NCCTE.2020.TE11 - Technology Engineering and Design
NCCTE.2020.TE11.01.00 - Technological Innovations and Inventions: Understand that most inventions and innovations are the result of an evolutionary process and how a series of refinements leads to an improvement in a technological device.
NCCTE.2020.TE11.01.01 - Understand that most inventions and innovations are the result of an evolutionary process.
NCCTE.2020.TE11.01.02 - Understand how new technologies are used to create new processes and products.
NCCTE.2020.TE11.01.03 - Classify the factors that impact the demand and design of technology.
NCCTE.2020.TE11.01.04 - Explain the research and development process as a problem-solving approach.
NCCTE.2020.TE11.02.00 - History of Technology: Understand how technology changes history.
NCCTE.2020.TE11.02.01 - Analyze the historic significance and interaction of technological advancements within society and the environment.
NCCTE.2020.TE11.02.02 - Understand the evolutionary process of technological development throughout history.
NCCTE.2020.TE11.03.00 - Systems: Apply the universal systems model to troubleshoot technological systems.
NCCTE.2020.TE11.03.01 - Differentiate the nine core technologies and their relationship within larger systems and products.
NCCTE.2020.TE11.03.02 - Analyze a functional system using the Universal Systems Model.
NCCTE.2020.TE11.03.04 - Apply procedures to troubleshoot a product and create a diagram and/or simulation.
NCCTE.2020.TE11.04.00 - Design: Analyze the engineering design process as a systematic, iterative problem solving method that produces solutions to meet human wants and desires.
NCCTE.2020.TE11.04.01 - Apply design principles when generating solutions to problems.
NCCTE.2020.TE11.04.02 - Apply the engineering design process to produce solutions to problems
NCCTE.2020.TE11.04.03 - Interpret criteria and constraints to develop solutions to problems.
NCCTE.2020.TE11.04.04 - Apply procedures to construct models that meet design solutions.