D2 – Laboratory Sciences – Essential Skills

ASTR1000K – Introduction to the Universe I

Student Scores by Sections

 

University Core Curriculum Learning Outcome(s)	Course Learning Outcomes	Performance Criterion	Results, by Section
4.    Use statistics and/or formulae to understand quantitative data.	#4     Colleges present and justify statistical and graphical data related to a term- long astronomical project; explain data outliers and their significance.	Class average of 70% or better on all measures specified on the relevant Faculty Course Assessment Report.	#001 – 88%
5.    Demonstrate an ability to solve multiple-step problems though different (inductive, deductive, and symbolic) modes of reasoning.	#3    Analyze and interpret key features of stellar spectra, spatial and temporal measurements of solar positions, and basic telescopic images.	Class average of 70% or better on all measures specified on the relevant Faculty Course Assessment Report.	#001 –90%
8.    Understand and apply basic scientific principles, theories, and laws;	#2    Solve physics-related problems which demonstrate an understanding of the basic principles of modern astronomy.	Class average of 70% or better on all measures specified on the relevant Faculty Course Assessment Report.	#001 –56%

 

Student Learning Outcomes Plan

Planning and Assessment Homepage