It also discusses how science can help in areas like energy use, closing substance cycles, environmentally friendly transportation, green chemistry, biotechnology, and sustainability. Regarding values of teaching science, it outlines intellectual, social, practical, disciplinary, recreational, moral, and aesthetic values gained from learning science.
This document discusses the role of science in pursuing sustainable development and the values of teaching science. Regarding sustainable development, it states that science should provide information to help formulate environmental and development policies and enhance understanding of long-term impacts. It identifies several areas where science can contribute, including new energy technologies, closed-loop production processes, environmentally-friendly transportation, green chemistry, biotechnology, and optimizing interactions between nature, society and the economy. Regarding values of teaching science, it discusses the intellectual, social, practical/utilitarian, disciplinary, and recreational benefits of learning science, such as developing critical thinking, understanding societal impacts, applying knowledge to daily life, fostering scientific habits, and enjoyment.
This document discusses the importance of environmental education and sustainable development. It makes three key points:
1) Current environmental problems like pollution, natural disasters, and climate change threaten our natural resources and future generations unless consumption is reduced.
2) While science and technology can help manage environmental impacts, fundamental changes in societal attitudes and moral education are needed to achieve sustainability.
3) Environmental education curricula must go beyond teaching facts to promote hands-on learning and responsible environmental behavior starting from a young age. It should emphasize reducing consumption to safeguard resources for the future.
Importance of Environmental education for Sustainable DevelopmentDr. Goutam Patra
This document discusses various topics related to environmental education and sustainability. It covers: the current state of pollution; the effects of climate change like rising sea levels; how overconsumption is damaging the environment; defining sustainable development; the limited role of science and technology without also addressing societal attitudes; and how environmental education curriculum should focus on both preventing pollution and dealing with existing pollution, while instilling moral values in students.
Beyond Virtualisation: What's next for IT sustainability?Samuel Mann
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Earth Child Institute and Planet2025 Network have developed this discussion paper to introduce a seminal research-based body of work which substantiates the rights and practical value of children and their local actions in economic terms. Building on collaborative efforts to date, our goal for this paper is to influence emerging policy decisions toward acknowledgement and investment by leaders of the private and public sectors in support of child-centered, participatory approaches.
This document discusses several topics related to education for sustainable development, including the nature of education, pillars of education, and environmental education. It also mentions issues like natural calamities, pollution, sustainable development, the role of science and technology, and the need for moral education to be incorporated into curriculums to help bring about changes to societies' attitudes toward protecting the environment. Key points are that science and technology alone cannot deliver environmental sustainability and that moral and ethical education are essential to reinforce environment-respecting values in young minds.
This document discusses several topics related to education for sustainable development, including the nature of education, pillars of education, and environmental education. It also mentions issues like natural calamities, pollution, sustainable development, the role of science and technology, and the need for moral education to be incorporated into engineering curricula to promote environmental protection. Key points are that science and technology alone cannot ensure environmental sustainability and sustainable development requires a change in societies' attitudes through environmental education.
The document discusses sensitizing young students to real-life problems through science and technology education. It notes that the current education system focuses more on academics and has limited practical exposure. It proposes incorporating hands-on learning experiences involving local communities through projects addressing issues like water, energy, sanitation and livelihoods. Specifically, it suggests students and teachers at Jawahar Navodaya Vidyalayas conduct action projects in nearby villages using science and technology solutions to generate income and improve lives. Initial projects could focus on drinking water, drainage, composting, fisheries and more. The goal is to encourage inquiry, innovation and exploration while helping students develop confidence in implementing technologies relevant to local communities.
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Environmental studies is a multidisciplinary field that examines the interactions between humans and the environment from various perspectives including physical, chemical, biological and social sciences. It aims to understand environmental issues and develop solutions to problems like pollution, resource depletion, and climate change. The goals of environmental education include creating awareness about environmental problems and developing concern for the environment among the public to encourage participation in environmental protection efforts. As the number of environmental challenges grows, the field presents increasing career opportunities for understanding and addressing issues facing the planet.
