Machining and Manufacturing Technology, AAS

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96-107 Credits

This degree program is designed for both the new student entering the field of manufacturing and for the current employee who wishes to learn more about the knowledge and skills currently in demand by employers.

A graduate of the program will be prepared for entry into the manufacturing industry as a conventional or CNC (Computer Numerical Control) machinist trainee. Instruction covers conventional turning, milling and grinding, as well as basic programming, set up and operation of CNC machine tools. Other subjects include shop safety, reading engineering drawings, shop mathematics, machine tool theory, inspection and surface plate techniques, as well as lean manufacturing and other skills currently required by the manufacturing industry.

Credit for hours of training is usually granted to those entering an approved apprenticeship program. Entry into the program at any time is possible on a space-available basis with instructor’s permission.

Contact: Tom Tagliente, ext. 4261 - ttagliente@greenriver.edu

Program Website: Machining and Manufacturing Technology | https://www.greenriver.edu/students/academics/degrees-programs/machining-manufacturing-technology/

Program Outcomes

Students who successfully complete this program will be able to:

Demonstrate accuracy and safety in the completion of manufacturing tasks.
Produce a manually turned workpiece.
Produce a manually milled workpiece.
Produce a surface-ground workpiece.
Produce a CNC machined workpiece.
Use hand tools correctly and safely.
Use precision measuring instruments correctly.
Read blueprints correctly.
Produce a correctly sequenced job/build plan.
Identify and describe basic tools and project materials.

Requirements

INDUS 111 - Welding Survey 1 Credits: 3
MFG 101 - Introduction to Machining and Manufacturing Credits: 1-13 -Minimum 13 credits
MFG 102 - Conventional Milling and Turning Credits: 1-13 -Minimum 13 credits
MFG 103 - Conventional and Computer Numerical Control (CNC) Machining Level 1 Credits: 1-13 -Minimum 13 credits
MFG 104 - Conventional and Computer Numerical Control (CNC) Machining Level 2 Credits: 1-13 -Minimum 13 credits
MFG 105 - Intermediate Computer Numerical Control (CNC) Machining Credits: 1-13 -Minimum 13 credits
MFG 106 - Special Machining Practices Credits: 1-13 -Minimum 13 credits
or

MFG 106 - Special Machining Practices Credits: 10

and
MFG 107 - Fundamentals of Additive Manufacturing Credits: 3
or
MFG 177 - Manufacturing Work Experience Credits: 1-13 -Minimum 13 credits
MFG 115 - Reading Engineering Drawings Credits: 2
MFG 162 - Applied Materials for Manufacturing Credits: 2
or
I E 189 - Basic Metallurgy Credits: 4

Related Instruction Requirements (11-20 credits)

Satisfies related instruction requirements.

Written Communication

Choose one of the following:

ENGL& 101 - English Composition I Credits: 5
ENGL 109 - Writing for Trades and Career/Technical Degrees Credits: 5

Oral Communications

Choose one of the following:

Students who are planning to take CMST 100, CMST 210, CMST 220 or CMST 230 can only count it as meeting either only the Related Instructions Oral Communication OR only the Human Relations requirements.

CMST 100 - Fundamentals of Oral Communication Credits: 5
CMST 105 - Oral Communication For Trades Credits: 3
CMST& 210 - Interpersonal Communication Credits: 5
CMST& 220 - Public Speaking Credits: 5
CMST& 230 - Small Group Communication Credits: 5

Computation

MATH 070 - Pre-Algebra Credits: 5
or Eligible for MATH 072 - Elementary Algebra

Human Relations

Choose one of the following:

BUS 166 - Human Relations and Work Readiness Credits: 5
CMST 100 - Fundamentals of Oral Communication Credits: 5
CMST 106 - Human Relations for Trades Credits: 3
CMST& 210 - Interpersonal Communication Credits: 5
CMST 217 - Communication for Business and Professions Credits: 5
CMST& 220 - Public Speaking Credits: 5
CMST 238 - Intercultural Communication Credits: 5

Electives:

To enhance the learner’s preparation for future employment, we recommend the following:

BTAC 111 - Introduction to Computer Literacy Credits: 5
D T 115 - Geometric Dimensioning and Tolerancing Credits: 4

Notes

Last Revised

7/1/2019