STEM-EC-5- Explain a whole systems approach to the engineering design process to solve a technical problem.
5.1 Describe the role of problem identification and definition, brainstorming, research, specifications, constraints, criteria, alternative solutions, analysis, decision making, communication, evaluation, and modification as activities comprising the engineering design process. (Engineering tomorrow virtual labs)
3D printing in medicine Teacher's Guide
3D printing in medicine Student Interactive Workbook
5.2 Apply the engineering design process to the solution of a technical problem. (Vex Robotics Curriculum)
5.3 Optimize and justify design solutions based on cost, time, schedule, and performance constraints. (review of the design process)
5.4 Communicate design solutions to peers and potential consumers using graphical media, oral presentations, and technical writing.
Topics
Technology as a System
Inputs to Technological Systems
Technological Processes
Outputs, Feedback, and Controls
5.5 Evaluate the design based on consumer research, peer feedback, financial and safety risk, and cost-benefit analysis to optimize the design solution. (Engineering Tomorrow: 3D printing product development)
Student's Workbook
Engineer's Presentation
5.6 Demonstrate an understanding of the continuous improvement process as it applies to new designs and modifications of existing designs for new applications.