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ENGR 3403 MODERN PHYSICS FOR ENGINEERS The topics of spatial relativity, atomic and molecular physics, solid state physics, statistical physics, and nuclear physics are introduced along with engineering applications. Prerequisite: PHY 2155. Corequisite: MATH 3834. S ENGR 3414 ANALOG ELECTRONICS An intermediate level course covering the design, analysis, and creation of analog circuits using engineering tools. Topics include a review of basic electronics such as Kirchoff's laws, driven, steady state and transient circuits, passive and active filters, complex power, power supplies, semiconductors, diode circuits, transistor circuits, ideal and real op-amps and op-amp circuits, opto-electronics, and noise. Prerequisites: PHY 2155 and completion of or concurrent enrollment in MATH-3834. Corequisite: ENGR 3414L. FO ENGR 3424 OPTICS An introduction to optics with a focus on engineering and laser optics. Topics include thermal radiation heat transfer, properties of and design of lasers, coherence, interferometry, fiber optics, polarization (including Jones vectors and matrices), and production and use of polarized light. Prerequisites: PHY 2155 and MATH 3834. Corequisite: ENGR 3424L. SO ENGR 3501 ENGINEERING SEMINAR Course for students to gain experience in reporting a scientific and technical topic to peers; an oral and a written report on a subject of current interest in physics is required. Prerequisite: 18 hours of physics or consent of instructor. SO ENGR 3544 DIGITAL ELECTRONICS Lecture and laboratory study of logic gates and circuits; microprocessor programming and interfacing. Prerequisite: PHY 1054 or PHY 2155. Corequisite: ENGR 3544L. D ENGR 3563 THERMODYNAMICS This course applies basic thermal physics principles to engineering systems. Topics include the zeroth, first and second laws of thermodynamics; enthalpy, entropy, kinetic theory, Maxwell-Boltzmann distribution, specific heats, simple transport phenomena, and power cycle applications. Prerequisites: PHY 2155 and MATH 3834. SO ENGR 3573 HEAT TRANSFER Study of conduction, convection and radiation heat transfer; properties of materials related to heat transfer; control volume analysis; laminar and turbulent fluid flow; Newton’s law of cooling; boiling and cooling; and blackbody radiation. Prerequisites: PHY 2155 and MATH 3834. D ENGR 3603 MECHANICS This course covers the topic of classical dynamics including coordinate system transformations. Newtonian mechanics and linear kinematics; oscillations and the harmonic oscillator; general motion of a projectile or vehicle in three dimensions including drag forces; non-inertial reference frames and motion on rotating surfaces; gravitation and central forces and satellite motion; Dynamics of systems of particles; Lagrange mechanics. Students solve written problems as well as computational problems. Prerequisite: PHY 2155 and completion of or concurrent enrollment in MATH 4213. SE ENGR 3633 FLUID MECHANICS This course covers classification and properties of fluids, pressure and fluid statics, fluid kinematics and the Reynolds Transport Theorem, Bernoulli Principle and energy equations, momentum analysis of flow systems including pumps, motors, turbines, and generators, dimensional analysis and modeling, internal flow, external flow including lift and drag, differential analysis of fluid flow and the Navier-Stokes Equations. Students solve written and computational problems using mathematical
tools and computational fluid dynamics tools. Prerequisites: PHY 2155 and ENGR 2213. FO ENGR 4001-4 INDIVIDUAL STUDY IN ENGINEERING PHYSICS Individual research under the direction of an individual faculty member on a topic of mutual interest; one to four semester hours credit; topic, credit, and arrangements to be decided prior to enrollment. Prerequisites: Formal study of a topic of current importance in physics or engineering which is not normally included in other courses; one to four semester hours credit. Prerequisites: Consent of instructor and chair of department. D ENGR 4102 CAPSTONE: DESIGN AND BUILD First semester of capstone engineering project for senior Engineering Physics majors. The course introduces students to engineering design through design principles, emphasizing product and systems design, development, and manufacture. In a real-world environment, teams prepare specifications, develop concepts, perform detailed designs, run analysis and construct prototypes under engineering performance and economic constraints resulting in a final presentation and report submission. Topics include problem formulation, project management, design optimization, ethics, environmental considerations, sustainability, engineering analysis prototyping and presentation. Prerequisite: 21 credits of ENGR courses . F Consent of instructor and chair of department. D ENGR 4011-4 ENGINEERING SEMINAR ENGR 4112 CAPSTONE: BUILD AND PRESENTATION Second semester of capstone engineering project for senior Engineering Physics majors. Build and present an engineering project utilizing knowledge and skills learned in upper-level engineering physics courses. Prerequisite: ENGR 4102. S ENGR 4644 ELECTRICITY & MAGNETISM I An intermediate level vector calculus-based study of electrostatics, magnetostatics, and electrodynamics with emphasis on how it applies to engineering including important devices such as coaxial cables, transformers, and transmission lines, etc.. Prerequisites: PHY 2155 and completion of or concurrent enrollment in MATH 4213. Corequisite: ENGR 4644L. FE ENGR 4723 QUANTUM MECHANICS An advanced course in modern physics including applications of the Schroedinger equation, spin and magnetic interactions, complex atoms, molecules, and quantum statistical physics and its applications. Prerequisite: ENGR 3403 and completion of or concurrent enrollment in MATH 4213. FE Geology GEOL 1934 PHYSICAL GEOLOGY Introduction to earth science; earth in the universe, seafloor spreading and continental drift, the geomagnetic field, earthquakes and landform development; laboratory study of minerals and rocks, topographic maps, stereo-photographs and landforms. F, S Physics PHY 1044 BASIC PHYSICS I This is the first semester of the algebra- and trigonometry-based introductory physics course for life-sciences majors, education majors, technology majors and others. Topics covered include kinematics in 1-D and 2-D, Newton's laws and gravitation, conservation principles of momentum and energy, rotational kinematics, rotational dynamics including torques and inertia, conservation principles for rotational motion, fluid statics and dynamics, and oscillations and waves. Prerequisite: MATH 1513. Corequisite: PHY 1044L. F
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