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ENGT 500: Research Methods
3.00 Credits
Oregon Institute of Technology
(3-0-3) Study of industrial analytical techniques used to develop new technologies, including the use of computer aided engineering systems and software for design purposes. Examination of research and development methods, current industrial practices and applications of new technologies.
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ENGT 507: Seminar
3.00 Credits
Oregon Institute of Technology
(Hours to be arranged each term.) In-depth examination of current theories, research, trends and processes of industry. Individual study, information exchange, and research of selected industrial topics.
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ENGT 507 - Seminar
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ENGT 518: Data Communications
4.00 Credits
Oregon Institute of Technology
(3-3-4) Data communications and computer network protocols, hardware elements, and software algorithms. Error handling, routing, flow control, host-to-host communi-cations, and local area networks.
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ENGT 518 - Data Communications
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ENGT 521: ASIC Design I
4.00 Credits
Oregon Institute of Technology
(3-3-4) Techniques for designing Application Specific Integrated Circuits (ASICs). Comprehensive study of computer concepts using computer aided design tools. Implemen-tation of ASIC devices in digital computing systems including: modeling (using VHDL), digital synthesis, place and routing functions, and layout. Design exercises accomplished using hardware description languages and simulation. Prerequisite: VLSI or ASIC coursework or experience.
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ENGT 521 - ASIC Design I
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ENGT 522: ASIC Design II
4.00 Credits
Oregon Institute of Technology
(3-3-4) Techniques used to transform hardware description language-based designs to physical layout. Applications of synthesis tools for floor planning and layout of Application Specific Integrated Circuits. Comprehensive study of logic design, layout generated design, and advanced CMOS circuit techniques used when designing with standard cells. Prerequisite: ENGT 521.
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ENGT 522 - ASIC Design II
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ENGT 523: Advanced ASIC Design
4.00 Credits
Oregon Institute of Technology
(3-3-4) Introduction to very large scale integration (VLSI) technology and design of CMOS integrated circuits including: the device fabrication process and design rules as they apply to device layout. Analysis, design, simulation and layout rules presented. Logic gates and function design, simulation and physical layout. Prerequisite: ENGT 522.
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ENGT 523 - Advanced ASIC Design
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ENGT 545: Advanced Microcomputers
4.00 Credits
Oregon Institute of Technology
(3-3-4) Microprocessor technology and its application to the design of practical digital computing systems. Design techniques used to develop and design newer generation micro-processor-based computing systems. Assembly language programming and interfacing of microprocessor-based systems. Prerequisite: Microprocessor coursework or experience.
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ENGT 545 - Advanced Microcomputers
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ENGT 546: Advanced Computer Architectures
4.00 Credits
Oregon Institute of Technology
(3-3-4) Advanced topics in computer architectures including design of computer hardware, organizational structures, and architectural properties of parallel, vector and multiprocessing systems. Computer organizational structures of memory and I/O subsystems, multiprocessor computer architectures, and data flow computers. Prerequisite: Course work or experience in computer architecture and organization.
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ENGT 546 - Advanced Computer Architectures
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ENGT 565: Semiconductor Device Physics and Processes
3.00 Credits
Oregon Institute of Technology
(3-0-3) Simple models and physical insight to solid state physics. Crystal structure and symmetry, crystal lattices, reciprocal lattices, equilibrium and nonequilibrium processes in semiconductors. Thermal properties, energy band, and semiconductor properties.
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ENGT 565 - Semiconductor Device Physics and Processes
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ENGT 581: Master's Project I
4.00 Credits
Oregon Institute of Technology
(1-9-4) Students prepare the proposal for the Master's project under the guidance of a project adviser. Project proposal guidelines and accepted format presented. Approval of the proposal by the student's project committee constitutes completion of the course.
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ENGT 581 - Master's Project I
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