ENGINEERING GRAPHICS215812/19/2016 7:45:01 PMEngineering Graphics introduces the graphical language used by engineers, designers and technical ideas in the context of engineering design/manufacturing processes in industry EngineeringEGR-151Engineering Graphics introduces the graphical language used by engineers, designers and drafters, to communicate technical ideas in the context of engineering design/manufacturing processes in industry. The course covers such topics as technical sketching, measurement/scaling, geometric constructions, multiview/working drawings, auxiliary projection, pictorials, solid modeling and descriptive geometry. The use of CAD is emphasized throughout the course. (1.1-Articulated) [IAI Major Course Equivalent: EGR941] UndergraduateMain Campus; Main Campus-Do Not BothEngineering
TOPICS IN ARCHITECTURE/ENGINEERING21321/6/2017 7:00:03 PMTopics in Architecture/Engineering has various titles depending on the specific topic Topics vary according to semester and section Offerings are listed in the current course Architectural & Engr DesignAET-290Topics in Architecture/Engineering has various titles depending on the specific topic being explored. Topics vary according to semester and section. Offerings are listed in the current course schedule. Students may repeat this course three times on different topics for a maximum of 12 credit hours.(1.2-Articulated) Note: This course requires intermediate reading, intermediate writing and basic math.UndergraduateMain Campus; Main Campus-Do Not BothDesign Technology
INDEP STUDY IN MANUFACTURING208411/4/2016 2:15:08 PMfocuses on a specialized mechanical engineering topic or project which is not available as The study is done under the direction of a qualified faculty member Manufacturing ManagementIMT-299Independent Study in Manufacturing focuses on a specialized mechanical engineering topic or project which is not available as a regular course offering. The study is done under the direction of a qualified faculty member. Students may repeat this course three times but may not earn more than 6 credit hours. (1.2-Articulated) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
GENERAL PHYSICS I248011/4/2016 2:16:13 PMGeneral Physics I introduces students to Newtonian mechanics, fluids, heat and sound designed for students majoring in physics, chemistry, engineering or applied mathematics PhysicsPHY-280General Physics I introduces students to Newtonian mechanics, fluids, heat and sound. Laboratory experiments are chosen to illustrate lecture material. This course is primarily oriented toward biological and medical science students and is not designed for students majoring in physics, chemistry, engineering or applied mathematics. (1.1- Articulated) [IAI Core Course Equivalent: P1 900L ] NOTE: This course requires intermediate reading, intermediate writing, and expert math. UndergraduateMain Campus; Main Campus-Do Not BothPhysics
TOPICS IN EDUCATION217411/4/2016 2:15:03 PMTopics in Education has various titles, depending on the specific topic being explored the prerequisite for any Electronics Engineering Technology (EET) course unless otherwise EducationEDU-290Topics in Education has various titles, depending on the specific topic being explored. Topics vary from semester to semester, and offerings are listed in the current course schedule. Students may enroll in this course under different topics, earning a total of 12 credit hours. (1.1-Articulated) NOTE: A grade of C or higher is required for the prerequisite for any Electronics Engineering Technology (EET) course unless otherwise indicated. UndergraduateMain Campus; Main Campus-Do Not BothEducation
COMPUTER AIDED DESIGN GRAPHICS III264211/4/2016 2:15:13 PMpolygon meshes for architectural, engineering, industrial, jewelry, graphic and multimedia Emphasis is placed on developing entry-level 3D modeling skills using the latest version Architectural & Engr DesignAET-153Computer Aided Design Graphics III introduces students to accurate, free-form 3D modeling utilizing NURBS curves, surfaces and polygon meshes for architectural, engineering, industrial, jewelry, graphic and multimedia design. Emphasis is placed on developing entry-level 3D modeling skills using the latest version of the Rhinoceros software package (1.2-Articulated) NOTE: This course requires basic Windows and file management skills, basic reading, basic writing and basic math.UndergraduateMain Campus; Main Campus-Do Not BothDesign Technology
BIM REVIT II206611/4/2016 2:15:33 PMModeling (BIM) within the architecture, engineering and construction (AEC) industry as a Industry-leading AutoDesk Revit Architecture software will be utilized to create, analyze Architectural & Engr DesignAET-162BIM Revit II builds on the concepts, skills and techniques developed in BIM Revit Architecture I. This course emphasizes a deeper understanding and application of Building Information Modeling (BIM) within the architecture, engineering and construction (AEC) industry as a tool for greater visualization, productivity and management of the built environment. Industry-leading AutoDesk Revit Architecture software will be utilized to create, analyze, annotate and deliver both accurate and effective BIMs. (1.2-Articulated)UndergraduateMain Campus; Main Campus-Do Not BothDesign Technology
