Computer Assisted Manufacturing Technology (CAMT) Courses

CAMT 100 (F, S) 3 hrs. cr.
Introduction to Machine Tool Processes
The theory and safe operation of basic machine tools. Fundamental practices include: safety, basic mathematics, blueprint reading, benchwork, precision measurement, metal sawing, drills and drilling, pedestal bench grinding, engine lathes, mills. One hour lecture, four hours lab.

CAMT 105 (S) 3 hrs. cr.
Precision Machining
An introduction to the operation of surface, cylindrical, tool, and cutter grinders. Principles of inspection and gaging, applied trigonometry, tooling geometry, and advanced lathe and milling practices will be covered. One hour lecture, four hours of lab. Prerequisites: CAMT 100, CADD 110, Math 130, or consent of instructor.

CADD 110  (F, S) 3 hrs. cr.
Engineering Graphics I
Preparation of drawings by using state-of-the-art CADD.  Spreadsheet, word-processing are incorporated along with geometric construction, lettering, orthographic projection, dimensioning, sections, pictorial drawing, graphs, and diagrams. One hour lecture, four hours lab per week.  Corequisite: Math 30.

CAMT 160  (S) 3 hrs. cr.
Inspection and Gaging
Inspection, gaging, and precision measurement procedures utilizing mechanical, electronic, and optical measuring equipment and related math. Geometric dimensioning and tolerancing emphasized. Computer assisted process control methods are introduced and applied to specific inspection procedures. One hour lecture, 4 hours of lab.

CAMT 200  (F, S) 3 hrs. cr.
Computer Numerical Control
Basic numerical control concepts and applications, the operation and setup of numerical control machines, including Vertical machining centers and turning centers, numerical control programming as applied to machining applications using MDI. One hour lecture, four hours of lab. Prerequisites: CAMT 100, CADD 110, Math 30 or 135, or consent of instructor.

CAMT 250  (S) 3 hrs. cr.
Computer Assisted Manufacturing
Advanced techniques of CNC & N/C programming using a completely integrated environment. Concepts of manufacturing programs being an integral part of a dynamic environment as compared to being in an isolated system. One hour lecture, four-hour lab per week.

Approved Electives:

IET 105 (F, S) 3 hrs. cr.
Introduction to Industrial Engineering Technology
Overview of the industrial engineering technology profession. Students will become familiar with tools and methods of industrial engineering and their application in manufacturing and service industries.

IET 115  (S) 3 hrs. cr.
Introduction to 3D Computer Aided Drafting
Computer aided drafting and the design of basic 3D wireframe and 3D models. Individuals who have a background in CADD should take the course for personal or professional improvement. One hour lecture, four hours lab per week. Prerequisites: IET/CADD 110 & Math 30.

IET 202 (F) 3 hrs. cr.
Tool Design
Advanced course on the designing, machining, and manufacturing of production tools, dies, jigs and fixtures. Prerequisites: IET/CAMT 100 &  IET/CAMT 160 or permission of instructor.

IET 240 (S) 3 hrs. cr
Engineering Materials
Introduction to materials currently used in today's modern manufacturing settings with emphasis on metals, plastics, ceramics and composites. Laboratory activities involve both manual and computer assisted testing. Two hours lecture and two hours lab per week.

IET 305 (S) 3 hrs. cr.
Basic Electricity and Electronics
This course provides an introduction into the principals of electricity/electronics with an emphasis on applications, problem solving, and laboratory experiments. Topics covered will include AC and DC circuits, Series and Parallel circuits, Electrical components, Magnetism, Power and Instruments and Measurements. Two hours lecture and two hours lab per week. Prerequisite: Math 130.

IET 310 (F) 3 hrs. cr.
Computer Production/Planning Control
The course is designed to provide the theory and application of production and inventory management philosophies and techniques. The topics covered in this course will be discussed in light of the framework suggested in the APICS curriculum guides so that this can serve as a foundation for students preparing for certification exams. Applications will be illustrated through the use of computers. Two hours lecture and two hours lab per week. Prerequisites: Math 130.

IET 320 (F) 3 hrs. cr.
Applied Statistical Quality Control
This course provides participants with the basic skills and research methods to analyze organizational systems. Topics include analytical approaches to problem solving, control charts, capability, Pareto charts, flow charts, cause-effect diagrams, histograms and scatter diagrams. Students are expected to take a set of data that represent an organizational process and apply the appropriate statistical procedure, analyze the results of the procedure, and develop a recommendation based on the analysis. Computer based solution techniques are used where appropriate. This course is also part of the requirements for the Six Sigma Green Belt or Black Belt certification.

IET 350 (Su or F) 3 hrs. cr.
Industrial Supervision   (Writing Intensive)
The course is a study of the role of the supervisor. The focus is on key skills needed for effective supervision—e.g., goal-setting, delegating, budgeting, interviewing, negotiating, counseling, coaching, conducting groups meetings, and handling grievances. Prerequisites:  Junior standing, six hours English Comp or permission of instructor.

IET 355 (S) 3 hrs. cr.
Work Measurement/Ergonomics
This course covers work measurements and methods. The course will focus on the use of standards, value engineering, methods design, workstations, time studies, and ergonomics. Prerequisites: Math 130.

IET 383 (S) 3 hrs. cr.
Power Generation including Pneumatics and Hydraulics
The course is an overview of automatic control of modern and or CNC applications manufacturing equipment using Hydraulics and Pneumatics. Two hours lecture and two hours lab per week. Prerequisites: Math 130.

IET 390 (F) 1 hr. cr.
Applied Measurement Systems Analysis
Introduces critical components in measurement systems. Topics include Repeatability, Reproducibility, Bias, Resolution, Stability and Linearity. An emphasis will be placed on learning how to quantify and improve the measurement process. This course is also part of the requirements for the Six Sigma Green Belt or Black Belt certification. Prerequisites: IET 320.

IET 425 (S) 3 hrs. cr.
Design of Experiments (Writing Intensive)
Learn basic statistical concepts of designing and analyzing experiments. Applications from various manufacturing as well as non-manufacturing fields will be illustrated throughout the course. Computer software packages to implement the methods presented will be illustrated extensively and used for homework assignments and a term project. This course is also part of the requirements for the Six Sigma Black Belt certification. Prerequisites: Junior Standing.

IET 440 (S) 3 hrs. cr.
Six Sigma Methodology
This course is about building on skills and knowledge gained in prior coursework and demonstrating the successful use of Six Sigma tools and concepts toward reducing costs, increasing quality, or improving lead-time.  This course is also part of the requirements for the Six Sigma Green Belt or Black Belt certification. Prerequisites: IET 320 and IET 390. To achieve Six Sigma Black Belt certification, student must be enrolled in IET 425 concurrently.

IET 450 (F) 3 hrs. cr.
Plant Layout / Material Handling
This course is designed to give the students a comprehensive understanding of the issues involved in the design of an industrial production system. It will cover the problems in plant location, product analysis, process design, equipment selection, material handling, and plant layout. Prerequisites: IET/CADD 110, IET/CADD 115, Math 130.

IET 460 (F) 3 hrs. cr.
Competitive Industrial Practices
Explores concepts and principles guiding today’s businesses. Provides students with powerful approaches for eliminating waste and improving operations in organizations. Prerequisite: Senior Standing.