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Course Criteria
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4.00 Credits
Fall Lab fee will be required. This is a continuation of the course ELET 105, Electronics I. In this course, students are introduced to the electrical and operating characteristics of Op-Amps. With this knowledge, students learn how to design practical electronic systems such as power amplifiers, voltage and current regulators, signal generators, active filters, oscillators, comparators, and other types of linear and non-linear circuits. Practical hands-on laboratory exercises and computer simulations are incorporated to enhance the learning experience of the students. Prerequisite: ELET 105, Electronics I.
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4.00 Credits
Fall Lab fee will be required. A course in process control instrumentation technology. Topics include power electronic circuits analog signal conditioning, bridge circuits, operational amplifiers, analog comparators, D/A and A/D converters, transducers, final control elements, and digital control principles. Related topics include an introduction to servomechanisms and industrial control. Prerequisite: ELET 210, Digital Electronics; ELET 215, Operational Amplifiers.
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1.00 Credits
Spring Lab fee will be required. Astudy of the techniques used for the design of electronic circuits and the methods employed in their fabrication. Prerequisite: ELET 210, Digital Electronics; ELET 215, Operational Amplifiers.
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4.00 Credits
Fall Lab fee will be required. An introductory course in microcontrollers and microprocessors. This course emphasizes assembly level programming using the 8051, the PIC or an equivalent instruction set, and explores the application of microcontrollers in electronic systems. Prerequisite: ELET 210, Digital Electronics.
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4.00 Credits
Fall Lab fee will be required. The study of vacuum and radio frequency techniques utilized in microelectronic manufacturing applications. The vacuum areas of study include gas flow, pressure regimes, gas laws, outgassing, high vacuum production, leak and contamination detection and residual gas analysis (RGA) techniques. The power RF area of study will cover radio frequency generation, amplification, conductors and transducers and thin filmdeposition. Safety concerns stressed in the installation, maintenance and operation of vacuum and radio frequency equipment. Prerequisites: ELET 101, Electricity II;MATH 150, College Algebra and trigonometry; PHYS 135, Technical Physics I.
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4.00 Credits
Spring Lab fee will be required. This course is designed to train the student in the practical and theoretical aspects of the semiconductor and nano device manufacturing process. Prerequisites: ELET 101, Electricity II; MATH 151, Analytic Geometry and Basic Calculus or equivalent.
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4.00 Credits
Spring This course covers the essentials of computer networking. This course will cover the installation and maintenance of computer networks and the hardware and software required. Topics include network architecture types (LANs, WANs, etc.), topologies, media, adapters, cabling, and other network devices; operating systems, client-server and peer-to-peer systems; network printing;WorldWideWeb server setup and administration. This is a hands-on course with special emphasis in the hardware features of networks.
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2.00 Credits
Spring This course introduces the student to employment opportunities in themicrochip fabrication, nanotechnology and electronics industries. The course provides an overview of the semiconductor industry and nanotechnology fields as well as modules on the protocols and safety procedures required in semiconductor facilities, industry skill requirements and an introduction to Materials Chemistry processing fundamentals. Additional modules are included on the basics of silicon manufacture, backend chip processing, integration into electronics and high technology applications. The course will include tours of actual semiconductor and electronics manufacturing facilities industry as well as thin film and materials laboratories at local universities. Prerequisites: ELET 101, Electricity II; MATH 150, College Algebra and Trigonometry or equivalent. Corequisite: PHYS 135, Technical Physics I.
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4.00 Credits
Spring Lab fee will be required. This course examines the nature and application of fiber optic communications systems as they are used today. Topics include decibel notation, the nature of light signal, modulation methods, optical transmission lines, optical transmitters, receivers and the limitations and advantages of fiber communications networks. The student will develop an understanding of the basic elements (both theoretical and practical) of fiber optic communications systems. This will provide a foundation for the appropriate technical knowledge and skills required to support the many kinds of fiber communications networks that exist today. Prerequisites: MATH 106, Applied Technical Mathematics I; PHYS 100, Physical Science I/ Physics and Chemistry. and clinical observation and/or field internship in a progressive manner to prepare students to provide emergency care to patients in an out-of-hospital setting based onNewYork State Department of Health and U.S. Department of Transportation mandates.
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3.00 Credits
Spring Lab fee will be required. This course introduces the student to concepts employed in industries in the analysis of semiconductor materials, products, processes and systems. The course provides modules on process flowcharting, process parameters, semiconductor metrology instruments, interpreting measurement data, statistical analysis of process data, design of experiments, and applying team troubleshooting skills in solving process problems. The course will allow the student to develop an understanding of physical measurement in conjunction with the statistical data analysis and process experiment design. Prerequisite: MATH 151, Analytical Geometry and Basic Calculus.
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