The Instructional Design Environment: technology to support design problem solving

The problems of efficiently producing effective instruction in areas such as industry, military, and vocational education are exacerbated by several complex factors: increasingly rapid change in technology; substantial variation in training needs and target populations within large organizations; inefficient mechanisms for performing formative evaluations; and a lack of means for efficiently incorporating new models of design into practice. In the context of these increasingly difficult problems, we present the Instructional Design Environment (IDE), a hypermedia system for designing and developing instructional material, including texts, interactive video disk, and intelligent tutoring systems. The representation of design analyses and specifications, and the design activities of IDE users are not constrained by any particular model of instructional design, but can be tailored to suit a wide range of such models. Although the system is continually evolving and exists in several forms, (Swartz and Russell, 1989) we discuss how the features of IDE suggest how computer-based design environments may provide ways simplifying the design problems for technical training in rapidly changing areas.     

The Experiences of International and Local Students at Three Australian Universities

In 1992 international fee‐paying and local students currently enrolled at the three tertiary institutions in South Australia were surveyed by a common questionnaire on students’ study‐related and personal experiences, and issues related to students’ choice and subsequent evaluation of their institution. The breadth of the student sample and the comparative data the questionnaire generated present an overarching view of the experiences and evaluations of a diverse range of university students.

The results of the survey show that while international students experience more problems, and experience them to a more serious degree than their Australian counterparts, the nature of the issues which are of most concern are generally shared. These are concerns about financial issues such as access to Austudy for local students, and the level of fees for international students and the ability to find part‐time work for both groups. The other broad group of issues of concern was study related: workload, fear of failure, loss of motivation, doubts about academic ability, nervousness and tension. Notably, in spite of the differences ‐between the three institutions – the University of Adelaide representing a ‘traditional’ university, Flinders University of South Australia, a ‘1960s’ university and the University of South Australia a ‘post‐1987’ university – the student responses across the three institutions were remarkably similar.

In terms of student evaluations of the quality of the education and services provided, Australian students were consistently more likely to rate aspects of teaching more positively than their international counterparts, but for both groups it was evident, particularly in their comments, that aspects of teaching such as the quality of lectures, accessibility of staff, availability of resources and staff: student ratios were of major concern.

The findings lead to the recommendations that universities could improve both local and international student experience by providing clear information about courses and course expectations, by the provision of effective feedback on assignments, by embedding the teaching of academic skills within courses, by increasing course flexibility to enable students to balance study and earning demands, and by ensuring that student support services are adequately resourced.     

Measuring Parent Receptivity Towards the Classroom Environment Using a Rasch Measurement Model

This study investigated parent-reported receptivity towards the classroom environment and classroom outcomes. Classroom environment was based on a five-aspect model: (1) provision of information from the child; (2) beliefs about the school; (3) provision of information from teachers; (4) teachers' commitment to working with parents; and (5) confidence in communicating with teachers. Classroom outcomes were based on two aspects: (1) educational values (importance of schooling, involved with learning; seeing a future through learning, desire to learn, and importance of learning); and (2) learning outcomes (achieving, and views of child's engagement in school work). For each aspect, items were written in an ordered-by-difficulty pattern so that, for example, Item 2 involved Item 1 and ‘more’, making it conceptually ‘harder’ to agree with Item 2 than with Item 1. There were four Likert response categories (SDA, DA, A, and SA). Using the extended logistic model of Rasch, an interval-level, unidimensional scale was created with item difficulties for classroom environment aspects and classroom outcomes calibrated on the same scale as the receptivity measures. The sample consisted of 518 parents of students from three secondary schools in Western Australia. The item sample was 30. The proportion of observed variance considered true was 0.94. The items for each aspect were found to be ordered from ‘easy’ to ‘hard’ in line with the hypothesised model of receptivity and the data fitted the measurement model well. This revised version was published online in July 2006 with corrections to the Cover Date.     

Measuring the Impact of Professional Accreditation on Student Experiences and Learning Outcomes

This research uses a conceptual model to examine the influence of a change in accreditation standards on a representative national sample of 203 engineering programs at 40 institutions. Based on data collected from more than 140 program chairs, 1,200 faculty, 4,300 graduates of 2004, and 5,400 graduates of 1994, the study investigates the differential impact of the change in accreditation standards on programs reviewed in different years during the period of transition. Despite significant variation across most of the measures and groups in 1994 (before the introduction of the new accreditation criteria), the 2004 evidence demonstrates a surprisingly uniform level of student experiences and outcomes. These findings suggest that engineering accreditation is beginning to accomplish its quality assurance goals. This is a revised version of a research paper presented at the meeting of the Association for Institutional Research, May 17, 2006, Chicago, IL.     

Changing primary teacher trainees' attitudes to science

A study of primary teacher trainees' perceptions and attitudes to science in 1990, has been useful in designing a semester unit aimed at increasing the confidence and interest of first year students at Victoria College. This paper outlines the background survey and discusses some, of the results and how they were used to develop the Professional Readiness Study-Understanding Science. This unit attempts to change attitudes by focussing on metacognition and encourages students to understand and control their own learning. Discussion involves teaching and learning strategies and alternative assessment approaches including the student's journal-the Personal Record. Specializations: technology for learning, health education. Specializations student understanding of biology, particularly genetics, evaluation. Specializations: children's learning in science, language in science.