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Change small, save big
Description: We have a presentation for changing the attitudes of students. We provide some facts and some ideas to save energy. Then we discuss how robotics could be used …Subject Area: 1. Natural sciences, 6. Humanities, Other humanities, Other natural sciences, Physical sciences
Author: Karatasou, A, Lazarinis, F.
Time to read: 45 min
Date Added: 01-07-2023
DigComp competence area:
DigComp competence:
Energy saving and Photovoltaics
Description: Purpose: Students are expected to be able to recognize the performance and operation of a solar_tracker, in a greenhouse as well as the relationship of the automation subsystems …Subject Area: 2. Engineering and technology, Other engineering and technologies
Author: Georgiou Eirini
Time to read: 0 min
Date Added: 09-06-2023
DigComp competence area:
DigComp competence:
Tο ενεργειακό σπίτι του Σωκράτη και ο έξυπνος κάδος
Description: Η εκπαίδευση για τη βιώσιμη ανάπτυξη είναι ένας πολύ σημαντικός και πολύπλευρος στόχος, που για την επίτευξή του απαιτείται διεπιστημονική και διαθεματική προσέγγιση. Προϋποθέτει εξοικείωση με έναν νέο …Subject Area: 2. Engineering and technology, Electrical engineering, electronic engineering, information engineering, Environmental engineering, Materials engineering, Mechanical engineering, Systems engineering
Author: Mπεσίρη Δήμητρα, Δρόσος Νίκος, Τσούκα Σωτηρία
Time to read: 120 min
Date Added: 09-06-2023
DigComp competence area:
DigComp competence:
Greening the youth sector. Sustainability checklist.
Description: The sustainability checklist has been developed to serve as a set of guidelines for the youth sector. It is based on a desk review of existing literature, guidelines, …Subject Area: 1. Natural sciences, 2. Engineering and technology, Earth and related environmental sciences, Electrical engineering, electronic engineering, information engineering, Environmental engineering
Author: Tumėnaitė N.
Time to read: 111 min
Date Added: 09-04-2022
DigComp competence area: 1. Information and data literacy
DigComp competence: 1.2 Evaluating data, information and digital content
A whole-school approach to learning for environmental sustainability
Description: This paper addresses the whole-school approach to sustainability by summarizing the latest research and leading experiences with the objective of informing policy development and related activities. It offers …Subject Area: 1. Natural sciences, 2. Engineering and technology, Earth and related environmental sciences, Environmental engineering
Author:
Time to read: 69 min
Date Added: 09-04-2022
DigComp competence area: 2. Communication and collaboration
DigComp competence: 2.4 Collaborating through digital technologies
Methodologies for the future − a guide to develop education for sustainable development
Description: This material is intended as a source of inspiration and support for teachers and trainers to develop forms, tools and methodologies that will develop action competence for sustainability …Subject Area: 1. Natural sciences, 2. Engineering and technology, 5. Social science, Earth and related environmental sciences
Author:
Time to read: 360 min
Date Added: 09-04-2022
DigComp competence area: 1. Information and data literacy
DigComp competence: 1.2 Evaluating data, information and digital content
Advancing education for sustainable development Key success factors for policy and practice.
Description: The handbook reveals 12 clusters of key conclusions which can serve as lessons or recommendations for stakeholders seeking to establish or enhance ESD policy and practice. It provides …Subject Area: 1. Natural sciences, 5. Social science, Earth and related environmental sciences, Educational sciences
Author: Whitby A.
Time to read: 220 min
Date Added: 08-04-2022
DigComp competence area: 4. Safety
DigComp competence: 4.4 Protecting the environment
LEAN ICT – Towards Digital Sobriety
Description: Report of the working group for the think tank the Shift Project, which reflects on the possibilities for generating synergy between digital and energy transition. It aims at …Subject Area: 1. Natural sciences, 2. Engineering and technology, 5. Social science, Computer and information sciences, Earth and related environmental sciences
Author:
Time to read: 250 min
Date Added: 08-04-2022
DigComp competence area: 1. Information and data literacy
DigComp competence: 1.2 Evaluating data, information and digital content
Employee training in energy efficiency
Description: This interactive game in a captivating way introduces learners with individual measures that can be taken at the workplace and also household in order to lower the energy …Subject Area: 1. Natural sciences, 2. Engineering and technology, 5. Social science, Educational sciences, Other engineering and technologies
Author:
Time to read: 60 min
Date Added: 08-04-2022
DigComp competence area: 5. Problem solving
DigComp competence: 5.2 Identifying needs and technological responses
How Can Digital Transformation Of Learning Help Reduce An Organization’s Carbon Footprint?
Description: This OER is a product of ElearningIndustry or eLI which is a publishing platform that delivers inspiring, industry-specific content to eLearning professionals and participants will understand how to …Subject Area: 1. Natural sciences, 5. Social science, Computer and information sciences
Author: Platform ElearningIndustry , Debadrita Sengupta September 7, 2019,
Time to read: 40 min
Date Added: 07-04-2022
DigComp competence area: 2. Communication and collaboration
DigComp competence: 2.4 Collaborating through digital technologies
Teach Online to Decrease Your Carbon Footprint
Description: This OER is a product of WizIQ which is a cloud-based education platform to access teaching and training modules through smartphones and laptops. The students will find out that eLearning helping …Subject Area: 1. Natural sciences, 5. Social science, Computer and information sciences, Educational sciences
Author: blog.wiziq.com
Time to read: 30 min
Date Added: 07-04-2022
DigComp competence area: 1. Information and data literacy
DigComp competence: 1.3 Managing data, information and digital content
Green Algorithms: Quantifying the Carbon Footprint of Computation
Description: A methodological framework to estimate the carbon footprint of any computational task in a standardized and reliable way is presented and metrics to contextualize GHG emissions are definedSubject Area: 1. Natural sciences, 2. Engineering and technology, Computer and information sciences, Electrical engineering, electronic engineering, information engineering, Physical sciences
Author: Lannelongue, L., Grealey, J., and Inouye, M.
Time to read: 150 min
Date Added: 06-04-2022
DigComp competence area: 1. Information and data literacy
DigComp competence: 1.3 Managing data, information and digital content