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Vocabulary
scientific practicesdescriptive investigationscomparative investigationsexperimental investigationsengineering practicessolutionsproblems
Skills
  • plan (descriptive, comparative, and experimental investigations) #dok2
  • conduct (descriptive, comparative, and experimental investigations) #dok2
  • apply (engineering practices to design solutions) #dok3
  • use (scientific practices in investigations) #dok2
  • design (solutions to problems using engineering practices) #dok3
Learning Targets
  • I can describe the differences between descriptive, comparative, and experimental investigations. #dok1
  • I can identify and follow the steps in a scientific investigation. #dok1
  • I can plan an investigation by selecting appropriate types of scientific and engineering practices. #dok2
  • I can conduct descriptive, comparative, and experimental investigations following established procedures. #dok2
  • I can apply engineering practices to design solutions to scientific problems. #dok3
  • I can justify the selection of certain investigation or solution designs based on the problem. #dok3
Big Ideas
  • Scientific investigations require careful planning and the use of diverse, systematic practices to generate reliable results.
  • Engineering practices help scientists design and test solutions for real-world problems.
Essential Questions
  • How do scientists decide which type of investigation—descriptive, comparative, or experimental—is most appropriate for a question?
  • Why is it important to use both scientific and engineering practices in solving problems?
  • What are the steps involved in conducting a reliable scientific investigation?
  • How can the process of designing a solution lead to new investigations or discoveries?
  • In what ways do planning and conducting investigations differ from designing engineering solutions?