Program Description
The Associate in Applied Science degree in Mechanical Engineering Technology is based on theory with specialized applications in manufacturing, process piping, structural detailing, and engineering drawing and design. Coursework provides multilevel training in Computer Aided Drafting (CAD) and solid modeling using specialized 3D graphics software. Knowledge of national drawing standards and common industry practices are acquired through instruction and class projects, providing the necessary background for transferring skills to specific industrial design projects.
A wide variety of companies employ graduates, including structural engineering companies, architectural firms, commercial and residential construction firms, petroleum refineries, equipment wholesalers/distributors, and numerous manufacturing industries such as: electronics, aircraft, industrial equipment, and wood products (e.g., truss, cabinet, door, and furniture manufacturers).
Jobs & Careers
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Program Costs
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Degree & Certificate Requirements
Courses Listed Alphabetically | Typical Student Schedule
The Mechanical Engineering Technology student will complete a specific course requirement sequence. Program course work is structured such that each course is offered once per year during a specific quarter in a sequential order. Students will be advised by the program instructor regarding sequence and scheduling of classes. Generally, a full-time student will be enrolled for six (6) hours per day. Classes will be offered from 12:00p to 6:00p.
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Students may apply for an (AAS) Associate in Applied Science degree or an (AAS-T) Associate in Applied Science - Transfer degree or a Mechanical Engineering Drafting Certificate upon completion and verification of all requirements and standards.
For more information see Requirements and Standards and Application Procedures
Graduates will develop a parametric solid model of an existing assembly or one of their own design, and then create a set of working drawings including exploded assembly views and dimensioned individual part drawings; demonstrate proficiency in using CAD software command functions to generate engineering drawing; create fully dimensioned orthographic and isometric CAD drawings (of various machine parts) that adhere to national standards and industry conventions; design and evaluate the stress, strain, and deflection levels of engineering components subjected to deformations, axial loads, and shear loads; apply static's principles including force equilibrium and force resultants to determine the member forces for structural elements that comprise trusses, machines, and frames; apply knowledge of various pipes, fittings, connections, and process piping equipment (such as valves, pumps, tanks, etc.) to draft single line, double line, and isometric depictions of industrial piping systems and demonstrate the ability to understand and interpret structural steel framing plans and detail all structural steel beams for a single floor level according to AISC specifications.
Application & Registration
Students may enroll in the Mechanical Engineering Technology program at the start of the fall quarter on a space available basis. Part-time enrollment is available with instructor approval.
CAP 101 - Introduction to Computers is a required prerequisite for students to enroll in this program. Students may test out of this requirement by passing the three IC3 exams (Living Online, Computer Fundamentals, and Key Applications - Word, Excel and PowerPoint). These tests may be taken at BTC or any other CertiPort Testing Center.
For more information see Admissions
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