Search found 1 item
- (-) sm.metadata.documentno="td/int 60.30"
For most of this century, schools have been organised to prepare some students for college and others for work. In the future, most jobs and all careers will require some form of post-secondary education. New approaches are needed to meet today’s challenges. This paper stresses that all students, regardless of career goals, can benefit from a mathematics curriculum that prepares them for both work and higher education. It is suggested that a three-year high school program based on functional mathematics could provide a strong background for students entering the workforce as well as for those moving directly into post-secondary education. Typically, classroom applications are designed to serve mathematics - to offer context, to illustrate use, to motivate new concepts, or to integrate topics. In functional mathematics, the priorities are reversed. Instead of applications being introduced to help students learn a pre-defined body of knowledge, the mathematical topics are selected to prepare students to cope with common problems they will face in life and work.
For most of this century, schools have been organised to prepare some students for college and others for work. In the ... Show Full Abstract
|
Authors: Forman, Susan L.; Steen, Lynn Arthur Date: 1999 Geographic subjects: North America; United States Resource type: Paper Series name: MDS Subjects: Quality; Management; Providers of education and training; |
VITAL Object
VOCEDplus is produced by the National Centre for Vocational Education Research (NCVER), which together with TAFE South Australia, is a UNESCO regional Centre of Excellence in technical and vocational education and training (TVET). VOCEDplus receives funding from the Australian Government Department of Education, Employment and Workplace Relations (DEEWR).