Tertiary Bridging Courses in Science and Mathematics for Second Chance Students in Australia
- 1 January 1990
- journal article
- research article
- Published by Taylor & Francis in Higher Education Research & Development
- Vol. 9 (2) , 85-100
- https://doi.org/10.1080/0729436900090201
Abstract
Bridging programs in science and mathematics were designed to enable Australian students who haven't successfully completed Year 11–12 studies to qualify for entry to science and mathematics related courses in higher education. Although originally designed for Australian Aborigines, these bridging programs have broad application to all second‐chance groups in Australia seeking special entry to tertiary courses. The bridging program materials emphasize diagnostic assessment, individualized instruction, short‐term learning goals and the independence of learners, although a course tutor also must be available to play various instructional, personal support and management roles. Evidence supporting the success of these bridging programs is provided by the fact that, from a small group of Aborigines who tried out the materials for the first time, one was accepted for a university course in medicine and another was accepted for training as a commercial pilot.Keywords
This publication has 11 references indexed in Scilit:
- Validity and use of an instrument for assessing classroom psychosocial environment in higher educationHigher Education, 1986
- Research on Formal Reasoning Patterns in Science Education: Some Messages for Science TeachersSchool Science and Mathematics, 1984
- Finding Meaning in Maths: an Introductory Program for Aboriginal ChildrenThe Aboriginal Child at School, 1984
- What Research Says: Helping Low‐Achieving Students in MathematicsSchool Science and Mathematics, 1984
- Cognitive and Affective Variables Affecting Black Freshmen in Science and Engineering at a Predominately White UniversitySchool Science and Mathematics, 1984
- A Self‐Communication Structure for Learning MathematicsSchool Science and Mathematics, 1984
- Personal experience and the construction of knowledge in scienceScience Education, 1983
- Children's science and its consequences for teachingScience Education, 1982
- A Review of Keller Principles with Reference to Mathematics Courses in AustralasiaBritish Journal of Educational Technology, 1980
- STANDARDS AND CRITERIAJournal of Educational Measurement, 1978