QUALITY LEARNING FOR TECHNOLOGY EDUCATION: AN EFFECTIVE APPROACH TO TARGET ACHIEVEMENT AND DEEPER LEARNING

Journal Title: Problems of Education in the 21st Century - Year 2011, Vol 38, Issue 1

Abstract

In recent times the role of the student in the learning process has received an increasing recognition. They have been transformed from passive receivers and regurgitators of knowledge to active participants at all stages of the learning process. The aim of this research is to introduce and review elements of an educational design for successful teaching and learning in Technology Education. The design utilises a sequenced pathway for successful achievement that details the intended learning, develops multifarious teaching episodes, provides opportunities for tangibly-evidenced student work, and identifies the criteria for successful achievement. It utilises an example of a practical activity that encourages informed participatory experiences to demonstrate examples of good practice in teaching Technology Education. Student involvement in the learning process begins with the identification of meaningful purpose and relevance while their practical work encourages cooperation, authenticity and individual accountability through portfolio assessment. The end result of their endeavour is measured in terms of their success in further developing their technological literacy.

Authors and Affiliations

Paul Snape

Keywords

Related Articles

DESIRED CULTURE AND REALISTIC VALUE-JUDGEMENT

To create and to operate a knowledge management system is becoming a more and more popular targets of companies. Realizing the changes above can result in a failure - in spite of the strongest will – if organizations lac...

THE TRUE PRIVATE COST OF A “FREE” UNIVERSITY EDUCATION: A COMPARATIVE STUDY

The ostensibly free university education in Greece actually has several private costs. A comparative research design was used to compare Greek families’ private expenditures for university education in 2014-2015 to famil...

LACK OF INTEREST IN SCHOOL SCIENCE AMONG NON-SCIENCE STUDENTS AT THE SENIOR HIGH SCHOOL LEVEL

This study investigated the factors that contribute to the non-science students’ lack of interest in school science through the use of a 27-item questionnaire. This assisted in comparing the male and female non-science...

IMPLEMENTING THE COMPUTER-BASED NATIONAL EXAMINATION IN INDONESIAN SCHOOLS: THE CHALLENGES AND STRATEGIES

In line with technological development, the computer-based national examination (CBNE) has become an urgent matter as its implementation faces various challenges, especially in developing countries. Strategies in impleme...

EDUCATION, EMPLOYABILITY AND LABOUR FORCE COMPETITIVENESS IN CROATIA

Employability and labour force competitiveness are important parts of an economy’s overall competitiveness. The key role of knowledge as a structural part of the competence in stimulating economic growth has been widely...

Download PDF file
  • EP ID EP470938
  • DOI -
  • Views 121
  • Downloads 0

How To Cite

Paul Snape (2011). QUALITY LEARNING FOR TECHNOLOGY EDUCATION: AN EFFECTIVE APPROACH TO TARGET ACHIEVEMENT AND DEEPER LEARNING. Problems of Education in the 21st Century, 38(1), 95-104. https://europub.co.uk/articles/-A-470938