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Technological Issues and Impacts
A Standards-Based High School Model Course Guide

 

SAMPLES

Technological Issues
Table of Contents

Sample Unit
Unit 1:Recognizing Technological Issues

Sample Lesson
Introduction to Technological Issues

 

ORDER TECHNOLOGICAL ISSUES

DESCRIPTION

Technological Issues and Impacts

Intended Audience
Grades 10-12 (no prerequisite, Foundations of Technology Recommended)

Course Overview
In Technological Issues and Impacts, students learn that technology allows us to extend our ability to modify or change the natural world to meet our wants and needs. However, the resulting changes can be complicated and unpredictable. Solutions to a particular problem may cause other types of problems. Each potential technological solution creates certain issues, such as benefits, costs, risks, and limitations. Not all impacts of technology are predictable or show up right away. However, the key issues of a technology should be studied and debated prior to the technology being introduced or eliminated. Alternatives should be explored (scientific and mathematical dimensions should be integrated into the decision).

Technological issues are not solely technical in nature. Attitudes towards technology can be influenced by social, cultural, economic, political, and ecological concerns. The decision to introduce or eliminate a technology will affect different people and vary depending on the timing. Issues can create some heated debates, which require that both sides of the debate acquire detailed information and ask the right questions. Students learn that technology is a neutral topic that can have good or bad impacts on society. Technology assessment is a structured evaluation of the application of technology in an effort to avoid inappropriate or unwanted effects. Applying design and student imagination without considering the possible effects of new products or processes can lead to technological disasters, superfund sites, and unsafe products that could have been avoided in the initial design stages. Whether a new product, system, or process has an overall positive, neutral, or negative impact depends on the proper understanding of technology assessment. By studying technological issues and their impacts, students learn that there may not be a solution that everyone agrees upon, nor will everyone benefit or receive the cost in the same way. The study of technological issues will not give students the correct answers but allows them to develop skills in asking critical questions, understanding alternative viewpoints and their origins, and gives them the confidence to be involved in deciding which technologies to develop, which to use, and how to use them.

This course will focus on the three dimensions of technological literacy: knowledge, ways of thinking and acting, and capabilities with the goal of students developing the characteristics of a technologically literate citizen. It will employ teaching/learning strategies that enable students to build their own understanding of new ideas. It is designed to engage students in exploring and deepening their understanding of “big ideas” regarding technology and makes use of a variety assessment instruments to reveal the extent of understanding.

Course Length
36 weeks recommended

Connections
Technological Issues contributes to the development of each high school student’s capacity to make responsible judgments about technology’s development, control, and use. Critiquing appropriate technology and sustainable development are important. The structure of the course brings discussions of technological values so that students can reflect and develop their own ethical standards. Students are actively involved in the organized and integrated application of technological resources, engineering concepts, and scientific procedures. Students address the complexities of technology and issues that stem from designing, developing, using, and assessing technological systems. In developing a functional understanding of technology, students comprehend how human conditions, current affairs, and personal preferences drive technological design and problem solving. Actively engaged in making and developing, using, and managing technological systems, students better understand the role of systems in meeting specific purposes.


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