LANSING COMMUNITY COLLEGE
CURRICULUM GUIDE
CNC Programming
Associate in Applied Science Degree
Curriculum Code: 0266 (Effective Fall 2003 - Summer 2008)
Computer numerical control programmers are responsible for writing programs
that are used to control automated manufacturing systems and equipment. The
programmer is primarily concerned with taking engineering specifications and
developing procedures and programmed instructions to manufacture requested
components. The CNC programmer must be knowledgeable in many areas such as
computer systems, CAD, CAM, manufacturing processes, machine tools and
metallurgy. Strong math, communication and problem-solving skills are needed
in order to manage the large and diverse amount of information that must be
brought together in order to successfully write programs. Because of their
many skills, CNC programmers are employed in all industries, including
aerospace, textile, agriculture, electronics, and manufacturing.
PREREQUISITES
Students should see Course Descriptions or Course Offerings for course
prerequisite information. See the Assessment and Placement Testing section
for skills assessment and advising information.
INFORMATION
Contact the Manufacturing and Land Technologies Department, Gannon Vocational-
Technical Center, Room 1380, telephone number (517) 483-1336.
REQUIREMENTS TOTAL: 64 CREDITS
CODE TITLE CREDIT HOURS
CADD 101 Mechanical Drafting/Basic CAD 4
CADD 131 AutoCAD Basic 2-D 4
CADD 242 Unigraphics Basic 4
CNCP 110 Foundations of CNC Programming 4
CNCP 130 Machine Controls and Setup 4
MACH 105 Machine Tool Survey 3
MACH 110 Machine Tool Technology I 4
MACH 111 Machine Tool Technology II 4
MACH 120 Effect Use Machinery Handbook 4
MACH 135 Metallurgy and Heat Treat 4
MACH 140 Tooling Theory and Practices 4
MATH 114 Technical Math I 4
MATH 115 Technical Math II 4
MGMT 234 Diversity in the Workplace 3
PHYS 120 The Art of Physics 4
SPCH 110 Oral Communication in the Workplace 3
WRIT 124 Technical Writing 3
LIMITED CHOICE REQUIREMENTS TOTAL: 7-8 CREDITS
Complete the indicated number of credits from each CHOICE listed below.
CHOICE 1: General Education Core Areas 0 Credits
(See General Education Core Requirements for information on how to fulfill
these requirements. Core area proficiency exams, where appropriate, are
available for each core area.)
Communication Core Area (See Note 1) 0
Global Perspectives and Diversity Core Area (See Note 1) 0
Mathematics Core Area (See Note 1) 0
Science Core Area (See Note 1) 0
Writing Core Area (See Note 1) 0
CHOICE 2: Drafting 3-4 Credits
CADD 104 Descriptive Geometry 4
CADD 110 Industrial Blueprint Reading 3
CNCP 101 PC Applications for Technology 3
MFGM 250 Manufacturing Internship 3
CHOICE 3: Computer-Aided Manufacturing 4 Credits
CNCP 200 Unigraphics NC 4
CNCP 210 Mastercam 4
MINIMUM TOTAL 71
NOTE:
1. Students completing "REQUIREMENTS" have fulfilled the requirements for
this Core area.
SUGGESTED COURSE SEQUENCE
Students should see course descriptions to find out when departments plan to
offer courses. Students who for any reason are unable to follow the course
sequence suggested below (for example, those who are part-time, have
transferred in courses from another school, or have prerequisites to fulfill)
should contact an academic advisor or counselor for help with adjustments.
I II III IV
CADD 101 CADD 131 CADD 242 SPCH 110
MACH 105 CNCP 110 CNCP 130 WRIT 124
MACH 120 MACH 110 MACH 135 Lim.Ch.
MATH 114 MACH 111 MACH 140 Lim.Ch.
MGMT 234 MATH 115 PHYS 120
|