diff --git a/_episodes/19-lessons.md b/_episodes/19-lessons.md index a82ddc2e1..e62c70e3a 100644 --- a/_episodes/19-lessons.md +++ b/_episodes/19-lessons.md @@ -6,18 +6,17 @@ questions: - "How can I design more effective lessons?" - "What lessons do Software and Data Carpentry currently contain?" objectives: -- "Describe the four steps in reverse instructional design and explain why following them is an efficient way to create good teaching materials." -- "Follow the steps in the reverse instructional design process to create a short lesson." -- "Analyze a lesson by comparing it to the elements of WHERETO." +- "Write a learner profile describing a typical member of the lesson's intended audience." - "Describe the characteristics of a good learning objective and correctly state whether a learning objective meets those criteria." - "Classify the level of a learning objective in terms of Bloom's taxonomy and similar cognitive hierarchies." -- "Write a learner profile describing a typical member of their intended audience." +- "Critically analyze a SWC/DC lesson's objectives." +- "Describe the four steps in reverse instructional design and explain why following them is an efficient way to create good teaching materials." - "Summarize the existing Software Carpentry and Data Carpentry lessons." keypoints: -- "Use reverse instructional design to create lessons: concepts, summative assessment, formative assessments, teachings." +- "Write learner profiles to clarify audience for a lesson." - "Communicate lesson goals by writing specific, verifiable learning objectives." - "Bloom's Taxonomy classifies levels of understanding." -- "Write learner profiles to clarify audience for lesson." +- "Use reverse instructional design to create lessons: concepts, summative assessment, formative assessments, teachings." - "Software Carpentry's lessons cover the Unix shell, version control, programming, SQL, and Make." - "Data Carpentry's lessons cover data cleanup, management, analysis, and visualization in a variety of fields." ---