L/O/G/O The Connection between Technological and Environmental Literacy Roman Kroufek Jan Janovec Vlastimil Chytrý.

Slides:



Advertisements
Similar presentations
Performance Assessment
Advertisements

School/Centre: Reflecting on the effectiveness of Self-Evaluation Resource The levels on the board are as in How Good Is Our school? Above the board, type.
School/Centre: Reflecting on the effectiveness of Self-Evaluation Resource The levels on the board are as in How Good Is Our school? Above the board, type.
School/Centre: Reflecting on the effectiveness of Self-Evaluation Resource The levels on the board are as in How Good Is Our school? Above the board, type.
Thinking Skills and Personal Capabilities Unit 1
Imelda V.G. Villar, Ph.D. Professional Regulatory Board - Psychology
CRITICAL THINKING The Discipline The Skill The Art.
Competencies for Lifelong Learning Barbara Kędzierska Barbara Kędzierska Pedagogical University of Krakow Delhi 2009.
Setting the Stage for CBPR: Theories and Principles
1 Graduates’ Attributes : EMF, EUR-ACE and Federal Educational Standards Alexander I. Chuchalin, Chair of the RAEE Accreditation Board Graduates’ Attributes.
CONCLUSIONS and SUGGESTIONS. The Conclusions and Suggestions drawn up in this section includes the opinions about the general approaches for the applications.
In the Northern Ireland Primary Curriculum
Determinants of Judgment Performance By: Lea Sulaiman Saputra D1555.
Standards. New Jersey New Jersey Health and Physical Education Core Curriculum Content Standards FAQ.
INTRODUCTION 1. We will cover: -Focus Of Human Factors -Human Factors Emphasis - Human Factors’ Objectives -Human Factors Approach -Definition 2.
7/14/20151 Effective Teaching and Evaluation The Pathwise System By David M. Agnew Associate Professor Agricultural Education.
Guidelines for Best Practices in Educational Use of Virtual Instrumentation Presentation created by Adina Glava Babeş – Bolyai University of Cluj-Napoca,
FINDING OUR PLACE AND PURPOSES IN HUMAN RIGHTS EDUCATION.
Talent Management Training Methods.
Job design & job satisfaction
Workshop Consolidation (Bocconi): Competencies of the Environmental Manager Aromake Afiegbe RIT.
Course descriptions TEMPUS EcoBRU PROJECT. Environmental education as a basic component of the technosphere employees’ biospherically compatible activity.
JIC ABET WORKSHOP No.4 Guidelines on: II Faculty Survey Questionnaire.
Strategic Human Resource Management
School Innovation in Science Formerly Science in Schools An overview of the SIS Model & supporting research Russell Tytler Faculty of Education, Deakin.
The Comprehensive School Health Education Curriculum:
Moira Savage & Anthony Barnett University of Worcester Digital literacy, employability and graduate attributes for primary trainee teachers
21st Century Skills Initiatives
Teachers Competences at Inclusive Primary Schools in the Czech Republic Teachers Competences at Inclusive Primary Schools in the Czech Republic Research.
AUSTRALIAN CURRICULUM ECONOMICS. Australian Curriculum What we know What we know The place of economics in the Curriculum The place of economics in the.
Effective Public Speaking Chapter # 3 Setting the Scene for Community in a Diverse Culture.
Unit 3. demonstrate the ability to use subprograms within computer programs; use a variety of problem-solving strategies to solve different types of.
Week 2: Community Health Nursing Role Dimensions.
BUSINESS INFORMATICS descriptors presentation Vladimir Radevski, PhD Associated Professor Faculty of Contemporary Sciences and Technologies (CST) Linkoping.
Learning outcomes for BUSINESS INFORMATCIS Vladimir Radevski, PhD Associated Professor Faculty of Contemporary Sciences and Technologies (CST)
OPERATIONAL ENVIRONMENTAL LITERACY The Ultimate Goal of Environmental Education.
TEAMWORK AND TEAM BUILDING KEYS TO GOAL ACHIEVEMENT AND SUSTAINABILITY.
Prof. Ashry Gad Mohamed Prof. of Epidemiology College of Medicine, KSU Nutrition Education.
Leadership Defined Characterizing Effective Leaders.
Ethanol & Sustainability teaching: Integrating business, public policy, and science Rick Oches Department of Natural & Applied Sciences Bentley University.
The Basic Education Curriculum for the ALS:
DEVELOPMENt EDUCATION & The Primary classroom EXPLORED
Teaching to the Standard in Science Education By: Jennifer Grzelak & Bonnie Middleton.
LEARNING STYLES: How do you learn the best? Presented by: Annette Deaton Coordinator of Orientation Services.
The World Around Us and the Media Integrating ICT.
Maps Top tens Lecture wrap up. Allergies For our exemplar Please me if you have concerns.
Chapter 1 How Sociologists View Social Problems
Digital Information Literacy in a Knowledge Based Society NAGANO Kazuo University of the Sacred Heart Japan No one would disagree that preparing infrastructure.
What is Creativity? “Creativity is a process which generates ideas that have value to the individual. It involves looking at familiar things with a fresh.
Hannah Love LSIS 5645 Core Assessment IV. Why is information literacy necessary?  To fulfill the goals of education by preparing students for The workplace.
Quick Write Reflection How will you implement the Engineering Design Process with your students in your classes?
Learning Communities CAPABILITY BASED LEARNING. LEARNING COMMUNITIES Source: McMillan and Chavis (1986) on
FOCISS a strategy tool for sustainable innovation1 Focusing Innovation Strategy for Sustainability a practice based approach for SME’s Jan Venselaar (FOCISS.
Jeanne Ormrod Eighth Edition © 2014, 2011, 2008, 2006, 2003 Pearson Education, Inc. All rights reserved. Educational Psychology Developing Learners.
The Environment of Management
Practical work to deliver ‘How science works’ SAPS (Science and Plants for Schools)
Module 1 : Part 1 INTRODUCTION & HISTORY OF COMPUTERS INTRODUCTION & HISTORY OF COMPUTERS.
Lucy-Jane Attrill Communications Manager, artswork.org.uk Suzanne Lee Artistic Director, all allchangearts.org.
AASL American Association of School Librarians Presented by M. E. Shenefiel, Dec. 3, 2007.
Landscape Design and Management Objectives and learning outcomes of the study program Vaclovas Bogužas Mantas Pilkauskas.
7 Training Employees What Do I Need to Know?
21st Century Skills in the Classroom
Job design & job satisfaction
MANAGING HUMAN RESOURCES
Diffusion of Innovation
HEALTH IN POLICIES TRAINING
Public Health Interventions
Unit: Science and Technology
Science: Learning Experience wested
Active learning and active citizenship
Presentation transcript:

