Certificate of Completion
About the Program
The High Technology Studies four-term certificate program is designed to expand technical knowledge
across a range of technical career areas. Students may specialize in a number of technology
areas such as welding, manufacturing, machining, computer aided drafting, electronics, and computer
science by selecting the appropriate technical electives.
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 electronics technology programs are:
Identify and solve real-world problems through the application of electronics theory and concepts.
Calibrate, test, and repair analog and digital circuitry using industry standard test equipment.
Organize, interpret, and use technical information and documentation.
Communicate effectively across a variety of audiences: technicians, engineers, management and customers.
Function collaboratively as a member of a team to achieve specified and measurable results.
Demonstrate flexibility, adaptability, and time management skills commensurate with industry productivity needs.
Demonstrate the ability to adhere to personal and industry safety standards.
Demonstrate life-long learning towards professional growth.
Negotiate and abide by the terms of agreement that define their employment.
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.
Students are required to complete any prerequisites listed.
Advanced Standing
Coursework from accredited colleges and universities will be accepted in accordance with college
policies and the Electronics Technology Department chair’s recommendation. In order to ensure
that coursework is current, program courses over three years old must be reviewed and approved
by the appropriate department chair before being accepted toward core requirements. Official
transcripts must be filed with the Enrollment Services Office and the Electronics Technology
Department.
Graduation Requirements
Students must complete all courses in this program with a grade of “C” or better to receive their
certificates. 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.
Prerequisites
|
Course No.
|
Course Title
|
Credits
|
CS/CIS__ |
Approved 3-4 credit Computer Science or Computer Information Science class, CS/CIS120 or above or documented computer proficiency within the past ten years. |
0-4 |
MTH20 |
Pre-algebra or designated placement test score |
0-4 |
RD90/WR90 |
College Reading/Fundamentals of Composition or
WR91 (WR91 substitutes for both RD90 and WR90) or designated placement test score |
0-8 |
|
Total Prerequisite Credits |
0-16 |
General Education Courses
|
Course No.
|
Course Title
|
Credits
|
Mathematics |
(Additional math classes may be required as prerequisites to some technical electives.) |
MTH63 |
Applied Algebra I or
MTH60 Fundamentals of Algebra I or higher level math |
4-5 |
Communication (one course required)
|
BT113 |
Business English I |
3-4 |
BT114 |
Business English II |
3-4 |
WR115 |
Introduction to Expository Writing |
3-4 |
WR121 |
English Composition I |
3-4 |
Health/First Aid |
HE112 |
Emergency First Aid |
1 |
Human Relations |
BT101 |
Human Relations in Organizations or
PSY101 Psychology of Human Relations |
3 |
|
Total General Education Credits |
11-13 |
Technology Area Credits (a minimum of 39 credits required)
|
Course No.
|
Course Title
|
Credits
|
AM120 |
Auto Maintenance and Trades Practices with lab |
6 |
CIS__ |
Any computer applications course, CS/CiS125 or above CIS125ss strongly recommended) |
variable |
DDM191 |
Advanced Animation I |
3 |
DDM226 |
Advanced 3D Graphics Design (Maya) |
3 |
DS111 |
Basic Electricity for Diesel Technicians I with lab |
7 |
DS120 |
Diesel Trades Practices with lab |
5 |
DS260 |
Hydraulic Systems for Heavy Equipment |
3 |
EET101 |
Introduction to Electronics |
3 |
EET104 |
Fundamentals of Manufacturing Electronics |
4 |
EET106 |
Electronic Assembly |
3 |
EET112 |
Introduction to Mechatronics |
3 |
EET113 |
Exploration of Alternative Energies |
3 |
EET118 |
Introduction to Renewable Energy Systems |
5 |
EET120 |
Renewable Energy Systems (RES) Site Analysis and Design |
4 |
EET121 |
North American Board of Certified Energy Practitioners (NABCEP) Entry-level Preparation |
2 |
EET125 |
Electronics Fundamentals I (DC) |
6 |
EET126 |
Electronics Fundamentals II (AC) |
7 |
EET127 |
Exploring the Raspberry Pi |
3 |
EET129 |
Introduction to Embedded Systems |
3 |
EET130 |
Digital Fundamentals I |
6 |
EET131 |
Digital Fundamentals II |
6 |
EET132 |
Digital Fundamentals III |
5 |
EET140 |
Solid State Fundamentals |
6 |
EET240 |
Microcontrollers I |
5 |
MEC130 |
Hydraulics I |
3 |
MET101 |
Mechanical Drafting |
3 |
MET104 |
Applied Shop Practices |
3 |
MET105/WLD104 |
Blueprint Reading - Mechanical |
3 |
MET121 |
CAD I: Mechanical (SolidWorks) |
3 |
MET122 |
CAD II: Mechanical (SolidWorks) |
3 |
MET123 |
CAD III: Mechanical (SolidWorks) |
3 |
MET160 |
Materials and Metallurgy |
3 |
MFG101 |
Introduction to Manufacturing |
3 |
MFG121 |
Manufacturing Processes I |
4 |
MFG122 |
Manufacturing Processes II |
4 |
MFG123 |
Manufacturing Processes III |
4 |
MFG140 |
CNC Controls |
2 |
MFG220 |
Research and Development Prototyping |
4 |
MFG230 |
Statistics and Quality Control |
3 |
MFG241 |
CNC Programming – Mill |
4 |
MFG242 |
CAM I: Mastercam |
4 |
MFG243 |
CAM II: Mastercam |
4 |
MFG244 |
CNC Programming – Lathe |
3 |
MFG255 |
Computer Integrated Manufacturing |
4 |
MTH65 |
Fundamentals of Algebra II |
4 |
WLD101 |
Welding Fundamentals I |
3 |
WLD102 |
Welding Fundamentals II |
3 |
WLD111 |
Technology of Industrial Welding I |
6 |
WLD112 |
Technology of Industrial Welding II |
6 |
WLD113 |
Technology of Industrial Welding III |
6 |
WLD211 |
Technology of Industrial Welding IV |
6 |
WLD212 |
Technology of Industrial Welding V |
6 |
WLD213 |
Technology of Industrial Welding VI |
6 |
WLD250 |
Selected Topics in Welding |
variable |
|
Total Technology Area Credits |
39 |
|
Total Program Credits |
50-52 |
1 Required for graduation.
For more information contact the Electronics Technology Department:
Grants Pass or Medford: 541-245-7809
Toll free in Oregon: 800-411-6508, Ext. 7809
email: electronics@roguecc.edu
Web: address www.roguecc.edu/electronics
TTY: Oregon Telecom Relay Service, 711