Review and redesign of the curriculum of a Masters programme in telecommunications engineering – Towards an outcome-based approach

This article presents the methodology and results of the curriculum review of the Masters of Science programme in Wireless Communications offered by the Telecommunications Engineering Department at Yarmouk University in Jordan. The review is based on expert opinion collected through questionnaires and meetings about the programme and focuses on two main aspects: the first is relevance of the programme to the needs of local and regional telecommunications industry and the second is comparability to similar programmes in the EU.

Through an extensive analysis of the collected data, a set of recommendations for improvement of the existing curriculum was developed. These recommendations were then used to redesign the curriculum with regard to contents, teaching methodology and assessment.     

Academic Values And Academic Practice In The New Universities

This paper reports some data of an ARC funded study of academic staff in a number of disciplines in colleges of advanced education and universities. Generally, more university than college academics scored high on academic motivation, on teaching‐research synergy and promotion of student independence, with college academics scoring higher on good teaching practice. There are disciplinary differences, too.

Slightly more than an average proportion of staff in the Social Sciences report good teaching practices. They are highly committed to promoting student independence, experience a fairly high level of teaching‐research synergy and have high intrinsic academic motivation. There is large‐scale consensus among Arts staff with university Arts academics scoring highest on promoting student independence, academic motivation, and teaching‐research synergy, and academics in CAE Arts departments scoring highest of all on good teaching practices.

Science staff seem to have different academic values and practices. Their academic motivation is about “average”, and fewer science academics report good teaching practices or practices that promote student independence. In their own work they also experience less teaching‐research synergy. Engineering staff show the lowest academic motivation, least commitment to student independence, experience least teaching‐research synergy, and report below average good teaching practices.

Health Science staff are akin to staff in Arts and Social Sciences in areas concerned with students, e.g. good teaching practices and promotion of student independence. In the areas which tap into their values as academics, e.g. academic motivation and teaching‐research synergy, they seem to be more like science and engineering staff.

Commerce/Law staff were on all aspects somewhere in the middle.     

Teaching global climate change to pre-service middle school teachers through inquiry activities

Background Global climate change (GCC) has become one of the most debated socio-scientific issues after an increase in media attention. Recently, there have also been several studies describing students’ and teachers’ alternative conceptions about GCC. Therefore, designing learning environments at the college level that focus on accurate conceptions of GCC has become important in order for pre-service teachers to correct their alternative conceptions. There are, however, a limited number of studies that aim to both increase pre-service teachers’ knowledge about these issues and explore their perceptions of teaching this subject.

Purpose The purpose of this study was to investigate the effects of inquiry-based activities on pre-service teachers’ knowledge about GCC and their perceptions of teaching this subject.

Sample The participants were 102 pre-service middle school mathematics and science teachers who were enrolled in an environmental education course.

Design and methods A one group pre-test–post-test design was employed to identify changes after pre-service teachers engaged in a learning unit on GCC. The inquiry-based GCC unit was implemented during the spring semester at a public university in northeastern Turkey. The unit was implemented over seven sessions. Data were collected through two questionnaires: the ‘GCC content questionnaire’ and the ‘perceptions of teaching GCC questionnaire’. Each questionnaire was administered both before and after implementation of the unit. Content questionnaire responses were analyzed using a paired-samples t-test. Responses to the perceptions of teaching questionnaire were analyzed using inductive open coding.

Results Results indicated that after the implementation the pre-service teachers significantly improved their understanding of GCC across all items in the content questionnaire, saw several benefits of and challenges about teaching GCC, and perceived themselves as better prepared to teach about GCC in their future classrooms.

Conclusions Teacher education programs should integrate inquiry-based GCC instruction to increase pre-service teachers’ knowledge as well as their preparedness to teach about this important planetary issue.     

Primary school students’ conceptions about microorganisms. Influence of theoretical and practical methodologies on learning

Background: Microorganisms are very important in day-to-day life, but they are inadequately addressed in the Spanish educational system. It is essential that students are well informed about their characteristics and functions.