L/O/G/O The Connection between Technological and Environmental Literacy Roman Kroufek Jan Janovec Vlastimil Chytrý

The Connection between Technological and Environmental Literacy Modern society which is based on ideas of sustainable development requires from its members crucial equipment qualities that enable fulfilment of its goals. Such qualities can also be described as literacies, i.e. sets of skills, knowledge and affective characteristics.

Technological Literacy Environmental Literacy The Connection between Technological and Environmental Literacy Within the themes that can be described as green and that are directed towards the fulfilment of practices and ideas of sustainable development technological and environmental literacy play a very important role. They represent paths that lead an individual to science, technology and environment. Despite this fact we know very little about their mutual interaction and the way they influence each other.

Technological literacy  Technological literacy is a ability to  use,  manage,  evaluate  and understand technology.  Technological literacy is a ability to  use,  manage,  evaluate  and understand technology.

Technological literacy  A technically literate person  understands what technology is, how it is created and how society is created in its influence and in opposite how the technology is influenced by society,  is capable of all this despite the fact that the technology is constantly developing,  is able to evaluate the information about technology presented in media, perceive it in context and create his or her own opinion based on this context,  can effectively use technology to his or her advantage without a fear of it or in opposition uncritical love for it.  A technically literate person  understands what technology is, how it is created and how society is created in its influence and in opposite how the technology is influenced by society,  is capable of all this despite the fact that the technology is constantly developing,  is able to evaluate the information about technology presented in media, perceive it in context and create his or her own opinion based on this context,  can effectively use technology to his or her advantage without a fear of it or in opposition uncritical love for it.

Technological literacy  Components of technological literacy  knowledge,  critical thinking and decision making  and capabilities.  Components of technological literacy  knowledge,  critical thinking and decision making  and capabilities.

Environmental literacy  has three levels – nominal, functional and operational (Roth, 1992)  each of these levels has a series of characteristics that can be divided into four basic strands:  knowledge strand  affective strand  skill strand  behavior strand  has three levels – nominal, functional and operational (Roth, 1992)  each of these levels has a series of characteristics that can be divided into four basic strands:  knowledge strand  affective strand  skill strand  behavior strand

Environmental literacy Domain of environmental literacy (Hollweg et al. 2011)

The Connection between Technological and Environmental Literacy

 The connection can be observed in  equipping an individual with a specific set of skills and competencies that allow one to actively and competently participate in public life and make decisions in accordance with the trend towards green society and green economy and thus respect the ideas of sustainable development.  The connection can be observed in  equipping an individual with a specific set of skills and competencies that allow one to actively and competently participate in public life and make decisions in accordance with the trend towards green society and green economy and thus respect the ideas of sustainable development.

The Connection between Technological and Environmental Literacy  Examples of these skills:  Asks pertinent questions, of self and others, regarding the benefits and risks of technologies.  Weighs available information about the benefits, risks, costs, and trade-offs of technology in a systematic way.  Can obtain information about technological issues of concern from a variety of sources.  Ask relevant questions about environmental conditions and issues.  Investigate environmental issues (scientific and social aspects of issues using primary and secondary sources).  Evaluate and make personal judgments about environmental issues (the interaction between environmental conditions and sociopolitical systems).  Create and evaluate plans at various scales/levels to resolve environmental issues.  Examples of these skills:  Asks pertinent questions, of self and others, regarding the benefits and risks of technologies.  Weighs available information about the benefits, risks, costs, and trade-offs of technology in a systematic way.  Can obtain information about technological issues of concern from a variety of sources.  Ask relevant questions about environmental conditions and issues.  Investigate environmental issues (scientific and social aspects of issues using primary and secondary sources).  Evaluate and make personal judgments about environmental issues (the interaction between environmental conditions and sociopolitical systems).  Create and evaluate plans at various scales/levels to resolve environmental issues.

 The elements of technological literacy are a natural part of the personality of a good chemical engineer, thus the connection of environmental and technological literacy is closely connected with principles declared in the project “Strength” The Connection between Technological and Environmental Literacy

Thank you for the attention. Roman Kroufek 1, Jan Janovec 1, Vlastimil Chytrý 1, 1 Department of pre-school & primary education, Faculty of Education, J. E. Purkynje University in Usti nad Labem, Czech Republic