Astronomy I: The Solar System

ASTR 101/3.0

Two silhouettes examining a starry night sky

Overview

A non-mathematical introduction to the science of astronomy for non-specialist students. Topics to be covered include the fundamentals of astronomy; and introduction to the tools and techniques of modern observational astronomy; the historical development of our understanding of the Earth, Moon, and Solar System; space exploration of Mars, Jupiter, and other planets; the nature of the Sun; and the origin and uniqueness of our Solar System.

Please note: This course is typically offered in the winter term

Learning Outcomes

Upon successful completion of this course students will be able to:

  • Identify and explain the fundamental scientific principles that underlie the dynamical behaviour and structure of the solar system, and apply these principles on all physical scales.
  • Explain variable astronomical phenomena visible in the night sky and seasonally, and explore their interpretation in varied cultures and indigenous societies through history and to the modern day.
  • Identify the instruments used by astronomers (e.g. specialized telescopes) and, through practical exercises explain their purpose and use in scientific research.
  • Evaluate the fragility of life and human society on Earth and the threats to its sustainability represented by global warming, catastrophic impacts, and other astrophysical phenomena.
  • Explain modern understandings of the formation and nature of our Solar System and other planetary systems.
  • Consider the potential sociological and cultural impacts of the possible detection of extraterrestrial intelligences.

Topics to be covered in the course:

  • Astronomy as a science
  • Fundamental motions
  • Historical development to 1600AD
  • Fundamental physical principles
  • The message delivered by light
  • Astronomical investigation: telescopes and observatories
  • Origin, formation and age of the solar system
  • Comparative planetology: the dynamic earth
  • Planetary atmospheres and global warming
  • Leftover in the solar system
  • Mars as special target: the search for life

Terms

Winter 2025
Course Dates
Delivery Mode
Online

Evaluation

Textbook and Materials

Time Commitment