Dynamic Systems Presentation – Group Analysis


This is a Collaborative Learning Community (CLC) assignment. (group work. Pls complete only the 2 questions noted.)

In groups assigned by the instructor, create a quality digital presentation with 11–14 slides (including detailed speaker notes for all) that describes a dynamic system that is related to the team’s chosen topic. The group will describe the problem-solving steps used to help improve the dynamic system. The group will also implement the objectives for enhancing group and team performance. Each presentation will be turned in a single time for the group and should include the following:

  • A clear definition/introduction of the dynamic system.
    • A dynamic system model that is appropriate for the chosen topic.
    • Problem-solving steps to help improve the dynamic system and documentation of the steps used and the possible improved outcome.
    • Three output graphs/models that display three possible outcomes after applying the problem-solving steps to the dynamic system.
    • A description of the limitations of your model and how you could improve it.
    • A description of why this clear explanation of the model and assumptions is needed to provide an ethical representation of the data.
    • A description of how the dynamic system may or may not be compatible with the Christian worldview as it relates to human value.

Also include the following for enhancing group and team performance:
• Show how the team structured meetings to keep them on track and promote dialogue and interaction.
• Which of the six functions did the team deploy to help group members perform?
• How did the team conduct meetings and which types of media were used?
APA style is not required, but solid academic writing is expected.

 

 

 

Questions.

Please complete the 2 questions below.

  • A description of the limitations of your model and how you could improve it.
    • A description of why this clear explanation of the model and assumptions is needed to provide an ethical representation of the data.