Manufacturing/Engineering Technology
Associate of Applied Science Degree
About the Program
This two-year program integrates conventional manufacturing techniques with computer integrated manufacturing skills. Computer aided drafting (CAD) and computer aided manufacturing (CAM) are used as basic tools in the manufacturing engineering process. In addition to technical training, students receive a solid education in mathematics and physical science, along with human relations and computer skills courses.
Graduates typically enter the workforce as computer aided design drafters, entry-level machinists, or computer numerical control (CNC) machine operators or engineering assistants. With additional on-the-job experience, this training facilitates movement into fields such as tool and die maker, quality control inspector, computer aided manufacturing (CAM) programmer, or lower-level supervisory positions. For transfer to a four-year institution in engineering, additional or alternate transfer courses will be recommended.
Program Learning Outcomes
The curriculum in RCC courses is derived from a set of identified learning outcomes that are relevant to the discipline. Program learning outcomes for manufacturing programs are:
Set up, operate, and program manual lathes to print specifications.
Interpret and develop machine tool paths using Master Cam software to create mechanical parts to industry standards.
Follow, develop, and troubleshoot manufacturing processes and procedures.
Demonstrate the ability to adhere to personal and industry safety standards to protect personnel and equipment.
Operate and program CNC mills and lathes to print specifications.
Entry Requirements
Students are required to complete the Placement Process to determine skill level and readiness in math, reading, and writing. As part of their training program, students must begin with the courses within their skill level as determined through the Placement Process. In addition, students may also be required to enroll in classes that would increase their employability and success.
Advanced Standing
Coursework from accredited colleges and universities will be accepted in accordance with college registration policies and with the Manufacturing/Engineering Technology Department chair’s recommendation. In order to ensure that coursework is current, program courses over four years old must be reviewed and approved by the appropriate program coordinator before being accepted toward core requirements. Students must complete coursework in their major at a “C” or better level before proceeding to advanced coursework. Each College Now credit student must meet with the program coordinator to determine placement.
Credits earned in the successful completion of Career Pathways certificates can be applied to other certificates and degrees in the Career Pathway. For more information, speak to a program advisor.
Graduation Requirements
Students are required to complete all courses in this program with a grade of “C” or better to receive their degrees. Certain required courses are graded on a pass/no pass basis only. A grade of “P” for these courses indicates a student earned the equivalent of a “C” or better grade.
TOTAL PROGRAM CREDITS: |
93-100 |
Program Map
This guide lays out an optimal path to graduate. Where zero credits are listed in the prerequisites, students may place into a higher level(s) based on designated placement score(s). Note, some prerequisites may be required for graduation. Please consult an advisor with any program completion questions.
Program Prerequisites |
||||
Course No. | Course Title | Credits | Alternate Course | Comments |
---|---|---|---|---|
CIS120 | Concepts in Computing I 1 | 0-2 |
| |
MTH20 | Pre-algebra | 0-4 |
|
|
MEC102 | Mechanical Fabrication 2 | 3 |
|
|
RD90 | College Reading | 0-4 |
| WR91 fulfills RD90/WR90 |
WR90 | Fundamentals of Composition | 0-4 |
| WR91 fulfills RD90/WR90 |
Prerequisites credits vary based on Placement Score(s): | 3-17 |
|
|
|
Term 1 |
||||
MET101 | Mechanical Drafting | 3 |
|
|
MET105 | Blueprint Reading: Mechanical | 3 |
|
|
MFG101 | Introduction to Manufacturing | 3 |
|
|
MFG116 | Metrology | 2 |
|
|
MFG121 | Manufacturing Processes I | 4 |
|
|
MTH63 | Applied Algebra I | 4 | MTH60 |
|
| Total Credits: | 19 |
|
|
Term 2 |
||||
MET104 | Applied Shop Practices | 3-4 | MTH112 |
|
MET121 | Computer Aided Drafting I: Mechanical (Solid Works) | 3 |
|
|
MET160 | Materials and Metallurgy | 3 | MET165 |
|
MFG122 | Manufacturing Processes II | 4 |
|
|
MFG140 | CNC Controls | 2 |
|
|
WR115 | Introduction to Expository Writing | 3-4 | BT113 | or higher level composition course |
