C O U R S E D E S C R I P T I O N S 155
JN 280 CWE JOURNALISM( 2-14 credits) An instructional program designed to give students practical experience in supervised journalism-related employment. Students identify job performance objectives, work a specified number of hours during the term, and attend a related CWE seminar. Note: Credits based on identified objectives and number of hours worked. Prerequisite: CWE coordinator approval.
MA: MANUFACTURING TECH
MA 3.396 MANUFACTURING PROCESSES I( 6 credits) Provides training in the skills necessary to pursue a career in the machinist’ s trade. The lecture portion of Manufacturing Processes I introduces students to the fundamentals of good machining practices; theory / practical considerations are covered. In the laboratory aspect of this course each student completes a series of projects that emphasize safe operation of machine tools. The safety aspect of the course includes:: Prevention of accidents, injuries and illness at the work site.: Measures that provide protection from exposure to hazards and hazardous materials.: Legal obligations mandated by OR-OSHA that directly relate to future occupations. Successful completion of MA3.396B, MA3.397B, and MA3.398B will be the equivalent of MA3.396.
MA 3.396B MANUFACTURING PROCESSES I( 2 credits) This course provides training and learning experiences in basic machining operations. Students will be using the lathe, milling machine and other machine tools to complete a project. The finished projects are used to participate in a contest; judging is based on performance, craftsmanship and technology utilization. Students are required to demonstrate some design responsibilities. Skills for successful employment are emphasized.
MA 3.397 MANUFACTURING PROCESSES II( 6 credits) Provides machine tool technology training and learning opportunities at an intermediate level. Instruction will be given in the safe and efficient operation of machine tools. Theory and practical considerations will be covered. Environmental awareness information is included in this course.
MA 3.397B MANUFACTURING PROCESSES II( 2 credits) This lecture / lab course focuses on advanced machine tool operation. Determining machine tool selection, setup and planning for multi-tool projects will be covered. Shop math, including trigonometry and elementary algebra, will be used to make calculations. Students will complete a series of machining projects. This course includes instruction on basic computer numerical control( CNC) machining and turning.
MA 3.398 MANUFACTURING PROCESSES III( 6 credits) Focuses on advanced machine tool operation. Determining machine tool selection, set-up and planning for multi-tool projects will be covered. Shop math, including trigonometry and elementary algebra will be used to make calculations. Students will complete a series of advanced machining projects. A career specialist will deliver information about job search skills.
MA 3.398B MANUFACTURING PROCESSES III( 2 credits) This lecture / lab course focuses on advanced machine tool operation. Determining machine tool selection, setup and planning for multi-tool projects will be covered. Shop math, including trigonometry and elementary algebra, will be used to make calculations. Students will complete a series of advanced machining projects.
MA 3.405 INSPECTION I( 2 credits) This course provides training and learning opportunities in the science of measurement as it relates to manufacturing. The correct use of measuring tools to collect data at logical intervals throughout the manufacturing process will be covered. Students will be introduced to some of the practical considerations that relate to size, tolerance and other specifications. The measuring tool we will be studying include inch and metric rulers, micrometers, dial and digital calipers, the surface plate, sine bars, gage blocks and the combination set.
MA 3.406 INSPECTION II( 2 credits) Provides training in measurement as it relates to manufacturing. Geometric Dimensioning and Tolerancing( GD & T), surface plate inspection methods and tools, optical comparator, surface roughness, inspection of threads and other topics will be covered. This course includes information on human relations skills including; working cooperatively as a member of a team or manufacturing cell, customer relations, and working with diverse populations.
MA 3.407 MATHEMATICS FOR NC MACHINISTS( 1 credit) Provides mathematics training for NC machinists and programmers. Scientific calculator functions, basic algebra, right angle trigonometry, geometry and the Cartesian coordinate system as it applies to CNC machining will be covered.
MA 3.409 INTRODUCTION TO CNC( 2 credits) Introduces students to computer numerical control.
MA 3.412 CAM I( 3 credits) Provides training and learning in the use of Mastercam Computer Aided Manufacturing( CAM) software. Students learn how to create accurate part geometry, select tools, specify toolpaths and generate Computer Numeric Control( CNC) machine code. A primary focus of this course is Mastercam applications as they relate to Turning Center operations.
MA 3.413 LEAN MANUFACTURING AND PRODUCTIVITY( 1 credit) Provides training in Lean Manufacturing strategies. Reducing manufacturing costs is a primary focus of this course. Emphasis is placed on human relations in a lean manufacturing envionment.
MA 3.414 TOOL TECHNOLOGY( 1 credit) Helps meet the need in industry for machinists that are trained in carbide insert identification and applications.
MA 3.416 CNC: SPECIAL PROJECTS( 1-3 variable credit) Provides advanced computer numerical contron( CNC) training. Students will have some design responsibilities as well as design for manufacturing responsibilities as they complete projects. Careful planning, good machining practices, economic / business concerns, documentation and safety will be emphasized.
MA 3.420 CNC: MILL( 4 credits) Provides training in the operation and part programming of the modern vertical machining center. Students learn safe manufacturing methods by completing a series of assignments using one of two Haas vertical machining centers. Students will gain experience reading, writing and editing part programs using industry standard G & M code programming.
MA 3.421 CNC: LATHE( 4 credits) Introduces students to a modern CNC turning center and part programming using industry standard ISO / EIA machine code for the Fanuc controller. Students turn aluminum parts to specifications on a Hitachi Seiki CNC Lathe. Safety procedures are emphasized. Prepares students for mastery of the two axis lathe coordinate plane.
Courses marked with the following symbols may be used to fulfill general education requirements for the Associate of General Studies degree: ‣ Humanities / Art • Math / Science • Social Sciences.