COMPUTER SCIENCE I223111/4/2016 2:15:44 PMtwo-course sequence for students majoring in computer science, engineering or mathematics Using a disciplined and procedural approach to problem-solving and algorithm development Computer ScienceCSC-121Computer Science I is the first in a two-course sequence for students majoring in computer science, engineering or mathematics. Using a disciplined and procedural approach to problem-solving and algorithm development, it introduces such topics as data abstraction; selection, repetition and sequence control; arrays, records and files; and recursion. Students learn program design, testing and documentation using C++ language. (1.1-Articulated) [IAI Major Course Equivalent: CS911] UndergraduateMain Campus; Main Campus-Do Not BothMathematics
PRINCIPLES OF PHYSICS I247811/4/2016 2:16:13 PMPrinciples of Physics I is the first in a three-course sequence in calculus-based physics The sequence is designed for students in engineering, mathematics, chemistry, and physics PhysicsPHY-291Principles of Physics I is the first in a three-course sequence in calculus-based physics. The sequence is designed for students in engineering, mathematics, chemistry, and physics. Topics covered include Newtonian mechanics, oscillatory motion and fluids. Laboratory experiments are designed to illustrate the lecture material. (1.1- Articulated) [IAI Core Course Equivalent: P2 900L ][IAI Major Course Equivalent: PHY911] NOTE: This course requires intermediate reading, intermediate writing, and expert math. PREREQUISITE: MAT 175 with a C or higher and credit or concurrent enrollment in MAT 245. UndergraduateMain Campus; Main Campus-Do Not BothPhysics
ETHICAL HACKING195611/7/2016 6:00:03 PMEthical Hacking offers intermediate and advanced instruction in computer security detection, policy creation, social engineering, open source intelligence, incident Network SecurityNET-185Ethical Hacking offers intermediate and advanced instruction in computer security. This class helps prepare students for the industry- endorsed Certified Ethical Hacker Certification exam offered by the International Council of Electronic Commerce Consultants (EC-Council). It covers how intruders escalate privileges and what steps can be taken to secure a system. Students also learn about intrusion detection, policy creation, social engineering, open source intelligence, incident handling and log interpretation. This course may be repeated twice due to changing technology. (1.2-Articulated) NOTE: Offered only in odd-numbered years. UndergraduateMain Campus; Main Campus-Do Not BothCIS And Digital Media
COLLEGE ALGEBRA225612/22/2016 6:00:03 PMCollege Algebra covers solutions of equations and inequalities, exponential and is the course for mathematics, science and engineering students and other students who are MathematicsMAT-161College Algebra covers solutions of equations and inequalities, exponential and logarithmic functions, polynomial functions, graphs. This course is primarily intended for business and social science students (MAT 165 is the course for mathematics, science and engineering students and other students who are preparing to take MAT 175). (1.1-Articulated) NOTE: Credit is not granted for both MAT 161 and MAT 165. A graphing calculator is required. It may be any brand, but the TI-83 or TI-84 is used by the instructor for classroom presentations. UndergraduateMain Campus; Main Campus-Do Not BothMathematics
GENERAL CHEMISTRY I227111/4/2016 2:15:48 PMI is the first course in a two-semester sequence for science and engineering majors It covers atomic and molecular structure, chemical bonding, basic chemical stoichiometry ChemistryCHM-165General Chemistry I is the first course in a two-semester sequence for science and engineering majors. It covers atomic and molecular structure, chemical bonding, basic chemical stoichiometry, thermochemistry, gas laws, and the properties of liquids and solids. Laboratory experiments correlate with lecture material. (1.1- Articulated) [IAI Core Course Equivalent: P1 902L ][IAI Major Course Equivalent: CHM911] NOTE: This course requires intermediate reading, basic writing, and intermediate math. PREREQUISITE: Credit or concurrent enrollment in MAT 161 or MAT 165. High school chemistry, CHM 164 with a grade of C or higher, or consent of Chemistry department chair. UndergraduateMain Campus; Main Campus-Do Not BothChemistry
COLLEGE ALGEBRA732801/17/2017 10:00:03 PMCollege Algebra covers solutions of equations and inequalities, exponential and is the course for mathematics, science and engineering students and other students who are MathematicsMAT-161College Algebra covers solutions of equations and inequalities, exponential and logarithmic functions, polynomial functions, graphs. This course is primarily intended for business and social science students (MAT 165 is the course for mathematics, science and engineering students and other students who are preparing to take MAT 175). This course requires a one-hour lab each week. (1.1-Articulated) NOTE: Credit is not granted for both MAT 161 and MAT 165. A graphing calculator is required. It may be any brand, but the TI-83 or TI-84 is used by the instructor for classroom presentations. UndergraduateMain Campus; Main Campus-Do Not BothMathematics
