Microelectronics Systems TechnologyCertificateAssociate of Applied Science DegreeProgram codes: AAS.MICROSYSTECH, CC.MICROSYSTECHThis program prepares students for entry into the microelectronics and semiconductor industries. Course work focuses on wafer manufacturing, integrated circuit fabrication, component manufacturing, microelectronic assembly and equipment maintenance. Specific skill areas include: silicon materials fabrication, silicon manufacturing, semiconductor processing, microcontamination and particle control, troubleshooting of equipment and systems, microlithography, ion implantation, etch and chemical vapor deposition.PROGRAM OUTCOMESMicroelectronics Systems Technology AAS DegreeUpon successful completion of this program, students should be able to:safely and professionally collaborate in an electronic technology-focused workplace,use and comprehend standard electronics terminology in communication,identify and isolate technology problems,identify electronic components including resistors, capacitors, inductors, diodes, transistors, amplifiers and digital logic gates;read specifications, symbols, schematics, ladder diagrams and assembly drawings;comprehend AC, DC, amps, volts, ohms, impedance, watts, frequency, apparent and reactive power;operate and interpret oscilloscopes, multimeters, signal generators, power supplies;assemble, disassemble, adjust and verify electronic equipment performance;use test procedures and test equipment to service and maintain equipment,demonstrate a comprehensive knowledge of the semiconductor manufacturing process including materials, processes, vacuum systems and quality control;apply technical knowledge of sensors and actuators to automated manufacturing and motion control,comprehend the theoretical elements of fluid power systems and apply this knowledge to design, installation and repair of industrial equipment;program and install PLCs to control manufacturing processes.PROGRAM OUTCOMESMicroelectronics Systems Technology Certificate DegreeUpon successful completion of this program, students should be able to:safely and professionally collaborate in an electronic technology focused workplace,use and comprehend standard electronics terminology in communication,identify electronic compounds including resistors, capacitors, diodes, transistors, amplifiers, and digital logic gates;read specifications, symbols, schematics;comprehend AC, DC, amps, volts, ohms, impedance, watts, frequency, apparent and reactive power;operate and interpret oscilloscopes, multimeters, signal generators, power supplies;use test procedures to diagnose electronic equipment,demonstrate a basic knowledge of the semiconductor manufacturing process.CAREERSCareer opportunities may include fabrication technician, equipment technician and product test technician.For information contact the Manufacturing Department, 503-594-3318.MICROELECTRONICS SYSTEMS TECHNOLOGY CERTIFICATEFIRST TERM CreditsEET-112 Electronic Test Equipment & Soldering 3EET-137 Electrical Fundamentals I 4MFG-107 Industrial Safety & First Aid 3MFG-109 Computer Literacy for Technicians 3MTH-050* Technical Mathematics I 3SM-150 Semiconductor Processing I 2WR-101* Communication Skills: Occupational Writing 3SECOND TERM CreditsEET-139 Principles of Troubleshooting I 2EET-141 Electrical Fundamentals II 4EET-157 Digital Logic I 3ESH-100 Environmental Regulations 2MTH-080* Technical Mathematics II 3SM-160 Semiconductor Processing II 2THIRD TERM CreditsEET-127 Semiconductor Circuits I 4EET-142 Electrical Fundamentals III 4SM-170 Semiconductor Processing III 2SM-280 Electronics & Microelectronics/CWE 2— — Microelectronics Systems Technology program electives 3— — Human Relations requirement (see page 82 of Credits required for certificate 55Microelectronics Systems Technology Associate of applied Science Degree: 1st YearComplete certificate program.Microelectronics Systems Technology Associate of applied science Degree: 2nd YearFOURTH TERM CreditsCH-104 Introductory Chemistry 5EET-215 Electromechanical Systems I 2EET-239 Principles of Troubleshooting II 2MFG-104 Print Reading 2— — Microelectronics Systems Technology program electives 3FIFTH TERM CreditsEET-250 Linear Circuits 3MFG-140 Principles of Fluid Power 3MFG-209 Programming and Automation for Manufacturing 3SM-136 Photolithography 2SM-280 Electronics & Microelectronics/CWE 2MFG-123 Instrumentation & Controls 3SIXTH TERM CreditsEET-230 Laser and Fiber Optics 3MFG-133 Programmable Logic Controllers 3SM-229 Vacuum Technology 2— — Microelectronics Systems Technology program electives 6 Credits required for degree 99Microelectronics Systems Technology program electives: Any course with a CDT, EET, RET, SM, MFG, or WLD prefix not already in the Microelectronics Systems Technology program.*Substitute college transfer courses for these courses if you plan to continue your education at a higher education institution. It is recommended that you consult with a faculty advisor or a staff member in Student Services for the transfer requirements of the specific advanced program or school.ELECTRONICS ENGINEERING TECHNOLOGY(Oregon Tech transfer courses)The Manufacturing Technology Department, in cooperation with Oregon Tech, offers a number of transferable microelectronics classes into Oregon Tech’s Electronics Engineering Technology degree program. For information contact the Manufacturing Department, 503-594-3318.Information from the 2016-2017 catalog.