Engineering Technology – Advanced Design
Program Goals & Outcomes
The Associate of Applied Science degree program equips students with the technical skills and knowledge necessary for working with electronic and mechanical systems and components. The advanced design option is designed to prepare students to enter the job market as a computer-aided design (CAD) and computer-aided manufacturing (CAM) technician.
CAD/CAM skills acquired in the program will provide students with a solid foundation and the necessary hands-on experience, ultimately leading to better-designed and manufactured products. Utilizing both disciplines, successful students gain a deeper appreciation for the resources and complexities that exist in each area, both independently and as they work together in industry. Students will develop and refine the skills and gain the experience needed by entry-level and experienced CAD-CAM technicians.
The goal of the program is for students to master the subject matter based on traditional classroom instruction and laboratory exercises. The expected program outcome is to provide a comprehensive education for students to enter the workforce.
Upon successful completion of this program, students will be able to:
- Apply technical skills and/or engineering theory to support product development, design, or manufacturing;
- Analyze and solve technology-related problems in electronic or mechanical systems;
- Conduct quality tests and measurements; and
- Communicate using terminology appropriate for engineering technology fields.
GENERAL EDUCATION REQUIREMENTS (32 hours)
English Composition (6 hours)
- ENGL 1113 English Composition I+
- ENGL 1213 English Composition II+
or ENGL 2053 Technical Report Writing+
U.S. History/U.S. Government (6 hours)
- HIST 1483 U.S. History to 1877
or HIST 1493 U.S. History Since 1877 - POLS 1113 American Federal Government
Sciences (8 hours) – one must include lab
Students must earn a “C” or better in these courses to be eligible for graduation.
See Science Electives below.
Humanities (6 hours)
See courses listed in the College Catalog.
Mathematics (3 hours)
Students must earn a “C” or better in these courses to be eligible for graduation.
- *MATH 1513 College Algebra+
or MATH 1483 Functions & Modeling+
Liberal Arts (3 hours)
See courses listed in the College Catalog.
TECHNICAL-OCCUPATIONAL SPECIALTY REQUIREMENTS
(18-19 hours)
Students must earn a “C” or better in these courses to be eligible for graduation.
- ENGR 1213 Introduction to Engineering Practices+
- ENGT 1304 Introduction to Electronics+
- ENGR 2013 Engineering Graphics & Design+
- MATH 1914 Differential & Integral Calculus I+
or MATH 1743 Calculus I for Business, Life & Social Sciences+ - PHYS 2401 General Physics Laboratory I+
- PHYS 2414 General Physics I+
TECHNICAL-OCCUPATIONAL SPECIALTY ELECTIVES (12 hours)
Students must earn a “C” or better in these courses to be eligible for graduation.
See Technical-Occupational Specialty Electives below.
Science Electives
Recommended courses include:
- BIOL 1114 Introduction to Biology
- CHEM 1114 Introductory Chemistry+
- Acceptable courses include any course with the following prefixes: BIOL, CHEM, ENSC, GEOL, METR, PHSC, and PHYS.
Technical-Occupational Specialty Electives
- CIT 1113 Fundamentals of Programming Logic
- CIT 1123 Visual Basic®+
- ECON 2843 Elements of Statistics+
- ENGT 1203 Technology Practices
- ENGT 1214 Introduction to Mechanical Systems+
- ENGT 1314 Fundamentals of Electricity+
- ENGT 1614 Advanced Design I+
- ENGT 1833 Introduction to Quality Assurance
- ENGT 2224 Computer-Aided-Design/Computer-Aided Machining (CAD®/CAM®)
- ENGT 2614 Advanced Design II+
- GEOL 1114 Physical Geology+
- MATH 1613 Plane Trigonometry+
- PHYS 2411 General Physics Laboratory II+
- PHYS 2424 General Physics II+
+Check course description for prerequisites that must be met.