DYNAMICS215612/19/2016 7:45:01 PMApplication to engineering structures and mechanical systems is emphasized This course is designed for students interested in engineering transfer programs EngineeringEGR-252Dynamics introduces students to particle kinematics (rectilinear and curvilinear); Newton's laws; energy, work, and momentum methods; planar dynamics and rigid bodies; rigid body kinematics; impulse and momentum; and vibrations. Application to engineering structures and mechanical systems is emphasized. This course is designed for students interested in engineering transfer programs. (1.1-Articulated) [IAI Major Course Equivalent: EGR943] UndergraduateMain Campus; Main Campus-Do Not BothEngineering
STATICS215711/4/2016 2:15:39 PMTheory is applied to analyze engineering structures such as trusses, frames and machines This course is designed for students interested in engineering transfer programs EngineeringEGR-251Statics covers analysis of static structures. Topics include particle statics, general principles and force vectors, rigid body equilibrium, moments of inertia, distributed forces and centroids, analysis of structures, virtual work, and friction. Theory is applied to analyze engineering structures such as trusses, frames and machines. This course is designed for students interested in engineering transfer programs. (1.1-Articulated) [IAI Major Course Equivalent: EGR942] PREREQUISITE: MAT 175 with a grade of C or higher and credit with a grade of C or higher or concurrent enrollment in PHY 291. UndergraduateMain Campus; Main Campus-Do Not BothEngineering
COMMUNICATION SYSTEMS II216411/4/2016 2:15:39 PMCommunication Systems II studies modulation and multiplexing techniques used for data transmission on telephone lines and specialized data networks Electronics Engineering Tech Electronics Engineering TechEET-241Communication Systems II studies modulation and multiplexing techniques used for data transmission on telephone lines and specialized data networks. Discussed in detail are digital and analog signaling techniques, phone circuits, networking, communication standards, protocol and security. (1.2-Articulated) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
ANALOG CIRCUITS216811/4/2016 2:15:40 PMAnalog Circuits studies semiconductor devices and analog circuits Topics include diodes, transistors, operational amplifier circuits, oscillators, small Electronics Engineering Tech Electronics Engineering TechEET-121Analog Circuits studies semiconductor devices and analog circuits. Topics include diodes, transistors, operational amplifier circuits, oscillators, small and large signal amplifiers, active filters, voltage regulators and optoelectronic circuits. Mathematical analysis of the circuits is followed by practice in troubleshooting. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
COMMUNICATION SYSTEMS I216511/4/2016 2:15:39 PMCommunication Systems I covers basic AM and FM receiver concepts, radio frequency amplifiers, intermediate frequency amplifiers, detectors Electronics Engineering Tech Electronics Engineering TechEET-240Communication Systems I covers basic AM and FM receiver concepts, radio frequency amplifiers, intermediate frequency amplifiers, detectors, discriminators, mixers, AGC systems and phase-locked loops. Students also learn AM and FM transmitter fundamentals, as well as alignment and troubleshooting. (1.2-Articulated) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
MICROPROCESSOR FUNDAMENTALS216711/4/2016 2:15:39 PMMicroprocessor Fundamentals helps students understand the internal structure of microprocessors and how they function Electronics Engineering Tech Electronics Engineering TechEET-140Microprocessor Fundamentals helps students understand the internal structure of microprocessors and how they function. Topics include microprocessor architecture, the instruction set, addressing modes, interrupts and basic input/output. This course also teaches machine and assembly language programming and discusses the latest developments in microprocessors. (1.2) PREREQUISITE: Credit or concurrent enrollment in EET 120. UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
COMPUTER SYSTEMS II216011/4/2016 2:15:39 PMComputer Systems II is a continuation of Computer Systems I. Topics include the function and operation of a variety of peripheral devices such as Electronics Engineering Tech Electronics Engineering TechEET-251Computer Systems II is a continuation of Computer Systems I. Topics include the function and operation of a variety of peripheral devices such as keyboards, CRTs, printers, plotters, disk drives and modems. Students receive instruction on basic data communications systems and local area networks. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
