POLYTECHNIC UNIVERSITY 2005-2007
POLYTECHNIC UNIVERSITY 2005-2007
POLYTECHNIC UNIVERSITY 2005-2007
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MECHANICAL ENGINEERING PROGRAM<br />
ME 860 Application of Nonlinear<br />
Control to Robotics 2 1 ⁄2:0:0:3<br />
Differential geometric approaches for<br />
control of nonlinear systems and applications<br />
to robot manipulators. Introduction<br />
to Lie algebra and Lie bracket. Multivariable<br />
inverses for nonlinear systems,<br />
external feedback linearization, zero<br />
dynamics. Application of nonlinear control<br />
to robotics: inverse dynamics, feedforward<br />
control, PD and PID controllers,<br />
variable structure control, adaptive control<br />
techniques (STR and MRAC) and<br />
force control. Prerequisites: ME 661 and<br />
ME 671. Also listed under EL 822.<br />
ME 870 Frequency Domain Methods<br />
in Control 2 1 ⁄2:0:0:3<br />
Systems and operators, stabilizability,<br />
parameterization of stabilizing controllers,<br />
H00 weighted sensitivity minimization<br />
for rational plants, H2 and H00<br />
controller design. Prerequisite: ME 671.<br />
ME 871 Adaptive Control 2 1 ⁄2:0:0:3<br />
Controllable and observable system models,<br />
parameter estimation (least squares,<br />
projection algorithm, lattice filters), one<br />
and multi-step ahead prediction control,<br />
minimum variance, pole placement, LQG<br />
control, model reference adaptive control.<br />
Prerequisite: ME 671.<br />
ME 872 Stochastic Control 2 1 ⁄2:0:0:3<br />
Introduction to stochastic control, stochastic<br />
processes, covariance and spectral<br />
density, stochastic state models, spectral<br />
factorization of continuous or discrete<br />
time processes, parametric optimization,<br />
introduction to prediction and filtering<br />
theory. Prerequisite: ME 771.<br />
ME 873 Large-Scale Systems and<br />
Decentralized Control 2 1 ⁄2:0:0:3<br />
Introduction to analysis and synthesis of<br />
large-scale systems. System order reduction<br />
algorithms, interconnected system<br />
stability, series expansion and singular<br />
perturbation. Decentralized control:<br />
decentralized fixed modes, LQR, frequency<br />
shaped cost functional and overlapping<br />
decompositions. Prerequisite:<br />
ME 771. Also listed under EL 825.<br />
SELECTED TOPICS, PROJECTS,<br />
THESIS AND DISSERTATION<br />
ME 786/787 Special Topics 2 1 ⁄2:0:0:3<br />
These numbers are reserved for special<br />
topics that are offered periodically by the<br />
Mechanical Engineering Program and are<br />
open to first-year graduate students.<br />
When offered, the specific subject matter<br />
is indicated as part of the title after the<br />
words “Special Topics” and the more<br />
complete title appears on the student’s<br />
transcript. Prerequisite: tailored to the<br />
offering.<br />
ME 886/887 Advanced Topics<br />
2 1 ⁄2:0:0:3<br />
These numbers are reserved for advanced<br />
topics that are offered periodically by the<br />
Mechanical Engineering Program and are<br />
open to second-year and more advanced<br />
graduate students. When offered, the specific<br />
subject matter is indicated as part of<br />
the title after the words “Advanced<br />
Topic” and the more complete title<br />
appears on the student’s transcript.<br />
Prerequisite: tailored to the offering.<br />
ME 901-904 Guided Readings I-IV<br />
each 3 units<br />
Open to qualified graduate students interested<br />
in special advanced topics. Directed<br />
study, including analytical work and/or<br />
laboratory investigations. Prerequisite:<br />
adviser’s approval.<br />
ME 996 MS Project<br />
each 3 units<br />
Engineering project pursued with guidance<br />
of faculty member. Project titles<br />
submitted in writing to department head<br />
and appointed adviser. May be extended<br />
to thesis with project adviser’s recommendation.<br />
Credit only upon completion<br />
of project. Prerequisite: degree status.<br />
ME 997 MS Thesis<br />
each 3 units<br />
Master’s thesis to present results of original<br />
investigation in field of student’s specialty.<br />
Thesis an extension of ME 996, on<br />
recommendation of project adviser.<br />
Continuous registration required.<br />
Maximum of 12 units of ME 996/997<br />
counted toward degree. Prerequisite: ME<br />
996.<br />
ME 999 PhD Dissertation<br />
each 3 units<br />
Doctoral dissertation evincing independent<br />
study and original contributions in<br />
field of specialization. Oral examination<br />
on subject of dissertation and related topics<br />
required. Minimum of 24 units; also<br />
continuous registration at minimum of 3<br />
units per semester required until dissertation<br />
completed. Prerequisite: degree status.<br />
THE FOLLOWING GRADUATE<br />
COURSES ARE OFFERED<br />
IRREGULARLY IN RESPONSE<br />
TO INDUSTRY DEMAND:<br />
ME 602 Thermodynamics II<br />
ME 633 Limit Analysis of Structure<br />
ME 635 Pressure Vessel Analysis<br />
ME 657 Computational Geometry for<br />
CAD<br />
ME 658 Computer-Aided Design<br />
ME 723 Experimental Stress Analysis<br />
ME 725 Theory of Plates<br />
ME 726 Theory of Shells<br />
ME 733 Applied Plasticity<br />
ME 813 Viscous Compressible Flow<br />
ME 821 Continuum Mechanic<br />
ME 831 Stability of Structures<br />
ME 842 Trajectories and Orbits<br />
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