Book contents
- Frontmatter
- Contents
- Preface
- Participants
- Welcome and Opening Address
- Astronomy Education: an International Perspective
- Special Lecture: Sundials in London – Linking architecture and astronomy
- 1 University Education
- 2 Distance Learning and Electronic Media in Teaching Astronomy
- 3 The Student Learning Process
- 4 Planetarium Education and Training
- 5 Public Education in Astronomy
- 6 Teaching Astronomy in the Schools
- Current Trends in European Astronomy Education
- Project ASTRO: a successful model for astronomer/teacher partnerships
- The Training of Teachers
- New Trends in Astronomy Teaching
- Coping with a New Curriculum: the evolving schools program at the Carter Observatory, New Zealand
- US Science Education Reforms: is astronomy being overlooked?
- “Plaza del Cielo” Complex: its state of evolution
- Astronomy as a School Subject
- Teaching Astronomy at Secondary School Level in Europe
- A High School Course for a wide Range of Student Abilities
- Measuring the Eccentricity of the Terrestrial Orbit: an experiment in the classroom
- A Program incorporating Physics, Astronomy and Environment
- Classroom Activity: Kepler's Laws of Planetary Motion
- Collaboration as a Viable Approach for Making Astrophysics Research accessible to the K-12 Community through the Internet and the World Wide Web
- Astronomy Teaching in the Astronautics Club
- The TRUMP Astrophysics Project: Resources for Physics Teaching
- The Life in the Universe Series
- The Astronomy Village: investigating the Universe
- Posters
- Final Address
- Authors
A High School Course for a wide Range of Student Abilities
from 6 - Teaching Astronomy in the Schools
Published online by Cambridge University Press: 01 June 2011
- Frontmatter
- Contents
- Preface
- Participants
- Welcome and Opening Address
- Astronomy Education: an International Perspective
- Special Lecture: Sundials in London – Linking architecture and astronomy
- 1 University Education
- 2 Distance Learning and Electronic Media in Teaching Astronomy
- 3 The Student Learning Process
- 4 Planetarium Education and Training
- 5 Public Education in Astronomy
- 6 Teaching Astronomy in the Schools
- Current Trends in European Astronomy Education
- Project ASTRO: a successful model for astronomer/teacher partnerships
- The Training of Teachers
- New Trends in Astronomy Teaching
- Coping with a New Curriculum: the evolving schools program at the Carter Observatory, New Zealand
- US Science Education Reforms: is astronomy being overlooked?
- “Plaza del Cielo” Complex: its state of evolution
- Astronomy as a School Subject
- Teaching Astronomy at Secondary School Level in Europe
- A High School Course for a wide Range of Student Abilities
- Measuring the Eccentricity of the Terrestrial Orbit: an experiment in the classroom
- A Program incorporating Physics, Astronomy and Environment
- Classroom Activity: Kepler's Laws of Planetary Motion
- Collaboration as a Viable Approach for Making Astrophysics Research accessible to the K-12 Community through the Internet and the World Wide Web
- Astronomy Teaching in the Astronautics Club
- The TRUMP Astrophysics Project: Resources for Physics Teaching
- The Life in the Universe Series
- The Astronomy Village: investigating the Universe
- Posters
- Final Address
- Authors
Summary
Introduction
Astronomy is, inherently, a high-interest subject. However, at the high school level there is a tendency to teach astronomy using higher-level abstractions and complex mathematics. This teaching approach thus eliminates a large number of students who have difficulties with abstractions and complex mathematics, thereby restricting the study of astronomy to a rather select group of students.
The astronomy course offered since 1976 at Wauwatosa West High School was developed to reach a wide range of students with differing abilities. The prerequisite for this one-semester elective course is the successful completion of one year of high school science. Most of the students enrolled in this course are high school juniors and seniors, ages 16-18. Since algebra is not a prerequisite, the “math phobic” students have been attracted to the course. The higher ability students enjoy the challenges posed by astronomy and often take this course as a supplement to their physics classes. Students who normally have difficulty with science suddenly discover that they can succeed in astronomy, and we have introduced a whole new group of students to this high-interest subject.
Activities
Our astronomy course focuses on hands-on activities, which can illustrate higher-level abstractions in a more concrete manner. In particular, we use Project STAR activities, which were developed at the Harvard-Smithsonian Center for Astrophysics in Cambridge, Massachusetts. Our text is also the Project STAR textbook (Coyle, et al, 1993). The following subsection will illustrate some of these hands-on activities.
Orientation: Celestial Sphere
[Slide: exterior of Wauwatosa West High School] Wauwatosa West High School is located in a suburb of Milwaukee, Wisconsin, on the western shore of Lake Michigan.
- Type
- Chapter
- Information
- New Trends in Astronomy Teaching , pp. 292 - 295Publisher: Cambridge University PressPrint publication year: 1998