Microelectronics/Industrial Technology
MT110 Microelectronics
3 credit hours, 3 Lecture hours
Surveys the field of microelectronics. Covers an overview of the technology and manufacturing processes used and the economic and social impacts. Applies to students considering a career in Oregon's high growth semiconductor industry. Prerequisite: MTH070 or high school Algebra 2 or consent of instructor. F
MT199A Careers in Nanotechnology
1 credit hours, 1 Lecture hours
Covers significance of nanotechnology and its impact on careers in engineering, science, and technology. Identifies skills, programs of study, and employment opportunities in related areas.
MT201A Introduction to MEMS
1 credit hours, 1 Lecture hours
Presents micro-electromechanical (MEM) devices and their applications. Explains common manufacture techniques and processes for such devices. Prerequisite: Concurrent enrollment in MT110 or consent of instructor. F, W
MT201B MEMS Design 1
1 credit hours, 1 Lecture hours
Covers basic design and layout considerations of micro-eletromechanical devices. Introduces Sandia National Labs' SUMMiT V software including 2D and 3D visualization tools. Requires access to AutoCAD 2002 or later. Prerequisite: MT201A and DRF130 or consent of instructor. W, Sp
MT201C MEMS Design 2
2 credit hours, 4 Lecture/Lab hours
Covers advanced design and layout considerations of micro-electromechanical devices. Uses Sandia National Labs? SUMMiT V software including 2D and 3D visualization tools to design and layout complex devices on a reticule. Requires access to AutoCAD 2002 or later. Prerequisite: MT201B. Sp
MT221 Fluid and Vacuum Systems
3 credit hours, 6 Lecture/Lab hours
Covers theory, operation and application of hydraulic, pneumatic and vacuum systems. Includes operation, diagnosis, service, maintenance and repair of components and systems. Prerequisite: MTH070, or High School Algebra 2, or consent of instructor. Sp
MT223 High Vacuum Technology
3 credit hours, 3 Lecture hours
Addresses high vacuum concepts, theory, and the various types of vacuum systems. Includes vacuum pumps, seals, gauges, valves, power supplies, leak detecting equipment and related hardware. Examines the set up, operation, troubleshooting and monitoring of vacuum systems. Prerequisite: MTH070, or High School Algebra 2, or consent of instructor. Sp
MT227A Pneumatics and Hydraulics Fundamentals
3 credit hours, 5 Lecture/Lab hours
Covers theory, operation and application of hydraulic and pneumatic systems. Includes diagnosis, service, maintenance repair of pneumatic components and systems. Prerequisite: MTH070, High School Algebra 2, or consent of instructor. Class fee $15. Sp
MT250 CMOS 1
4 credit hours, 8 Lecture/Lab hours
Covers entry-level integrated circuit design in CMOS (Complimentary Metal Oxide Silicone) Technology. Emphasizes creating the layout for IC circuits based on logic and schematic diagrams. Prerequisite: DRF101 or DRF130 or consent of instructor; and MT110. F, W
MT251 CMOS 2
3 credit hours, 7 Lecture/Lab hours
Covers advanced concepts of Integrated Circuit Mask design using specialized CAD tools to produce integrated circuit layout projects. Prerequisite: MT250, or consent of instructor. W, Sp
MT252 CMOS 3
3 credit hours, 7 Lecture/Lab hours
Focuses on the design and layout of masks for IC circuits. Covers how to: interpret schematics; create a floor plan; divide responsibility among team members to produce the layout for IC sub-systems. Prerequisite: MT251 or consent of instructor. Sp
Updated October 28, 2007 by Marketing and Student Recruitment.