Purpose: The study aims to find out primary school students’ perceptions of microorganisms and to analyze whether theoretical or practical teaching interventions produce different levels in student’s learning about this topic.

Sample: The sample consisted of 199 primary students in 2nd (aged 7–8) and 6th (11–12) grades from two public schools in Albacete (Spain).

Design and method: This study uses a pre- and post-intervention questionnaire to evaluate the knowledge of students on the issue of microorganisms. We compare differences by age and two teaching–learning intervention methodologies: theoretical and practical.

Results: Results from the pre-test showed a poor understanding and several misconceptions. Children have a limited and negative view of microorganisms, mainly derived from non-formal learning. Both types of intervention provided an improvement in knowledge, but closed questions did not reveal clear statistically significant differences between methods. Open questions showed how the scientific use of the language and quality of verbalization is much better in the groups that received a practical intervention.

Conclusion: The findings can be a starting point for curriculum planners and for teachers interested in engaging students in science learning.     

Swedish technology teachers’ attitudes to their subject and its teaching

Background: From previous research among science teachers it is known that teachers’ attitudes to their subjects affect important aspects of their teaching, including their confidence and the amount of time they spend teaching the subject. In contrast, less is known about technology teachers’ attitudes.

Purpose: Therefore, the aim of this study is to investigate Swedish technology teachers’ attitudes toward their subject, and how these attitudes may be related to background variables.

Sample: Technology teachers in Swedish compulsory schools (n = 1153) responded to a questionnaire about teachers’ attitudes, experiences, and background.

Methods: Exploratory factor analysis was used to inwvestigate attitude dimensions of the questionnaire. Groupings of teachers based on attitudes were identified through cluster analysis, and multinomial logistic regression was performed to investigate the role of teachers’ background variables as predictors for cluster belonging.

Results: Four attitudinal dimensions were identified in the questionnaire, corresponding to distinct components of attitudes. Three teacher clusters were identified among the respondents characterized by positive, negative, and mixed attitudes toward the subject of technology and its teaching, respectively. The most influential predictors of cluster membership were to be qualified for teaching technology, having participated in in-service-training, teaching at a school with a proper overall teaching plan for the subject of technology and teaching at a school with a defined number of teaching hours for the subject.

Conclusions: The results suggest that efforts to increase technology teachers’ qualifications and establishing a fixed number of teaching hours and an overall teaching plan for the subject of technology may yield more positive attitudes among teachers toward technology teaching. In turn, this could improve the status of the subject as well as students’ learning.     

Information Skills in Education for Manufacturing Technology: the Case for an Integrated Quality Approach

Considerable ‘user education’ work of high quality has been produced from academic librarians to impart information skills to students on degree-level and diploma BTEC engineering courses. However, in the author's opinion, this lacks a focus on some points of importance for the effective teaching of potential engineers and technologists, This requires the following.

(1) More case-studies of engineering problems highlighting information retrieval aspects.

(2) More accurate grounding in the way engineers actually use information.

(3)Better integration between lectures, information guides, exercises and test material.

(4)Greater emphasis on the analysis stage of technical problems, and linkage to types of available information to help generate solutions—information needs analysis.

Scope exists for packaged teaching material incorporating improvements and drawing upon advances in educational technology such as CAL methods. The author attaches a sample scheme based on advanced manufacturing themes, developed for the BTEC Production Engineering course at Coventry Polytechnic in the UK.     

Spatial concepts and young children

This presentation looks at how young children learn basic geometrical concepts. Piaget's developmental levels will be examined to determine how they fit into the current research project. These will be compared with materials from the Soviet States that have recently become available from the NCTP in the USA.

The research project was constructed in a number of early childhood centres in a variety of socio‐economic areas. All of these centres had an early intervention program in operation so that special needs or ‘exceptional’ children could be observed along with mainstream children.