The document discusses the importance of environmental education for children. It states that educating youth about environmental issues like climate change, deforestation, and pollution is crucial so they can help solve problems and protect the future of the Earth. Environmental education aims to develop awareness, knowledge, positive attitudes, skills, and participation regarding environmental protection. It is an important topic that should be integrated into curriculums at all grade levels to nurture appreciation for the environment.
1. Ryan International School emphasizes STEM education through various curricular and extracurricular activities to develop skills like research, problem solving, investigation and questioning in students.
2. Several projects conducted by students on topics like climate change, acid rain, marine pollution helped develop their learning and analytical abilities.
3. The school promotes hands-on learning in areas of science, technology, engineering and mathematics through activities involving robotics, programming, web design and use of smart boards and applications.
Resources for Teaching about Peace and Conflict Resolution in Educational Set...Bill Warters
Slides and links handout from a session by Bill Warters presented at the Peace and Justice Studies Association conference in Waterloo, Ontario on October 19, 2013.
The document discusses strategies for teaching sustainability and climate change concepts to early childhood students. It outlines a 5Es lesson plan focused on the greenhouse effect, engaging students with videos, having them do a hands-on experiment to explore temperature changes inside jars with different conditions, explaining concepts like climate change and its future impacts, elaborating on how these issues apply personally and generating ideas to help the environment, and evaluating student understanding of key takeaways about the importance of addressing climate change. Resources like books and websites are also provided to support teaching sustainability and climate change topics to early learners.
A tale of scale & speed: How the US Navy is enabling software delivery from l...sonjaschweigert1
Rapid and secure feature delivery is a goal across every application team and every branch of the DoD. The Navy’s DevSecOps platform, Party Barge, has achieved:
- Reduction in onboarding time from 5 weeks to 1 day
- Improved developer experience and productivity through actionable findings and reduction of false positives
- Maintenance of superior security standards and inherent policy enforcement with Authorization to Operate (ATO)
Development teams can ship efficiently and ensure applications are cyber ready for Navy Authorizing Officials (AOs). In this webinar, Sigma Defense and Anchore will give attendees a look behind the scenes and demo secure pipeline automation and security artifacts that speed up application ATO and time to production.
We will cover:
- How to remove silos in DevSecOps
- How to build efficient development pipeline roles and component templates
- How to deliver security artifacts that matter for ATO’s (SBOMs, vulnerability reports, and policy evidence)
- How to streamline operations with automated policy checks on container images
Goodbye Windows 11: Make Way for Nitrux Linux 3.5.0!SOFTTECHHUB
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3) Environmental education curricula must go beyond teaching facts to promote hands-on learning and responsible environmental behavior starting from a young age. It should emphasize reducing consumption to safeguard resources for the future.
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This document discusses various topics related to environmental education and sustainability. It covers: the current state of pollution; the effects of climate change like rising sea levels; how overconsumption is damaging the environment; defining sustainable development; the limited role of science and technology without also addressing societal attitudes; and how environmental education curriculum should focus on both preventing pollution and dealing with existing pollution, while instilling moral values in students.
Beyond Virtualisation: What's next for IT sustainability?Samuel Mann
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Earth Child Institute and Planet2025 Network have developed this discussion paper to introduce a seminal research-based body of work which substantiates the rights and practical value of children and their local actions in economic terms. Building on collaborative efforts to date, our goal for this paper is to influence emerging policy decisions toward acknowledgement and investment by leaders of the private and public sectors in support of child-centered, participatory approaches.
This document discusses several topics related to education for sustainable development, including the nature of education, pillars of education, and environmental education. It also mentions issues like natural calamities, pollution, sustainable development, the role of science and technology, and the need for moral education to be incorporated into curriculums to help bring about changes to societies' attitudes toward protecting the environment. Key points are that science and technology alone cannot deliver environmental sustainability and that moral and ethical education are essential to reinforce environment-respecting values in young minds.
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2. SustainabilitySustainability
Development that meets theDevelopment that meets the
needs of the presentneeds of the present
without compromising thewithout compromising the
ability of future generationsability of future generations
to meet their own needs.to meet their own needs.
