Applied Pre-Engineering - AAS

Download Progression Plan PDF - Applied Pre-Engineering AAS, Pre-Calc Start

Download Progression Plan PDF-Applied Pre-Engineering AAS, Calc I Start

The Associate of Applied Science Degree in Applied Pre-Engineering is designed to provide students with a working knowledge of engineering concepts and prepare them to transfer into a university engineering program.

Note: Students can complete an AGEC while earning the AAS in Applied Pre-Engineering.

Always work with your advisor to ensure that the general education courses selected will transfer to your chosen university.

Credit Hours Required: 61

General Education Requirements (AGEC) (35 credits)

Written Communication ¹ Credits: 6
MAT 221 - Calculus and Analytic Geometry I Credits: 4 (Quantitative Reasoning)
PHY 150 - Physics for Scientists and Engineers I Credits: 5 and PHY 151 - Physics for Scientists and Engineers II Credits: 5 (Natural Sciences)
Arts and Humanities ² Credits: 6
Social and Behavioral Sciences ² Credits: 6
Institutions in the Americas Credits: 3

Note:

¹Must be in composition (ENG 101 and ENG 102 or equivalents)
²Recommend that students select from two different prefixes

Program Requirements (20 credits)

CNC 101 - CNC Machine Operator Credits: 2
CNC 201 - Computer Aided Programming for CNC Credits: 3
EGR 102 - Introduction to Engineering Credits: 3
EGR 110 - Introduction to Digital Design Credits: 4
ELT 130 - Introduction to Robotics Credits: 3
MAT 230 - Calculus and Analytic Geometry II Credits: 5

Program Electives (6 credits)

Work with your faculty advisor and transfer advisor to select the best electives for your chosen discipline and transfer university.

Select 6 credit hours from the following courses:

CNC 102 - CNC Machine Setup Credits: 2
CNC 202 - 3-D Programming and Rapid Prototyping for CNC Credits: 4
EGR 180 - CAD (Computer Aided-Drawing) with SolidWorks Credits: 3
EGR 210 - Introduction to Electrical Engineering Credits: 4
MAT 182 - Precalculus (Algebra) Credits: 3
MAT 183 - Precalculus (Trigonometry) Credits: 2
MAT 241 - Calculus III Credits: 4
MAT 262 - Elementary Differential Equations Credits: 3

Program Outcomes

Upon successful completion of the Applied Pre-Engineering Degree program, the learner will be able to:

Articulate basic mathematical, scientific and applicable engineering principles.
Solve problems using electronics, robotics and precision manufacturing software.
Utilize modern manufacturing techniques to solve problems for integrated systems.
Write documents that are audience specific and describe technical operations or scientific principles.
Work as members or leaders of a team to accomplish an objective.

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