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ELE ELECTRICAL
<br />ELE100 INTRODUCTION TO ELECTRICAL
<br />ENGINEERING
<br />4 UNITS
<br />Applications of electrical engineering
<br />abound In nearly every aspect of today's
<br />technological world. This course
<br />presents a survey of the field of
<br />electrical engineering and is designed to
<br />Introduce students to the fundamental
<br />concepts behind the hardware and
<br />software that are ubiquitous In
<br />everyday (and not so everyday)
<br />electronic devices and systems such as
<br />computers, telephones,1 Vs, high-speed
<br />communication networks, video games,
<br />CDs, modems, and satellite
<br />communications. The course will
<br />introduce basic electrical concepts
<br />Including charge, voltage, current,
<br />energy, power, resistance, capacitance,
<br />Inductance, and Klrchof's laws.
<br />Practical digital and analog electronic
<br />systems will also be Introduced to
<br />Illustrate advanced topics that are
<br />treated more completely in subsequent
<br />electrical engineering courses. These
<br />topics include signal processing,
<br />semiconductor circuit design,
<br />communications, and computer
<br />architecture. The material is here
<br />presented from both theoretical and
<br />application perspectives and is
<br />integrated with laboratory experiments
<br />requiring the design and construction of
<br />electronic circuits and systems, which
<br />are intrinsic elements of current
<br />technology. Formerly EE110.
<br />ELE1(0L INTRODUCTION TO ELECTRICAL
<br />ENGINEERING LAB
<br />2 UNITS
<br />COREREQUISITE: ELE100
<br />Thecourse Is designed to introduce the
<br />basic principles of electrical engineering
<br />to the students and expose them to the
<br />electronics and computer laboratory
<br />environment. Students are given the
<br />opportunity to become familiar with the
<br />basic ideas of electronic components,
<br />actual and virtual test and
<br />measurement Instruments, and some
<br />basic microcontroller basics. This course
<br />is also designed to provide an overview
<br />of some of the topics that the students
<br />will encounter in more advanced
<br />courses. The tools, components and
<br />parts purchased by students In this
<br />course will be useful to them for the
<br />duration of their electrical engineering
<br />studies. Formerly EE110L.
<br />ELE110 ELECTRIC MOTOR CONTROL
<br />4 UNITS
<br />This course covers DC, AC, single, 3
<br />phases, motor, calculating the HP,
<br />current identifying the type and size of
<br />the cable for motor installation,
<br />grounding, speed control, forwarding,
<br />reversing, motor configuration.. In
<br />addition, the courses touches on
<br />transformers, types of transformers,
<br />overcurrent protection grounding, and
<br />over current protection. Formerly IE110,
<br />or EL202 and EL203A.
<br />ELE110L ELECTRIC MOTOR CONTROL
<br />LAB
<br />2 UNITS
<br />COREQUISITE: ELE110
<br />This course allows student to apply
<br />motor control concepts from ELE110 in
<br />a lab setting. Formerly IE110L or
<br />EL203B.
<br />ELE112ADVANCED ELECTRIC MOTOR
<br />CONTROL
<br />4 UNITS
<br />PREREQUISITE: ELE110
<br />This course expands on electric motor
<br />control concepts to Include modeling
<br />and parameter identification of SMPM
<br />machines, fully -controlled bridge
<br />converters, modulation techniques,
<br />voltage and current regulation, control
<br />of SMPM drives, variable frequency
<br />drives (VFD), synchronous motor drives,
<br />volt/hertz Induction motor drives,
<br />Indirect and direct field orientation
<br />control and optimal control of induction
<br />motor drives.
<br />ELE1121_ ADVANCED ELECTRIC MOTOR
<br />CONTROLLAB
<br />2 UNITS
<br />COREQUISITE: ELE112
<br />This course allows students to apply
<br />concepts learned in ELE112 and gain
<br />hands-on experience with testing and
<br />control of various advanced electric
<br />motors.
<br />Course Descriptions
<br />ELE210 INTRODUCTION TO ELECTRIC
<br />MACHINES
<br />2 UNITS
<br />PREREQUISITE: EE311
<br />This course Introduces students to
<br />electromechanical principles and their
<br />applications to electric machines and
<br />transformers. The course starts with
<br />covers the discussion of magnetism and
<br />magnetic circuits, three phase circuits
<br />and principle of operation of single
<br />phase and three phase transformers.
<br />The Course will review of mechanical
<br />system concepts and study of simple
<br />machines. Electromechanical energy
<br />conversion and principles of AC and DC.
<br />Formerly EL230.
<br />ELE210L INTRODUCTION TO ELECTRIC
<br />MACHINES LAB
<br />2 UNITS
<br />PREREQUISITE: C220
<br />COREQUISITE: ELE210
<br />This course allows student to apply their
<br />knowledge in a lab setting as it applies
<br />to ELE210.
<br />ELE230 INDUSTRIAL CONTROLLERS
<br />2 UNITS
<br />PREREQUISITE: EE311
<br />This course provides the student with
<br />information on automated process
<br />control. Analysis of Industrial process
<br />shows the steps involved in a closed
<br />loop system, starting with
<br />measurement, and continuing through
<br />such things as variables, control set
<br />points, error feedback, signal
<br />processing, and finally, the control.
<br />Formerly IE310.
<br />ELE230L INDUSTRIAL CONTROLLERS LAB
<br />2 UNITS
<br />COREQUISITE: ELE230
<br />This course allows students to apply
<br />their knowledge in a lab setting as it
<br />applies to ELE230. Formerly E311.
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