S P R I N G 2 0 1 3 - USS at Tufts - Tufts University

Course ListingsFall 2012Engineering ScienceES 0003INTRO ELEC SYSTEMS W/LABDefinitions of circuit elements, fundamental laws, selected networktheorems, controlled sources, introduction to the oscilloscope, energyand power, natural response and complete response of first ordercircuits, steady state sinusoidal behavior, algebra of complex numbers,phasors, impedance, average and reactive power, introduction toanalog and digital systems, frequency response and filters,measurements and instrumentation, introduction to computerapplications for circuit analysis and design. Associated laboratoryproject work.Prerequisites: Must be preceded or accompanied by MATH 34(formerly MATH 12).Sections01775 ES 0003AEE D Lasser, Ron 1.001776 ES 0003BEE E Preis, Douglas 1.001777 ES 0003CEE F Preis, Douglas 1.001778 ES 0003DEE Q+ Aull, Brian 1.001779 ES 0003EEE M+ Sonek, Gregory 1.0ES 0005INTRO MECH STAT & DYNIntroduction to analysis and problem solving in statics and dynamics.Equilibrium of particles and rigid bodies in two and three dimensions.Vector and matrix analysis. Force-moment balance equations.Applications include trusses, frames, machines, beams, and frictionproblems. Kinematics and kinetics of particles and rigid bodies.Newton's equation, impulse-momentum, work and energy, Centroidsand moments of inertia.Prerequisites: MATH 32 (formerly MATH 11) and PHY 11Sections0178001781017820178301784017850178601787ES 0005ACE E Edgers, Lewis 1.0ES 0005AR MM Edgers, Lewis 0.0 RequiredRecitation ForEs 0005aceES 0005BCE B Viesca, Robert 1.0ES 0005BR NT Staff 0.0 RequiredRecitation ForEs 0005bceES 0005CCE D Moaveni, Babak 1.0ES 0005CR QT Moaveni, Babak 0.0 RequiredRecitation ForEs 0005cceES 0005DCE ARR Hankour, Rachid 1.0ES 0005DR P+M Hankour, Rachid 0.0 RequiredRecitation ForEs 0005dceES 0008FLUID MECHANICSAn introduction to fluids at rest and in motion. Fluid properties. Pressureand velocity variations in flows. Mass, momentum, and energyconservation in a flowing fluid. Bernoulli's equation and inviscid flows.An introduction to viscous flows. Dimensional analysis. Drag and lift ofmoving objects. Fall.Sections03686 ES 0008ME1 E+MW Rogers, Chris 1.003687 ES 0008ME2 D+ Wong, Peter Y 1.003688 ES 0008ME3 K+ Hodes, Marc 1.0ES 0011FUND BIOLOGICAL SYS ENGFundamentals of biology in the context of engineering disciplines.Chemical and physical mechanisms underlying biological functions incomplex environments. Case studies of relevance in variousengineering disciplines, with a focus on cells and information transfer.May not be counted toward the Biology major. One may not receivecredit for both ES 11 and BIO 13. Potential premedical students areadvised to take BIO 13 instead of this course.Prerequisites: MATH 34 (formerly MATH 12), PHY 11, and CHEM 1.Sections01791ES 0011BME H+ Kuo, Catherine 1.0ES 0025ENVIRONMENT & TECHNOLOGY(Cross-listed as ENV 25.) The impact and interaction of technology andthe environment will be evaluated using historical examples.Environmental problems and their solutions will be evaluated from anengineering viewpoint. This course is a core requirement of theEnvironmental Studies program.Prerequisites: CHEM 1 or 16 and sophomore standingSections01792ES 0025CE G+ Desmarais, Anne 1.0 C-lst Env 25ceES 0055NUMERICAL METHODSIntroduction to using computers to solve engineering-orientedmathematical problems. Topics include mathematical modeling,round-off and truncation error, root location, linear algebraic equations,optimization, regression, interpolation, numerical differentiation andintegration, ordinary and partial differential equations. Applicationsusing software and programming languages.Prerequisites: ES 2 and MATH 51 (formerly MATH 38)Sections01793ES 0055CE E+MW Chapra, Stephen 1.0ES 0056PROBABILITY & STATSApplication of the concepts of probability and statistics to problemsolving in engineering systems. Topics include data reductiontechniques, probability, probability distribution functions, errorpropagation, sampling distributions, estimation, hypothesis testing,simple comparative experiments, and linear regression. Examples aredrawn from a variety of disciplines, including the environment,materials, manufacturing, computing, and process design.Prerequisites: MATH 42 (formerly MATH 13)Sections017940179501796ES 0056CE D Chudyk, Wayne A 1.0ES 0056RA E+F Chudyk, Wayne A 0.0ES 0056RB N+R Chudyk, Wayne A 0.0ES 0093SPECIAL TOPICS IN ENGuided study of chosen topics in Engineering and Engineering Science.Please see the School of Engineering Website for further details.Prerequisites: Permission of instructor.SectionsBRIDGE ENGINEERING03575 ES 009301 P+ Brenner, Brian 1.0GLOBAL PRODUCT DEVELOPMT03576 ES 009302 K+ James, Thomas 1.0INNOVATION IN CHBE03577 ES 009303 K+ Georgakis, Chri 1.0INTRO COMPUTATION DESIGN03578 ES 009304 D+ Hassoun, Soha 1.0DESIGN LAB 104073 ES 009304A ARR Hassoun, Soha 0.0COMP DESIGN LAB 204074 ES 009304B ARR Hassoun, Soha 0.0MUSIC&ART OF ENGINEERING03579 ES 009305 G+ Hopwood, Jeffre 1.0SIMPLE ROBOTICS03580 ES 009306 G+ Danahy, Ethan 1.0STRUCTURAL ART04054 ES 009307 K+ Hines, Eric 1.004237 ES 009307A 2+ Hines, Eric 0.004238 ES 009307B 6+ Hines, Eric 0.004239 ES 009307C 11+ Hines, Eric 0.004240 ES 009307D 13+ Hines, Eric 0.0Tufts University Course Listings, Fall 2012Page 78