physics and engineering<strong>Sweet</strong> <strong>Briar</strong> <strong>College</strong>ENGR 307 (4)–Thermal and Fluid SystemsPrerequisites: MATH 124 and PHYS 171. Thiscourse introduces the fundamental laws of mass,momentum, and energy transport in thermal andfluid systems. Topics include thermodynamic andtransport properties, conservation principles, fluidstatics, internal and external fluid flow and heattransfer, mixtures, and chemical separation processes.Three hours lecture and one three-hourlaboratory.ENGR 316 (3)–Signals and SystemsPrerequisites: ENGR 221 and PHYS 201. Thiscourse focuses on analyzing signals and systemswith applications to control, communications, andsignal processing. Topics covered include representationof signals, linear time-invariant systems,Fourier analysis of signals, input/output analysis,and Laplace transforms and principles. Practicalexamples are emphasized and computer techniquesare employed.ENGR 323 (3)–Finite Element AnalysisPrerequisite: ENGR 205. The finite elementmethod is a numerical procedure for solving problemsin continuum mechanics. This course emphasizesstress analysis and structural mechanics. Themethod is also applied to problems in heat transfer,fluid flow, and electric fields. The course emphasizesa hands-on approach based on solving realengineering problems using the ANSYS softwarepackage. Offered alternate years.ENGR 331 (3)–Machine DesignPrerequisite: ENGR 205. Students learn to designand select mechanical components and to predictcomponent performance. Topics include shear andbending stresses in beams, beam deflections, columnbuckling, planar combined loading, staticfailure, fatigue failure, and surface failure. Specificcomponent types, such as fasteners, springs, bearings,gears, brakes, and shafts are covered. Finiteelementtools are utilized for linear elastic stressanalysis. Two hours of lecture and three hoursof laboratory.ENGR 361 (1, 2, or 3)–Special StudyPrerequisites: 100-level ENGR course and permissionof the instructor. The study of an intermediatelevel topic by an individual student orby a small group of students under the immediatesupervision of a faculty member.ENGR 378 (1)–Engineering Co-opPrerequisites: ENGR 120 and sophomorestanding. Students will learn through hands-onexperience obtained in an industrial setting withpracticing engineers. Students receive one hourof co-op credit for 10 weeks of full-time, paidemployment that has been approved by the engineeringfaculty. The student’s work is evaluatedby the employer and by an engineering facultymember through reports and presentations. Thiscourse is graded P/CR/NC only.ENGR 411 (3)–Thermal and ChemicalEnergy ApplicationsPrerequisite: ENGR 307. This course applies theprinciples of thermodynamics, heat transfer, andchemical engineering to topics in energy. Topicsinclude energy conservation in building heating andcooling, refrigeration and air conditioning systems,solar and wind energy, and electric/hybrid vehicles.ENGR 415 (4)–Systems Modeling andControlsPrerequisites: ENGR 316 and PHYS 201. Thiscourse focuses on developing and analyzingmodels that describe input/output behaviorof physical systems. Topics include transferfunctions, frequency response, time/frequencydomains, transient and time constant, rootlocus,bode plots, and feedback control design.Laboratory consists of design, analysis, construction,and testing of electrical and electromechanicalcircuits and devices. Three hours of lectureand three hours of laboratory.ENGR 424 (3)–MechatronicsPrerequisite: ENGR 415. This course focuses ondesigning systems by integrating mechanical, electrical,and control systems engineering. Topics coveredinclude: electromechanical sensors, actuators,DA and AD convertors, and data acquisition methods.Digital control methods and microprocessorswill be introduced in class and used to design andconduct experiments. Two hours of lecture andthree hours of laboratory.ENGR 426 (3)–RoboticsPrerequisites: ENGR 206 and PHYS 201. Thefield of robotics is concerned with the design ofelectromechanical systems to assist or substitutefor human effort. Typically, a robot has four fun-174
<strong>2010</strong>-<strong>2011</strong> Catalog physics and engineeringdamental capabilities: manipulation, locomotion,perception, and intelligence. This course focuses onall of these areas. Topics include spatial transformations,inverse kinematics, differential motions,dynamic force analysis, trajectory generation, actuation,sensing, and autonomous control.ENGR 436 (3)–Communications SystemsPrerequisite: ENGR 221. This course focuses onthe elements of communication systems includingfiltering and signal to noise ratios; basebandcommunication systems; quantizing and digitalmodulation including error rates; analog modulationincluding noise performance; correlatednoise generation; memory modulation schemes;and frequency and time multiplexing. MATLABis utilized throughout the course in conjunctionwith SIMULINK to analyze, program, anddesign optimal communications systems.ENGR 451 (3)–Capstone DesignPrerequisites: Open to students with seniorstanding and majoring or minoring in engineeringscience or engineering management.Engineering seniors, operating in design teams,apply principles of the design process to create aproduct or process to meet the needs of a customer.Projects may originate in industry, as acontest sponsored by a professional society, or inother venues. Design projects usually result in adeliverable prototype. Two hours of lecture andthree hours of laboratory. III.O.ENGR 461 (1, 2, or 3)–Independent StudyPrerequisites: One 100-level ENGR course, one200-level ENGR course, and permission of theinstructor. Pursuit of an upper level researchproject determined in advance by the student inconsultation with a faculty member who will actas the sponsor.Course Descriptions–PhysicsPHYS 105 (3)–Physics for Liberal Arts IAn introduction to the basic laws of physics,designed to give an understanding of the fundamentalphysical principles underlying naturalphenomena and their technological applications.The physics of the atom, the laws ofmechanics, and the study of thermodynamics.Three hours lecture. It is recommended (but notrequired) that PHYS 107, Physics for the LiberalArts Laboratory, be elected simultaneously withthis course. III.Q, V.8a.PHYS 107 (1)–Physics for the Liberal ArtsLaboratoryPrerequisite or co-requisite: PHYS 105.Experiments in introductory mechanics, atomicphysics, spectroscopy, energy, and thermodynamics.One three-hour laboratory. III.Q, V.8b.PHYS 113 (3)–Astronomy for the LiberalArtsAn introduction to the study of the universe,including basic elements of astronomy and topicsof current interest; the solar system, searchfor extraterrestrial life, black holes, and cosmology.Three hours lecture and some eveningobservation sessions. III.Q, V.8a.PHYS 114 (1)–Astronomy for the LiberalArts LaboratoryPrerequisite or co-requisite: PHYS 113.Activities in astronomy including descriptiveand quantitative analyses of stellar spectra,planetary orbits, lunar/planetary photographs,supernova light curves, quasars, the expansionof the universe, and computer simulations ofvarious astronomical phenomena. Some eveningobserving exercises. One three-hour laboratory.III.Q, V.8b.PHYS 122 (3)–Algebra-basedElectromagnetism and OpticsPrerequisite: PHYS 171. An introduction toelectromagnetism and optics. Offered alternateyears. This course does not count toward either thephysics or mathematics-physics major requirements.III.Q, V.8a.PHYS 131 (1)–Introductory PhysicsLaboratory IPrerequisite or co-requisite: PHYS 171.Experiments in mechanics. One three-hourlaboratory. III.Q, V.8b.PHYS 132 (1)–Introductory PhysicsLaboratory IIPrerequisite or co-requisite: PHYS 122 orPHYS 172. Experiments in waves, optics thermodynamics,and simple circuits. One threehourlaboratory. III.Q, V.8b.175
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