The researcher is investigating children's learning styles to determine the children's preferred learning styles when exploring spatial concepts. The question of whether exceptional children progress through the same stages and in the same order as the mainstream children is also being considered.

Spatial concepts in early childhood is an area that seems to have been neglected by researchers in favour of the development of number concepts. This research project aims to add to our knowledge of how young children learn spatial concepts.

     

Between Tradition and Progress: Oldenburg University's Model Plan for Comprehensive Teacher Training

Since early 1974, a pilot project for integrated teacher training has been in progress at Oldenburg University. This is currently the only extensive teacher training reform which exist in the German Federal Republic.

All plans for this integrated training program are designed to provide training normally encompassed by the traditional two‐stage programm.

The integrated training program includes:

- studies in the areas of education and social science;

- studies in two major subjects which are later to be taught at school;

- practical studies and activities.

The new model leads to the following degrees:

- nine semesters of study for a Certificate of Qualification for primary and lower‐level secondary school;

- eleven semesters for a Certificate of Qualification for higher‐level secon dary school and the education of exceptional children.

Theoretic training in major subject areas and related didactic training as well as education and social studies take place chiefly in the form of projects. A basic assumption is that interdisciplinary projects which are practice‐ and problemoriented permit a highly desirable integration of theory and practice on the whole.

In the project, contact teachers are an essential link between field practice at school and academic training at the university. Contact teachers are under contact to the university for an extended period of time (generally three years). In place of remunation, their teaching loads are reduced by ten hours per week.

In 1978/79 the project will be put to the test as the first generation of students prepares for State Board Examinations.     

The Gap between Theory and Practice

This contribution outlines the state of the art of the recent developments in teacher education for Secondary education in the Netherlands.

In the first section an overall picture is given from the different types of teacher training, their certification and their developments.

In the second section two key‐issues in teacher training are discussed, particularly the different training concepts and the developments in teaching practice in schools. Specific attention is given to the training of the co‐operating teachers.

In the third section two of the author's research projects are reviewed: the first is a project on problems of beginning teachers, and the second a project on teaching practice in schools.     

The impact of a professional development model for a mobilized science curriculum: a case study of teacher changes

Background and purpose: To date, there has been little research on the Teacher Professional Development (TPD) for delivering a mobile technology-supported science curriculum. To address this, a TPD model for a science curriculum supported by mobile technology was developed and evaluated in this paper. The study reported focuses on the establishment of the TPD model and exploration of its impact on teacher behaviors in the curriculum implementation.

Sample, design, and methods: In the study, two representative science teachers’ implementation of the science curriculum was presented together with an in-depth study of the TPD sessions. The data from the teacher-led PD working sessions, classroom observation and teacher interview were collected. Mixed methods and case study were used to analyze the teacher performance on the PD working sessions and on the curriculum implementation.

Results: Our findings suggested that teachers benefited from the structured TPD which provided opportunities for sharing, extensive feedback, and reflection of the curriculum implementation. It showed that teachers had transformed questioning from traditional ways into constructivist-oriented patterns in the classroom. More student-centered activities were conducted and complemented with teachers’ various scaffolds for learning. Analysis of learning artifacts attested to improvements in students’ conceptual understanding of science.

Conclusion: TPD refers to a continuing and dynamic system for PD which needs to be changed and elaborated based on teacher needs, school context and the problems and challenges encountered in the teaching practice. TPD development and teachers’ growth in the belief and competences on the instruction constitute a mutual evolution process. Their evolution could guarantee the apt enactment and spread of the curriculum innovation to impact depth, to sustain and to spread.     

The Sociology of Education and the National Curriculum

The aim of this paper is to encourage sociologists of the curriculum to contribute more both to curriculum policy advocacy and the curriculum development process. It concludes by suggesting four areas of curriculum policy research around which both sociologists of education and curriculum studies ‘specialists’ could unite and which would go some way towards meeting the demands of the National Curriculum at the level of policy analysis and implementation.