3. Critical Topics ofCritical Topics of
SustainabilitySustainability
Human interactions with the Social,Human interactions with the Social,
Physical (Technological) and NaturalPhysical (Technological) and Natural
WorldWorld
Ethics in Sustainability Discussions andEthics in Sustainability Discussions and
DecisionsDecisions
The Current and Near Future Scope ofThe Current and Near Future Scope of
the Sustainability Issuethe Sustainability Issue
Motivating/Encouraging EnvironmentallyMotivating/Encouraging Environmentally
Sustainable BehaviorsSustainable Behaviors
4. Human interactions with theHuman interactions with the
Social, Physical (Technological)Social, Physical (Technological)
and Natural Worldand Natural World
harmony with natureharmony with nature
technology and society interactionstechnology and society interactions
impacts/effects of the Physical andimpacts/effects of the Physical and
Natural World on continued humanNatural World on continued human
existence/consumptionexistence/consumption
the relationship of population,the relationship of population,
consumption, technology and theconsumption, technology and the
capacity of the biospherecapacity of the biosphere
5. Ethics in SustainabilityEthics in Sustainability
Discussions and DecisionsDiscussions and Decisions
equity and social justice inequity and social justice in
sustainable developmentsustainable development
personal v. societal valuespersonal v. societal values
towards sustainabilitytowards sustainability
sustainability decision processsustainability decision process
v. scientific certaintyv. scientific certainty
6. The Current and Near FutureThe Current and Near Future
Scope of the SustainabilityScope of the Sustainability
IssueIssue
Climate changes recordedClimate changes recorded
Natural resource reservesNatural resource reserves
Population growth trendsPopulation growth trends
Environmental challengesEnvironmental challenges
Eco-system challengesEco-system challenges
Reversibility of theseReversibility of these
impacts/challengesimpacts/challenges
7. Motivating/EncouragingMotivating/Encouraging
Environmentally SustainableEnvironmentally Sustainable
BehaviorsBehaviors
Personal, societal, political,Personal, societal, political,
business/financial andbusiness/financial and
governmental constraintsgovernmental constraints
Interplay of spiritual and culturalInterplay of spiritual and cultural
beliefs on environmentallybeliefs on environmentally
sustainable behaviorssustainable behaviors
Micro and macroeconomic forcesMicro and macroeconomic forces
9. ITEAITEA
StandardsStandardsThe students will acquire knowledge of:The students will acquire knowledge of:
3. The Relationships among technologies and the3. The Relationships among technologies and the
connections between technology and other fields.connections between technology and other fields.
4. The cultural, social, economic and political effects of4. The cultural, social, economic and political effects of
technology.technology.
5. The effects of technology on the environment.5. The effects of technology on the environment.
6. The role of society in the development and use of6. The role of society in the development and use of
technology.technology.
7. The influence of technology on society.7. The influence of technology on society.
12. Use and maintain technological products and12. Use and maintain technological products and
systems.systems.
13 Assess the impact of products and systems.13 Assess the impact of products and systems.
10. ITEA Standards cont.ITEA Standards cont.
The students will acquire knowledge of:The students will acquire knowledge of:
15. Agricultural and related biotechnologies.15. Agricultural and related biotechnologies.
16. Energy and power technologies.16. Energy and power technologies.
18. Transportation technologies.18. Transportation technologies.
19. Manufacturing technologies.19. Manufacturing technologies.
20. Construction technologies.20. Construction technologies.
www.ITEAconnect.orgwww.ITEAconnect.org
13. North East SustainableNorth East Sustainable
Education AssociationEducation Association
http://http://nesea.gaiahost.coopnesea.gaiahost.coop/education//education/
18. Status of the Earth andStatus of the Earth and
It’s ResourcesIt’s Resources
http://http://
www.theglobaleducationproject.org/earth/indwww.theglobaleducationproject.org/earth/ind
25. Be, Live, Buy DifferentBe, Live, Buy Different
http://http://www.ibuydifferent.orgwww.ibuydifferent.org//
26.
27. World Fact BookWorld Fact Book
Compiled by the CIACompiled by the CIA
https://www.cia.gov/library/publications/the-wohttps://www.cia.gov/library/publications/the-wo
28.
