14 courses with the subject CSE, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
CSE 138Introduction to Computer Science & Engineering3.00
This course introduces the concept of hexadecimal and binary numbers and their use in computers and computer science and engineering. Students will learn how different data types are represented using the 101 digital format. In addition, the students will learn about transistors and their use in building basic logic gates. The course will also cover Boolean logic and Boolean expression in conjunction with logic gates and logic circuits.
Basic logic gates, number systems, combinational logic circuits, optimization of logic circuits and K-maps, applications in logic systems , design, sequential logic circuits, registers, memory and applications of sequential circuits. Prerequisites: MTH 137 or higher, and CSE138
The course emphasizes Kirchoff’s laws, voltage and current sources, d- c circuit analysis, circuit theorem, Thevenin’s theorem, Norton’s theorem, superposition theorem, maximum power transfer theorem, mesh and node equations. It also includes A-C waveforms, average and r.m.s calculations, active and reactive power, introduction to a-c circuits, phasor diagrams, and an introduction to transit circuit analysis
This course provides an introduction to semiconductor devices, p-n junctions, diode special diodes, p-n-p and n-p-n BJT, d-c characteristics and biasing circuits, d-c and a-c load lines. Field effect transistors (FET), MOSFETs and CMOS characteristics, and biasing circuits. An introduction to amplifier circuits using BJT, RFT, and MOSFET.
This course introduces students to electronics measuring equipment such as oscilloscopes, power supplies and multimeters. It also includes the design and implantation of diode circuits, BJT circuits, EFT and MOSFET circuits and some power electronic devices.
The course is a continuation of the CSE-331, Circuit Theory I. It entails the study of sinusoidal and non-sinusoidal waves, reactance, impedance, simple transient analysis of electrical circuits, R-L, R-C, and R-L-C responses, complex frequency and phasors, steady-state AC circuits, power and power factor, filters, op- amp circuits, and two port networks.
The department will offer a group of senior projects every year which cover different areas in computer science, information technology and computer engineering. These projects will require individual investigation and research as well as team hardware and/or software implementation. Each student is required to successfully complete a senior investigative paper.
The course includes operational amplifiers: RC and RF amplifiers; an introduction to pulse circuits, feedback, and oscillators; analog and digital integrates circuits, and VISI technology:
This course emphasizes the sampling theory, spectrum of sampled signals, pulse code modulation, encoders/decoders, digital modulation techniques, frequency shift keying, phase shift keying amplitude shift keying, delta modulation, digitization of audio and video signals, image compression and effect of noise on digital signals. The course also includes laboratory experience in the DSP lab.
This course represents an opportunity for students, under the supervision of faculty, to obtain work experience in the areas covered by the Department’s academic programs. This can be implemented through internships and/or research projects; 40 hours of work per credit is required. Accordingly, the student must work 120 hours for this three-credit-hour course. May be repeated when the topic varies.
This course includes elements of electronic control systems, open and closed loop control systems, feedback systems, transfer function for control systems, Nyquest criteria and stability of control systems, stabilizing phase lead and phase lag circuits, Bode diagrams, dc and ac control systems, an introduction to digital control systems, and an introduction to digital control systems. The course includes lab experience in the Automatic Control and Robotics Lab.
The course includes sequential logic circuits, flop flops, computer reliability, computer arithmetic, assembly language programming, the 102 central processing unit, microprocessor architecture, memory organization, input/output, practical microprocessor architecture.
In this course special topics c o v e r i n g new advances in computer science, computer engineering and information technology will be selected and offered by the department. The theme covered by the course may change from one semester to another. E x a m p l e s o f topics to cover are new networking operating systems, new database packages, artificial intelligence, and telecommunications.