No one should be expected to say all the time, at the same time, everything that is to be said. (Karl Popper[2] [2] Quoted in Schilpp (1974), p. 1167. View all notes)

     

ENVIRONMENTAL EDUCATION AND TRAINING OF ENGINEERS ‐‐UNESCO ACTIVITIES IN THE FIELD OF ENVIRONMENTAL EDUCATION FOR ENGINEERS

The impact of engineers on the environment, particularly in the processes of urbanization, industrial production and in the search for energy resources is generally recognized.

Ecological repercussions of the project or construction where there has been a lack of appreciation of environmental harmony might have negative consequences affecting many people. Recognition of this situation is reflected in the numerous efforts of national and international organizations to reorganize engineering studies and to in‐corporate environmental education in the training of engineers.

The following article was written, for “Higher Education in Europe” and deals with Unesco's activities in the area of development of environmental education of engineers. It was written by Albert Sasson from the Division of Ecological Science of Unesco.     

The classroom observation protocol for socioscientific issue-based instruction: development and implementation of a new research tool

Background: For the past decade, science educators have been exploring the use of Socio-scientific Issues (SSI) as contexts for science teaching and learning, and research indicates that doing so can support significant learning gains. However, research related to how teachers take up the practice of SSI-based instruction is far more limited, due in part to a lack of tools for use in this kind of research.

Purpose: The focus of this research is development and testing of a new classroom observation protocol specifically designed for SSI-based instructional contexts.

Design and methods: Development of this SSI-Observation Protocol (SSI-OP) took place in four distinct phases: review of existing protocols and SSI-based instruction frameworks, writing and revision of protocol items, initial testing of the draft protocol, and soliciting feedback from SSI experts.

Sample: Following the four stages of SSI-OP development, we progressed to a series of field tests. The field tests were conducted with three different samples. The first sample was an experienced (10 + years) high school biology teacher and one of her honors biology classes. The second sample consisted of seven Turkish Pre-service Science Teachers (PST) participating in a science methods course. The third sample included two Thai PST from a field experience course embedded within a teacher education program.

Results: The final version of the protocol addressed five dimensions of SSI-based instructional activities: focus of instruction, teaching moves, role of teacher, role of students, and classroom environment.

Conclusions: The SSI-OP could be used in a variety of ways for research including documentation of current practices, impacts of professional development and/or curricula on teaching practices, and changes in teaching over time. We offer the SSI-OP as a new tool with the potential to contribute to science teacher education and research that may advance the teaching and learning of science through SSI.     

Assessing pre-service science teachers’ technological pedagogical content knowledge (TPACK) through observations and lesson plans

Background: Technological pedagogical content knowledge (TPACK) is critical for effective teaching with technology. However, generally science teacher education programs do not help pre-service teachers develop TPACK.

Purpose: The purpose of this study was to assess pre-service science teachers' TPACK over a semester-long Science Methods.

Sample: Twenty-seven pre-service science teachers took the course toward the end of their four-year teacher education program.

Design and method: The study employed the case study methodology. Lesson plans and microteaching observations were used as data collection tools. Technological Pedagogical Content Knowledge-based lesson plan assessment instrument (TPACK-LpAI) and Technological Pedagogical Content Knowledge Observation Protocol (TPACK-OP) were used to analyze data obtained from observations and lesson plans.

Results: The results showed that the TPACK-focused Science Methods course had an impact on pre-service teachers’ TPACK to varying degrees. Most importantly, the course helped teachers gain knowledge of effective usage of educational technology tools.

Conclusion: Teacher education programs should provide opportunities to pre-service teachers to develop their TPACK so that they can effectively integrate technology into their teaching.     