29. Energy Star for KidsEnergy Star for Kids
http://http://www.energystar.gov/index.cfm?cwww.energystar.gov/index.cfm?c==
kids.kids_indexkids.kids_index
30.
31.
32. LinksLinks
North East Sustainable Education AssociationNorth East Sustainable Education Association
http://nesea.gaiahost.coop/education/http://nesea.gaiahost.coop/education/
Sustainability Education HandbookSustainability Education Handbook
http://www.urbanoptions.org/SustainEdHandbook/http://www.urbanoptions.org/SustainEdHandbook/
Green Teacher magazineGreen Teacher magazine
http://www.greenteacher.com//http://www.greenteacher.com//
DOE Lesson materials – Get Smart About EnergyDOE Lesson materials – Get Smart About Energy
http://apps1.eere.energy.gov/education/lessonplans/http://apps1.eere.energy.gov/education/lessonplans/
Contains printable modules/activities that are simple to useContains printable modules/activities that are simple to use
Energy Star for KidsEnergy Star for Kids
http://www.energystar.gov/index.cfm?c=kids.kids_indexhttp://www.energystar.gov/index.cfm?c=kids.kids_index
Status of the Earth and It’s ResourcesStatus of the Earth and It’s Resources
http://www.theglobaleducationproject.org/earth/index.phphttp://www.theglobaleducationproject.org/earth/index.php
Earth QuizEarth Quiz
http://www.theglobaleducationproject.org/earth/quiz.phphttp://www.theglobaleducationproject.org/earth/quiz.php
Be, Live, Buy DifferentBe, Live, Buy Different
http://www.ibuydifferent.org/http://www.ibuydifferent.org/
Education for Sustainable Development Toolkit (FREE)Education for Sustainable Development Toolkit (FREE)
http://www.esdtoolkit.org/about.htm#downloadhttp://www.esdtoolkit.org/about.htm#download
World Fact Book Compiled by the CIAWorld Fact Book Compiled by the CIA
https://www.cia.gov/library/publications/the-world-factbook/index.htmlhttps://www.cia.gov/library/publications/the-world-factbook/index.html
33. LOW HANGING FRUIT IN THE TECHNOLOGY LABLOW HANGING FRUIT IN THE TECHNOLOGY LAB
REDUCTION OF “PHANTOM LOADS” ON THE LAB COMPUTERS.REDUCTION OF “PHANTOM LOADS” ON THE LAB COMPUTERS.
PAPERLESS AS MUCH AS POSSIBLE. ASSIGNMENTS AND HANDOUTS.PAPERLESS AS MUCH AS POSSIBLE. ASSIGNMENTS AND HANDOUTS.
REDUCE ENERGY CONSUMPTION FOR LIGHTS, MACHINERY AND ELECTRONICS INREDUCE ENERGY CONSUMPTION FOR LIGHTS, MACHINERY AND ELECTRONICS IN
THE LAB AS MUCH AS SAFELY PRACTICAL.THE LAB AS MUCH AS SAFELY PRACTICAL.
RECYCLE: PAPER, PRINT CARTRIDGES, BATTERIES, DRINK CONTAINERS,RECYCLE: PAPER, PRINT CARTRIDGES, BATTERIES, DRINK CONTAINERS,
HARDWARE, AND CONSUMABLE MATERIALS IN THE LAB AND DEVELOP STUDENTHARDWARE, AND CONSUMABLE MATERIALS IN THE LAB AND DEVELOP STUDENT
PROBLEM BASED LEARNING ACTIVITIES TO DETERMINE THE SCOPE OF THE ISSUEPROBLEM BASED LEARNING ACTIVITIES TO DETERMINE THE SCOPE OF THE ISSUE
IN THE SCHOOL AND THEN TO MAKE SOLUTIONS THAT COULD BE IMPLEMENTED ATIN THE SCHOOL AND THEN TO MAKE SOLUTIONS THAT COULD BE IMPLEMENTED AT
LITTLE OR NO COST.LITTLE OR NO COST.
