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Definition and Types of Engineering
- Describe the various disciplines of engineering.
- Identify and describe both professional and legal responsibilities as they relate to the field of engineering.
- Identify the educational requirements for various engineering and engineering technology disciplines.
- Identify and discuss various engineering achievements over history.
- Define and discuss the impact of out-sourcing on the US.
- Analyze the impacts of and the need for ethics in the engineering field.
- Define and contrast how social, financial and environmental constraints affect the engineering field.
Communication and Documentation
- Demonstrate various sketching techniques.
- Define various sketching styles.
- Define the role proportion plays in drawing and sketching.
- Produce annotated sketches.
- Demonstrate the ability to produce technical reports.
- Demonstrate data representation and data presentation.
- Demonstrate the ability to develop and deliver an oral presentation.
Design Process
- Describe and apply the product development cycle.
- Define and discuss product evolution.
Engineering Systems
- Identify and describe how electrical systems interact with other engineering systems.
- Define and apply Watt’s Law.
- Describe and apply various mechanical and electrical control devices.
- Identify and describe various control systems.
- Compare and contrast various engineering systems as they relate to environmental impacts.
- Identify and describe the function of the components of a mechanical system.
- Define mechanical advantage and describe specific examples in various systems.
- Identify and apply simple machines in various systems.
- Conduct an energy analysis.
- Identify and describe several examples of energy conversion in various systems.
- Identify and describe several examples of energy loss in various systems.
- Define thermodynamic cycles and laws as they relate to specific systems.
- Describe and apply simple fluid power systems.
- Analyze and produce flow diagrams.
- Analyze and produce schematic drawings.
- Calculate work in a system.
- Define and apply Ohms Law.
Statics and Strength of Materials
- Conduct force calculations.
- Define stress as it relates to several specific examples.
- Define strain as it relates to several specific examples.
- Define deflection as it relates to several specific examples.
- Define moment of inertia as it relates to several specific examples.
- Define load as it relates to several specific examples.
- Conduct shape analysis utilizing a computer aided engineering package.
Materials and Materials Testing in Engineering
- Calculate mean, median, mode and standard deviation.
- Compare and contrast process vs. product control.
- Conduct destructive testing.
- Conduct non-destructive testing.
- Define material failure.
- Define and discuss specific material categories.
- Define and discuss physical properties as it relates to specific materials.
- Conduct material testing.
- Define and apply statistical process control.
- Define and discuss mass vs. weight.
- Conduct various forms of precision measurement.
- Define and discuss the classification of solid engineering materials.
- Conduct material identification.
- Compare and contrast between various production processes as they relate to various materials.
Engineering for Reliability
- Conduct sample testing.
- Define and describe failure rate.
- Conduct failure identification.
- Identify failure rate improvement.
- Conduct case studies.
Introduction to Dynamics/Kinematics
- Describe linear motion.
- Define displacement.
- Define velocity.
- Describe acceleration.
- Identify trajectory motion.
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