National data — wages and growth are not published by state for this view.
Course · AL
Computer Integrated Design
Career and Technical Education, Alabama State Department of Education (ALSDE)
Median earnings
—
Cost
—
Duration
—
Completion
—
Computer Integrated Design emphasizes the use of modern technologies in the design and improvement of products. Three-dimensional CAD software is utilized to create, analyze, and document designs in accordance with standards set by industry. Safety in the modern manufacturing factory is also a component of the course.
Create and maintain an engineering notebook for daily reflections, research, and prototype creation documentationApply the design and problem-solving process as an iterative process incorporating science, mathematicsCommunicate solutions utilizing technical writing skills, including correct spelling, proper grammar, and specialized voAssume and carry out a role in the smooth running of a team working toward the solution of a problemProduce a quantitative plan for the successful completion of a projectAssume responsibility for leadership roles and for actions, decisions, products, and policies in the governance of a proEvaluate the need for resources to complete a project and calculate their costCommunicate ideas to a group through the use of sketches and other documentationCreate necessary sketches to communicate ideas during the design process, utilizing basic shapesApply isometric and orthographic sketches to add clarity to a design. 111 3D Solid ModelingApply geometric relationships between lines and shapes to create a mathematical database to describe design ideasCreate solid models utilizing concepts of parametric modelingAnalyze models to determine whether necessary engineering design features are includedDevelop strategies for the rapid creation of design solutions by using solid modelsApply the concepts of digital prototyping to accelerate the time frame between ideation and completed projectAccess, generate, process, and transfer information using appropriate technologiesDesign and create a model using additive manufacturing technology (rapid prototyping system)Apply new principles to achieve more rapid and less costly development and deployment of new materialsUtilize rapid prototyping (additive manufacturing) to create highly complex parts designed in a CAD systemApply problem-solving methodology when devising solutions to mechanical motion problemsApply the design process in the development of a mechanical systemAssign mathematical relationships to schematics that program machines to apply forceDesign a system that manages power to accomplish a task involving defined movementRead and analyze detailed descriptions of machinery and provide a concise summary for documentation purposesUtilize mathematical analysis, scientific inquiry, and engineering design to develop solutions to open-ended problems