ASTRONOMY FOR TEACHERS

ASTR 403; Next Offered: Fall 2008

Syllabus | Homework and Projects | Observing Project

Offered by the Physics and Astronomy Department of Rice University with cooperation from the Houston Museum of Natural Science.

Overview

This course develops astronomy concepts in a manner consistent with National Science Standards, Texas Essential Knowledge and Skills proficiencies and HISD's Project Clear, and the new Texas High School Graduation requirements. The course (coupled with its partner course ASTR 402) will cover all topics in the Texas High School Astronomy requirements, but will be taught at a level accessible for teachers in middle and upper elementary schools. The course also focuses on how students develop astronomy concepts and misconceptions and provides popular hands-on activities that can be used in the upper elementary and middle school grades (5-9) and also extended for high school Astronomy. Participants use specially-developed software as part of the course and can involve their own students in many of the out-of-class activities. Main topics include the properties of light, celestial coordinates and the changes in the sky over a night and over a year; formation of stars, galaxies, and the universe; life and death of low and high-mass stars; extrasolar planets and astrobiology. The class is designed for inservice or preservice teachers. (Undergraduates considering teaching careers may take the class as part of their normal education program.)

Skills Taught: Hands-on model making, direct observation of astronomical events, simulations, conducting experiments, reading and comparative analysis - all appropriate for replication in upper elementary and middle school classrooms. Use of observation, comparison, application, analysis, and synthesis. Mathematics at the level of algebra, logarithms, exponentials, and sine waves. Training in "Space Update" DVD and experience in doing image processing and research on the Internet. Use of Powerpoint to create presentations. Observations at the Rice Observatory and one field trip TBD to the George Observatory.
MATH TEKS STRANDS and GRADE LEVELS:

Grade Levels: 3-5 and 6-8

Numbers, Operations, and Quantitative Reasoning_X__ Measurement_ X __ Probability and Statistics_ X __

SCIENCE TEKS STRANDS and GRADE LEVELS:

Grade Levels: 3-5 and 6-8

Properties and Patterns_ X _ Tools/Equipment _ X _ Natural World_ X _ Systems_ X _ Matter and Energy Interactions_ X _ Scientific Processes: Inquiry_ X _ Critical Thinking_ X _

HIGH SCHOOL ASTRONOMY Course (TX course 112.48)

Knowledge and Skills: Scientific Processes, scientific methods, use of data to make inferences

Science Concepts: Characteristics of Galaxies, Age of the Universe, Big Bang Theory, Formation of galaxies and the solar system, Life cycles of stars, Nuclear reactions in stars, H-R Diagram

Science Concepts: Units of measurement such as Light Year and Astronomical Unit; History of astronomy; Equation of gravitation

Science Concepts: The Sun as a star, its energy sources (the remaining solar system concepts are covered in ASTR 402).

Class Details

Meeting times Monday evenings, 6 - 9 pm (plus a few Wednesdays and two Saturdays)

August 25 through December 5, 2008
Meeting location HBH 223, with some sessions at the Burke Baker Planetarium, HMNS, plus labs at the Campus Observatory and George Observatory
Instructors Prof. Patricia Reiff (reiff@rice.edu)

Adjunct Prof. Carolyn Sumners (csumners@hmns.org)

Textbooks "Stars and Planets", Pasachoff and Menzel, ISBN 9780395-910993
"Space Update", Rice University, ISBN 9781931-523530
Syllabus, Homework, and Grading Grading: approximately 40% for two in-class quizzes; 50% for homework; 10% for observing project; no final exam. One of the homeworks will involve researching a spacecraft or ground-based Astronomy mission and making a Powerpoint presentation to the class.

Link to the Syllabus

Link to the Homework list
University Credit Hours 3 (sorry, no stipend)

To register for credit, contact Patricia Reiff (reiff@rice.edu) at 713-348-4634.

You must be registered as a "Visiting" graduate student or be in the Master of Science Teaching program. (Visiting Student registration materials will be available at the first class). Undergraduate students considering a teaching career may also enroll in this class for credit.

Tuition/fees Courtesy of support from NASA, the fee is only $750 for three hours of graduate credit for inservice teachers.

Certain inservice teachers may qualify for special waived tuition - come to class the first evening.
Latest update: April 21, 2008