Electronics Technologies

Career opportunities in the electronics field are diverse, exciting, and rewarding. Chemeketa's electronics department offers three programs of study to meet the present and future challenges of the electronics industry: Electronic Engineering Technician, Computer Electronics, and Industrial Electronics.

You may be interested in our Cooperative Work Experience program, which allows you to earn college credit for work you do related to your program. You will need department approval before you may enroll in ELT280A-H Cooperative Work Experience. For more information, look under Cooperative Work Experience in the catalog index or contact Roger White at 503.399.5068.

For tours of the electronics laboratory or additional information visit educationwithafuture.com.

Program outcomes:

Students completing the Electronic Engineering AAS will:

• Use communication, interpersonal, and leadership skills to establish and maintain collaborative relationships with supervisors, co-workers, and customers.
• Identify and solve technology problems related to electronic circuits and devices, mechanical systems and computer hardware or software.
• Perform test procedures and use equipment to diagnose, maintain, and/or repair electronic/computer-based circuits and systems.
• Read and interpret written materials, including manuals, technical bulletins, schematics, and procedures to maintain and repair equipment or systems.
• Use standard terminology and clarifying language to communicate orally and in writing with customers, suppliers, supervisors, and co-workers.
• Practice skills and attitudes, individually and as a member of a team, that reflect quality management procedures and professional standards in the workplace.
• Apply professional and environmental safety practices associated with the workplace.

In addition to the Electronic Engineering outcomes, students completing the Computer Electronics AAS will:

• Identify and solve technology problems related to the manufacture, install, or maintenance of computers or computer-like equipment.

In addition to the Electronic Engineering outcomes, students completing the Industrial Electronics AAS will:

• Identify and solve technology problems related to the development, manufacturing, installation, and servicing of computer integrated manufacturing systems, semiconductor and microelectronic manufacturing equipment, process control equipment, robotic and other electro-mechanical systems.

Students completing the Advanced Technology Endorsement Certificate will:

• Apply scientific processes and critical thinking skills to issues in the technology field.
• Use appropriate technology to solve advanced applied problems and to judge the reasonableness of their results.

Students completing the Microelectromechanical Systems (MEMS) Design Certificate will:

• Use computer-aided design systems to design the templates or masks that are used to manufacture microelectromechanical devices and circuits.
• Identify and solve technology problems related to electromechanical systems.
• Read and interpret written materials, including manuals, technical bulletins, schematics, and procedures.
• Use standard terminology and clarifying language to communicate orally and in writing with customers, suppliers, supervisors, and co-workers.

Getting started

The first step to entering the following programs is to take part in an assessment process which includes taking the college's free placement test and meeting with Counseling and Career Services staff. You may need to complete pre-program courses. Then, your advisor will help you develop an individualized program of study, which may include one or more of the following:

If you have questions about the requirements, call Counseling and Career Services at 503.399.5120 or 503.399.5114. Failure to be assessed may delay your entry into program classes.

Computer Electronics
^{Associate of Applied Science}

Graduates of the Computer Electronics program begin careers with companies that manufacture, install, debug, or maintain computers or computer-like equipment. This equipment includes, but is not limited to, mainframe computers, mini and microcomputers, automated office equipment and systems (word processors, point-of-purchase terminals, local area and wide area networks), computer peripherals, engineering work stations, other automated factory products, and data communication networks.

The training includes both specific technical skills needed in the field and broader skills in communications and human relations which are necessary for career success. You'll have hands-on practice working with computer hardware and software. Classes emphasize both component and system-level troubleshooting as well as installation and maintenance of equipment and networks.

As a graduate of this program, you may also choose to transfer to a school such as Oregon Institute of Technology to complete the course work required for a bachelor's degree. If you wish to transfer, declare your intent before the first term and work closely with an electronics advisor, Charles Sekafetz at 503.399.6254, and the institution to which you plan to transfer.

Students entering this program must have an Intel-compatible computer (Pentium III or better) and be computer literate (type approximately 20 wpm, be familiar with the Windows operating system, a word processor, and a spreadsheet).