| Total Credits: | 18-20 |
|
|
Term 3 |
||||
LIB127 | Introduction to Academic Research | 1 | LIB101 |
|
MET122 | Computer Aided Drafting II: Mechanical (Solid Works) | 3 |
|
|
PSY101 | Psychology of Human Relations | 3 | BT101 |
|
MFG123 | Manufacturing Processes III | 4 |
|
|
MFG241 | CNC Programming--Mill | 4 |
|
|
| Total Credits: | 15 |
|
|
Term 4 |
||||
EET101 | Introduction to Electronics | 3 |
|
|
MFG230 | Statistics and Quality Control | 3 |
|
|
MFG242 | CAM I: Mastercam | 4 |
|
|
WLD101 | Welding Fundamentals I | 3 |
|
|
| Total Credits: | 13 |
|
|
Term 5 |
||||
MFG220 | Research and Development Prototyping | 4 | MFG280 |
|
MFG243 | CAM II: Mastercam | 4 |
|
|
WLD102 | Welding Fundamentals II | 3 |
|
|
WR121 | English Composition I | 4 | BT114 |
|
MFGELEC | Transfer Level MFG Elective | 1-3 |
| approved program elective |
| Total Credits: | 16-18 |
|
|
Term 6 |
||||
HE112 | Emergency First Aid | 1 |
| |
MET111 | CAD I: Mechanical (Autodesk Inventor) | 3 |
|
|
MFG255 | Computer Integrated Manufacturing | 4 | MFG280 |
|
MFG262 | Lean Manufacturing | 3 |
|
|
MFGELEC | Transfer Level MFG Elective | 1-4 |
| approved program elective |
| Total Credits: | 12-15 |
|
|
Approved Program Electives(minimum 2-7 credits required) |
Course No. | Course Title | Credits |
---|---|---|
BA109 |
Ready, Set, Work: Techniques for Landing a Job |
2 |
CHEM104 |
Introductory Chemistry w/lab and Recitation |
5 |
CHEM105 |
Introductory Organic Chemistry w/lab |
4 |
CHEM106 |
Introductory Biochemistry w/lab |
4 |
CHEM221,222,223 |
General Chemistry I, II, III w/lab and Recitation |
5-5-5 |
CIS |
Any CIS applications course (CIS125SS highly recommended) |
variable |
CIS140 |
Introduction to Operating Systems |
4 |
CIS179 |
Introduction to Networks |
4 |
CIS240 |
Advanced Operating Systems |
4 |
CS161J |
Computer Science I (Java) |
4 |
CS161U |
Computer Science I (C++) |
4 |
CS162J |
Computer Science II (Java) |
4 |
CS162U |
Computer Science II (C++) |
4 |
EET104 |
Fundamentals of Manufacturing Electronics |
4 |
EET129 |
Introduction to Embedded Systems |
3 |
EET225 |
Electronics Troubleshooting |
3 |
ENGR101 |
Engineering Orientation I: Careers, Skills and Computer Tools |
2 |
ENGR102 |
Engineering Orientation II: Careers, Skills and Computer Tools |
2 |
ENGR103 |
Engineering Orientation III: Careers, Skills and Computer Tools |
2 |
ENGR201 |
Electrical Fundamentals with lab |
3 |
ENGR202 |
Electrical Fundamentals II with Lab |
3 |
ENGR211 |
Statics |
3 |
ENGR212 |
Dynamics |
3 |
ENGR213 |
Strength of Materials |
3 |
GS104 |
Physical Science w/lab or approved program elective |
4 |
MEC103 |
Industrial Safety (Highly Recommended) |
1 |
MEC114 |
Safety for Industry |
3 |
MEC116 |
Quality Practices and Measurement |
3 |
MEC118 |
Manufacturing Processes and Production |
3 |
MEC120 |
Maintenance Awareness |
4 |
MEC130 |
Hydraulics I |
3 |
MEC140 |
Green Production |
2 |
MEC149 |
Electric Motor Control |
4 |
MEC240 |
Robotics I |
3 |
MET112,113 |
Computer Aided Drafting II, III: Mechanical (Autodesk Inventor) |
3-3 |
MET123 |
Computer Aided Drafting III: Mechanical (SolidWorks) |
3 |
MFG199 |
Selected Topics in Manufacturing |
variable |
MFG210 |
AC/DC Electrical Systems for Manufacturing |
3 |
MFG215 |
Electrical Control Systems and Sensors for Manufacturing |
3 |
MFG244 |
CNC Programming – Lathe |
3 |
MFG245 |
Mastercam 4th Axis Programming |
3 |
MFG280 |
Cooperative Work Experience/Manufacturing |
variable |
MFG280S |
CWE/Manufacturing Seminar |
1 |
MFG291 |
Laser Cutting and Engraving Fundamentals |
3 |
MTH65 |
Fundamentals of Algebra II 3 or higher level math courses |
variable |
PH201,202,203 |
General Physics I, II, III with lab and recitation |
5-5-5 |
PH211,212,213 |
General Physics (Calculus Based) I, II, III with lab and recitation |
5-5-5 |
WLD102 |
Welding Fundamentals II (if not taken as core requirement) |
3 |
WLD111,112,113 |
Technology of Industrial Welding I, II, III |
6-6-6 |
WLD111M |
Technology of Industrial Welding for Manufacturing |
6 |
WLD121,122 |
Fabrication and Repair Practices I, II |
5-5 |
WLD250P |
Selected Topics: CNC Plasma Cutting |
3 |
1 Required for graduation. Approved Computer Information Science or Computer Science class, CIS120 or above, or documented computer proficiency within the past ten years.
2 Required for graduation.
3 If not taken as required course.
For more information, contact the Manufacturing/Engineering Technology Department.
Manufacturing/Engineering Technology Department faculty and staff can also be reached by:
Phone: 541-956-7500
Email: [email protected]
Web address: www.roguecc.edu/manufacturing
TTY: Oregon Telecom Relay Service, 711