COMPUTER SYSTEMS I216111/4/2016 2:15:39 PMComputer Systems I analyzes the circuitry and associated software found in the most common types of personal computers Electronics Engineering Tech Electronics Engineering TechEET-250Computer Systems I analyzes the circuitry and associated software found in the most common types of personal computers. Students learn the function of each device and how the devices interact with the software. They practice system troubleshooting on the replaceable unit. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
MICROPROCESSOR SYSTEMS216611/4/2016 2:15:39 PMMicroprocessor Systems builds on the Microprocessor Fundamentals course It teaches students how the microprocessor works with other support circuitry Electronics Engineering Tech Electronics Engineering TechEET-141Microprocessor Systems builds on the Microprocessor Fundamentals course. It teaches students how the microprocessor works with other support circuitry essential for a microprocessor-based system. Topics include standard and multiplexed bus structures, RAM, ROM, I/O interfacing, the PIA, the USART, controllers, address decoding, serial and parallel communication techniques and standards, and system troubleshooting to the component level. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
PRINCIPLES OF DIRECT CURRENT217111/4/2016 2:15:40 PMPrinciples of Direct Current is for students with limited or no previous experience in electronics It provides an in-depth analysis of a variety of Electronics Engineering Tech Electronics Engineering TechEET-110Principles of Direct Current is for students with limited or no previous experience in electronics. It provides an in-depth analysis of a variety of direct current circuits using Ohm's law, Kirchoff's law and advanced theorems. Students also gain experience with basic electronic test equipment and printed circuit board repair. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
INTRODUCTION TO ELECTRONICS217211/4/2016 2:15:40 PMIntroduction to Electronics is an overview class for students wanting to explore electronics as a possible career choice Electronics Engineering Tech Electronics Engineering TechEET-099Introduction to Electronics is an overview class for students wanting to explore electronics as a possible career choice. Students learn about basic analog and digital circuit fundamentals to better understand the highly technological world they live in. This course prepares them for entry-level EET courses. (1.2) NOTE: Credit cannot be applied to a degree or certificate. UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
INDEPENDENT STUDY IN ELECTRONICS215911/4/2016 2:15:39 PMIndependent Study in Electronics gives students a chance to complete an electronics project or learn about a specialized topic not available as a Electronics Engineering Tech Electronics Engineering TechEET-299Independent Study in Electronics gives students a chance to complete an electronics project or learn about a specialized topic not available as a regular course offering. Study is directed by a qualified faculty member. Students may repeat this course once for a maximum of 6 credit hours. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
DIGITAL CIRCUITS216911/4/2016 2:15:40 PMDigital Circuits provides students with a thorough understanding of the digital devices and circuits essential to all areas of electronics Electronics Engineering Tech Electronics Engineering TechEET-120Digital Circuits provides students with a thorough understanding of the digital devices and circuits essential to all areas of electronics. Topics include Boolean algebra, basic logic gates, encoders, decoders, multiplexers, flip flops, counters, shift registers, Karnaugh maps and analysis of digital systems. Students gain experience with systems, troubleshooting to the component level using state-of-the-art test equipment. (1.2) UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
PRINCIPLES OF ALTERNATING CURRENT217011/4/2016 2:15:40 PMPrinciples of Alternating Current is for students who have mastered direct current principles They analyze alternating current circuits, including Electronics Engineering Tech Electronics Engineering TechEET-111Principles of Alternating Current is for students who have mastered direct current principles. They analyze alternating current circuits, including phasor, RC and L/R time constants, resonance and filters. Students become proficient at using industry standard test equipment, including oscilloscopes, function generators, digital multimeters and power supplies. (1.2) PREREQUISITE: EET 110 and credit or concurrent enrollment in MAT 106 or MAT 165. UndergraduateMain Campus; Main Campus-Do Not BothManufacturing Management
ELECTRICAL CIRCUITS ANALYSIS215511/4/2016 2:15:38 PMElectrical Circuits Analysis teaches the basic principles of circuit analysis, transient analysis, semiconductor devices, digital logic circuits, op-amps Engineering EngineeringEGR-260Electrical Circuits Analysis teaches the basic principles of circuit analysis, transient analysis, semiconductor devices, digital logic circuits, op-amps., AC steady state analysis and A/D and D/A conversions. Experiments in the laboratory portion of the course illustrate these principles. (1.1-Articulated) [IAI Major Course Equivalent: EGR931L] PREREQUISITE: PHY 292 and MAT 255 or concurrent enrollment in MAT 260. UndergraduateMain Campus; Main Campus-Do Not BothEngineering