In addition to tuition, estimated costs for students who complete the entire program listed below are books, $2,490; class fees, $380; universal fee, $630; equipment and supplies, $205; and Intel-compatible computer, $900. Contact the Financial Aid Office at 503.399.5018 to find out if you qualify for help with these costs.

You may earn an Associate of Applied Science degree by successfully completing the required 105 credit hours with a grade of C or better in all courses.

Electronic Engineering Technician
^{Associate of Applied Science}

Upon graduation from the Electronic Engineering Technician program, you may begin a career assisting in the design, manufacturing, installation, and service of microelectronics and semiconductor manufacturing systems, telecommunication equipment and systems, electronic test instruments, medical measuring and monitoring equipment, computers, video systems, automation products, security and safety systems, process control systems, and flexible automation systems (robots). Training includes specific technical skills needed in the field and broader skills in communications, teamwork, and human relations which are necessary for career success.

As a graduate of this program, you may also choose to transfer to a school such as Oregon Institute of Technology to complete the course work required for a bachelor's degree. If you wish to transfer, declare your intent before the first term and work closely with the electronic engineering advisor, Charles Sekafetz, at 503.399.6254, and the institution to which you plan to transfer. Students entering this program must have an Intel-compatible computer (Pentium III or better), and be computer literate (type approximately 20 wpm, be familiar with the Windows operating system, a word processor, and a spreadsheet).

In addition to tuition, estimated costs for students who complete the entire program listed below are books, $2,520; class fees, $390; universal fee, $612; Intel-compatible computer, $900; equipment and supplies, $205. Contact the Financial Aid Office at 503.399.5018 to find out if you qualify for help with these costs.

You may earn an Associate of Applied Science degree by successfully completing the required 102 credit hours with a grade of C or better in all courses.

Industrial Electronics
^{Associate of Applied Science}

Students selecting the Industrial Electronics program may begin careers, upon graduation, assisting in the development, manufacturing, installation, and servicing of computer integrated manufacturing systems, semiconductor, and microelectronic manufacturing equipment, process control equipment, robotic, and other electro-mechanical systems. This program stresses mechanical, computer and electronic theory, and communication and human relation skills needed for career advancement.

As a graduate of this program, you may also choose to transfer to a school such as Oregon Institute of Technology to complete the course work required for a bachelor's degree. If you intend to transfer, declare your intent before the first term and work closely with an Industrial Electronics advisor, Charles Sekafetz at 503.399.6254, and the institution to which you plan to transfer. Students entering this program must have an Intel-compatible computer (Pentium III or better), and be computer literate (type approximately 20 wpm, be familiar with the Windows operating system, a word processor and a spreadsheet).

In addition to tuition, estimated costs for students who complete the entire program listed below are books, $2,300; class fees, $380; universal fee, $606; Intel-compatible computer, $900; equipment and supplies, $205. Contact the Financial Aid Office at 503.399.5018 to find out if you qualify for help with these costs.

You may earn an Associate of Applied Science degree by successfully completing the required 101 credit hours with a grade of C or better in all courses.

Advanced Technology Endorsement
^{Certificate of Completion}

If you already have an associate degree in electronics or are a journeyman electronics technician, this certificate can help you get the skills needed to advance your career. This certificate can build on your past experience and help you get the skills needed by Oregon's advanced technology employers. To be admitted into this program you must be interviewed by the program chair, Charles Sekafetz, sekafetz@chemeketa.edu 503.399.6254, and have your past education and experience evaluated. Your previous education and experience must include writing, science, math, and technical expertise similar to the A.A.S. degrees in electronics offered by Chemeketa. If you are lacking equivalent experience in any one of these areas, a program of study will be developed for you during the interview.

In addition to tuition, estimated costs for students who complete the entire program listed below are books, $1,500; class fees, $600; universal fee, $258; Intel-compatible computer, $900; equipment and supplies, $250. Contact the Financial Aid Office at 503.399.5018 to find out if you qualify for help with these costs.

You may earn a Certificate of Completion by successfully completing the required 43 credit hours with a grade of C or better in all courses.