Associate of Science in Engineering
Program Type: Associate of Science
Description: The Engineering program prepares students to transfer to a four-year institution to pursue a Bachelor of Science degree in Engineering. The first four semesters of classes are similar in the various engineering fields.
An articulation agreement with Texas A&M University facilitates a seamless transition of students into one of the following College of Agriculture and Life Sciences Bachelor of Science degree programs: Biological and Agricultural Engineering or Agricultural Systems Management.
Students must work closely with a success coach or advisor to select the best options for successfully transitioning to their selected four-year institution. View job opportunities and salary information at https://www.angelina.edu/engineering/
Recommended Course Sequence
First Year First Semester |
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Course |
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| Credit Hours | |
Term 1 | ||||
STSU | 0300 | 0 | ||
ENGL | 1301 | 3 | ||
Term 2 | ||||
HIST | 1301 | 3 | ||
Full Term | ||||
MATH | 2413 | 4 | ||
CHEM | 1409 | 4 | ||
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| Total Hours | 14 | |
---|---|---|---|---|
First Year Second Semester |
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Term 1 | ||||
HIST | 1302 | 3 | ||
Term 2 | ||||
ENGL | 2311 | 3 | ||
Full Term | ||||
MATH | 2414 | 4 | ||
PHYS | 2425 | 4 | ||
| Total Hours | 14 | ||
Second Year First Semester |
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| ||
Term 1 | ||||
GOVT | 2305 | 3 | ||
Term 2 | ||||
ENGL | 23XX | Language, Philosophy, and Culture Core Choose from ENGL 2322, 2323, 2327, 2328, 2332, 2333, 2341, or 2351; HIST 2311, or 2312 | 3 | |
Full Term | ||||
PHYS | 2426 | 4 | ||
MATH | 2415 | 4 | ||
ENGR | 2301 | 3 | ||
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| Total Hours | 17 | |
Second Year Second Semester |
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| ||
Term 1 | ||||
GOVT | 2306 | 3 | ||
PSYC | 2301 | 3 | ||
Term 2 | ||||
MUSI | 1306 | 3 | ||
Full Term | ||||
ENGR | 2302 | 3 | ||
MATH | 2320 | 3 | ||
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| Total Hours | 15 | |
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| Total Hours for Degree | 60 |
*Fall only
**Spring only
Program Learning Outcomes
After completing an Associate of Science in Engineering degree, students will be able to:
PLO 1: Demonstrate the ability to apply core engineering principles, including problem-solving, design, and analysis, to address real-world technical challenges while utilizing appropriate tools, techniques, and technologies.
PLO 2: Critically evaluate evidence and make informed decisions using the scientific method.
PLO 3: Effectively use mathematical theories, formulas, and methods to solve problems and perform calculations.
PLO 4: Apply fundamental principles of physics, including mechanics, electromagnetism, thermodynamics, and waves, to analyze and solve real-world physical phenomena and engineering problems.
Courses Measuring the Achievement of Program Learning Outcomes | ||||
Courses | PLO 1 | PLO 2 | PLO 3 | PLO 4 |
ENGR 2301 and ENGR 2302 | X | |||
CHEM 1409 | X | |||
MATH 2413 | X | |||
PHYS 2425 and PHYS 2426 | X |