On defining distance education

Four generally accepted definitions of distance education are analysed and from them six components of a comprehensive definition are chosen. The forms of education that are considered to fall within the concept of distance education as outlined are considered from the point of view of choice of medium, institutional type and didactic model. Various forms of education that bear some similarities to distance education but are not to be identified with it are described. The term ‘distance education’ is proposed as the most satisfactory solution to the problem of terminology.

The term ‘distance education’ covers the various forms of study at all levels which are not under the continuous, immediate supervision of tutors present with their students in lecture rooms or on the same premises, but which, nevertheless, benefit from the planning, guidance and tuition of a tutorial organisation.

(Holmberg,1977:9)

Distance education is education which either does not imply the physical presence of the teacher appointed to dispense it in the place where it is received or in which the teacher is present only on occasion or for selected tasks.

(Loi 71.556 du 12 juillet 1971)

Distance teaching/education (Fernunterricht) is a method of imparting knowledge, skills and attitudes which is rationalised by the application of division of labour and organisational principles as well as by the extensive use of technical media, especially for the purpose of reproducing high quality teaching material which makes it possible to instruct great numbers of students at the same time wherever they live. It is an industrialised form of teaching and learning.

(Peters, 1973:206)

Distance teaching may be defined as the family of instructional methods in which the teaching behaviours are executed apart from the learning behaviours, including those that in a contiguous situation would be performed in the learner's presence, so that communication between the teacher and the learner must be facilitated by print, electronic, mechanical or other devices.

(Moore, 1973:664)     

Erasmus Thematic Networks and the European dimension of Engineering Education

Some of the most important challenges for engineering schools at the beginning of the 21st century are summarised as well as the role of ERASMUS Thematic Networks (TN) in this scenario.

Though focus is mainly given to the European environment, the changes which are interesting Engineering Education appear to involve also the non-European sphere and therefore, this set of papers on the main outcomes of E4 Thematic Network (2000–2004) has been conceived, not only as an useful instrument of dissemination, but also an open window on Europe.

In this introductory paper key characteristics of successful TNs are outlined, as resulting from the experience of TN E4, Enhancing Engineering Education in Europe, which has terminated its life end of September 2004. The new TN project, denominated TREE, for Teaching and Research in Engineering in Europe, is briefly presented.

On the other hand, in the following 5 sections some of the main activities developed within E4 are presented touching topics related to accreditation, quality assurance, students involvement in Engineering Education, ICT and new learning methods and curriculum development.     

Teaching strategies to promote concept learning by design challenges

Background: This study is the second study of a design-based research, organised around four studies, that aims to improve student learning, teaching skills and teacher training concerning the design-based learning approach called Learning by Design (LBD).

Purpose: LBD uses the context of design challenges to learn, among other things, science. Previous research shows that this approach to subject integration is quite successful but provides little profit on (scientific) concept learning. For this, a lack of (knowledge of) proper teaching strategies is suggested as an important reason. This study explores these strategies and more specific the interaction with concept learning.

Sample: Six Dutch first-year bachelor’s degree science student teachers, between the ages of 16 and 18, and two science teacher trainers (principal investigators included) were involved.

Design and methods: A mixed methods study was used to study LBD’s teaching practice in depth. Based on a theoretical framework of (concept) learning-related teaching strategies video recordings of a guided LBD challenge were analysed to unravel teacher handling in detail. Complemented by questionnaire and interview data and students’ learning outcomes (pre- and post-exam) the effectiveness of teaching strategies was established and shortcomings were distracted.

Results: Students reached medium overall learning gains where the highest gains were strongly task-related. Teacher handling was dominated by providing feedback and stimulating collaboration and only 13% of all teacher interventions concerned direct explication of underlying science. And especially these explicit teaching strategies were highly appreciated by students to learn about science.

Conclusions: In accordance with insights about knowledge transfer, LBD needs to be enriched with explicit teaching strategies, interludes according to poor-related science content important for cohesive understanding and de- and recontextualisation of concepts for deeper understanding.