PROVIDE LAB EXPERIENCES IN USING ENERGY SAVING DEVICES BY COMPARINGPROVIDE LAB EXPERIENCES IN USING ENERGY SAVING DEVICES BY COMPARING
THEM TO TRADITIONAL DEVICES AND MATHEMATICALLY CHART THETHEM TO TRADITIONAL DEVICES AND MATHEMATICALLY CHART THE
PERFORMANCE DATA TO DEVELOP A COST BENEFIT STATEMENT.PERFORMANCE DATA TO DEVELOP A COST BENEFIT STATEMENT.
REUSE RECYCLED MATERIALS IN THE PROBLEM BASED LEARNING ACTIVITIES.REUSE RECYCLED MATERIALS IN THE PROBLEM BASED LEARNING ACTIVITIES.
USE “GREEN” MATERIALS AS OFTEN AS POSSIBLE: WATER BASED STAINS ANDUSE “GREEN” MATERIALS AS OFTEN AS POSSIBLE: WATER BASED STAINS AND
FINISHES, WATER BASED GLUES, SUSTAINABLE MATERIAL RESOURCES WHEREFINISHES, WATER BASED GLUES, SUSTAINABLE MATERIAL RESOURCES WHERE
POSSIBLE, DESIGNS THAT LIMIT WASTE OF MATERIALS.POSSIBLE, DESIGNS THAT LIMIT WASTE OF MATERIALS.
SUSTAINABILITY ARTICLES/WEB INFORMATION THAT STUDENTS CAN READ ANDSUSTAINABILITY ARTICLES/WEB INFORMATION THAT STUDENTS CAN READ AND
WRITE A REFLECTION ON.WRITE A REFLECTION ON.
PROMOTION OF GOOD SUSTAINABILITY HABITS AS A PART OF THE CURRICULUM.PROMOTION OF GOOD SUSTAINABILITY HABITS AS A PART OF THE CURRICULUM.
DEVELOP A COURSE FOR HIGH SCHOOL ON SUSTAINABILITY THAT WOULD BEDEVELOP A COURSE FOR HIGH SCHOOL ON SUSTAINABILITY THAT WOULD BE
ISSUES DRIVEN WITH PRACTICAL SOLUTIONS THAT COULD BE MODELED INISSUES DRIVEN WITH PRACTICAL SOLUTIONS THAT COULD BE MODELED IN
LEARNING ACTIVITIES.LEARNING ACTIVITIES.
DEVELOP MIDDLE LEVEL ACTIVITIES THAT CAN MODEL SUSTAINABLEDEVELOP MIDDLE LEVEL ACTIVITIES THAT CAN MODEL SUSTAINABLE
TECHNOLOGICAL INNOVATIONS EMBEDDED INTO THE INTRODUCTORYTECHNOLOGICAL INNOVATIONS EMBEDDED INTO THE INTRODUCTORY
CURRICULUM.CURRICULUM.
CAREER AWARENESS FOR JOBS FOR THE “GREEN” ECONOMY.CAREER AWARENESS FOR JOBS FOR THE “GREEN” ECONOMY.
34. Home Made Green CleanersHome Made Green Cleaners
Furniture PolishFurniture Polish
¼ olive oil¼ olive oil
¼ distilled white vinegar¼ distilled white vinegar
2 teaspoons of lemon juice2 teaspoons of lemon juice
Place in bottle and shake well before usingPlace in bottle and shake well before using
Toilet Bowl CleanerToilet Bowl Cleaner
Baking Soda sprinkled onto inside bowl surfaceBaking Soda sprinkled onto inside bowl surface
Spray white distilled vinegar onto coated surfaceSpray white distilled vinegar onto coated surface
Let stand 30 minutes and scrub with a bowl brushLet stand 30 minutes and scrub with a bowl brush
All Purpose CleanerAll Purpose Cleaner
2 cups distilled white vinegar2 cups distilled white vinegar
2 cups water2 cups water
¼ teaspoon of lemon oil (about 25 drops)¼ teaspoon of lemon oil (about 25 drops)
Shake before each use in a spray bottleShake before each use in a spray bottle