Engineering
Design Technology
The Career
The Engineering Design Technology program was designed
in cooperation with local industry to address the expanded role mechanical
engineering technicians play in today's manufacturing environment.
CAD training has been intensified and expertise in programmable
controllers and electromechanical devices has been added to prepare the
mechanical engineering technician for the workplace of tomorrow.
Career opportunities may be found in a variety of
engineering and manufacturing firms working with mechanical and electrical
engineers, architects, and planners. The increasingly automated
manufacturing processes and extensive use of CAD/CAM have created
employment opportunities that are expected to continue growing.
Salaries, like the demand for mechanical engineering technicians, are
increasing in this job market where technically trained personnel are
highly sought. Graduates of the
Engineering Design Technology associate degree program often enter the field with salaries
averaging to $26,000 annually.
The Program (Beltline Campus)
The Engineering Design Technology
program at Midlands Technical College places strong emphasis on mathematical skills,
materials selection and design, applied physics, manufacturing processes and computer
applications in engineering technology. Technical courses include classroom lectures,
hands-on opportunities and individual design projects that provide students with the
technical skills needed on the job as mechanical engineering technicians.
Articulation opportunities may provide qualified high school
graduates with advanced placement in the Mechanical Engineering Technology program.
Faculty: Alan Grier: tel.
738-7757:
griera@midlandstech.com
Curriculum
General Education Requirements:
English Composition
Professional Communications
Algebra and Trigonometry
Technical Requirements:
Introduction to Computer Environment
Blueprint Reading and Sketching
Statics and Strength of Materials
Electrical Circuits I
Fundamentals of CAD
Electrical Machinery
Manufacturing Processes
Engineering Materials
Principles of CAD
Dynamics
PLCs
Hydraulics and Pneumatics
Computer-Aided Design Applications
General Physics
Machine Design
Thermodynamics