Academic Calendars and Deadlines - UW-Milwaukee Graduate ...

students who have cr in MechEng 774,
which is identical to Civ Eng 774. Prereq:
grad st; MechEng 475(P) & 580(P)
775 Analysis and Design of Bridges. 3
cr. G. Analysis of thin-walled members;
aashto leadings and specifications; design
of steel and concrete i-shaped and
box girders; construction techniques;
computer applications. Prereq: grad st;
Civ Eng 366(P); 371(P); 401(P) or cons
instr
777 Design
of Multistory Buildings. 3
cr. G. Topics in design of multistory build
ing systems; planning & environmental
criteria, loading, analysis, design, con-
struction,
lateral systems, foundation,
cladding,
building service & management.
Prereq: grad st; Civ Eng 571(P), 572(P)
785 Dynamics
of Structures. 3 cr. G.
Analysis
and design of structures sub-
jected to
dynamic loads; effects of damp-
ing and inelastic action; multi-degree of
freedom and continuous systems; num-
berical techniques; seismic design. Pre-
req: grad
st; ElecEng 234(P); Civ Eng
761(R) or cons instr
790 Transportation
Systems Design. 3
cr. G. Principles
of systems analysis as
they relate
to the planning, design and
operation
of transportation systems.
Model building, evaluation, systems man-
agement. Prereq: grad st; Civ Eng 590(P)
792 Methods of Transportation Analysis.
3 cr. G. Mathematical tools useful in
analysis of transportation systems. Process
of modeling and simulation, matrix
techniques, network analysis, statistical
analysis, etc. As related to transportation.
Use of standard packaged computer programs.
Class project may be utilized to
develop these skills. Prereq: grad st;
CompSci 151(P) or equiv. Civ Eng 590(P)
794 Traffic Planning and Operations.
3
cr. G. Planning
and design of traffic sys-
tems, delay
and capacity of signalized
intersections, freeway controls, traffic sys-
tem management and optimization,
queues, traffic assignment and simulation.
Prereq: grad st; Civ Eng 592(C)
801 Applied Elasticity. 3 cr. G. Equations
of elasticity in two and three dimensions;
two dimensional problems in rectangular
polar and curvilinear coordinates;
torsion of noncircular shafts; bending of
prismatic bars. Prereq: grad st; Civ Eng
401(P) or cons instr
804 Theory of Plasticity. 3 cr. G. Yield
conditions, stress strain relations; plastic
potential, hardening theories, torsion,
bending, thick walled spherical and cylindrical
shells
under internal pressure;
plane st rain of perfectly plastic material.
Prereq: Civ Eng 805(P)
888 Candidate for Degree. 0 cr. G.
Available for graduate students who must
meet
minimum credit load requirements.
Fee for 1 cr assessed. Prereq: grad st
890 Advanced Topics in Engineering
Mechanics. (Subtitled). 1-3 cr. G. Topics
vary. Study and discussion of advanced
topics of current interest in mechanics.
Students will prepare reports or designs
using the latest developments in mechanics
literature. Specific topics and any additional
prerequisites will be announced in
the schedule of classes each time the
course is offered. May be repeated with
change in topic to max of 9 cr. Prereq:
grad st
891 Advanced Topics in Civil Engineering.
(Subtitled). 1-3 cr. G. Topics vary.
Study of advanced topics of theory and
practice of structural engineering. Specific
topic and any additional prerequisites will
be announced in the schedule of classes
each time the course is offered. Retakeable
with change in topic to max of 9 cr.
Prereq: grad st
940 (effective 01/24/2005) Topics in
Transportation. (Subtitled). 1-3 cr. G.
Topics vary. Topics and problems of current
interest in transportation; readings
and review of recent literature and development
of a critical analysis or paper.
Subject matter may be student initiated.
Specific topic and any additional prerequisites
will be announced in the schedule
of classes each time the course is offered.
Retakeable with change in topic to max of
9 cr. Prereq: grad st.
940 Topics in Transportation. (Subtitled).
1-3 cr. G. Topics vary. Topics and
problems of current interest in transportation;
readings and review of recent literature
and development of a critical analysis
or paper. Subject matter may be student
initiated. Specific topic and any additional
prerequisites will be announced in the
schedule of classes each time the course
is offered. Retakeable with change in
topic to max of 9 cr. Prereq: grad st.
125
990 Masters Thesis. 1-9 cr. G. - Prereq:
grad st; cons instr
995 Masters Design Project. 1-9 cr. G. -
Prereq: grad st; cons instr
997 Doctoral Internship. 1-12 cr. G. -
Prereq: grad st; cons instr & grad prog
Comm
998 Doctoral Thesis. 1-12 cr. G. - Prereq:
grad st; cons instr & grad prog Comm
999 Advanced Independent Study. 1-3
cr. G. - Prereq: grad st; cons instr & grad
prog committee
Computer Science (COMPSCI)
Courses numbered 300 to 699 are Undergraduate/Graduate.
Courses numbered 700 and above are
Graduate only.
417 (517) Introduction to the Theory of
Computation. 3 cr. U/G. Introduction to
formal languages, grammars and automata.
Finite state automata, pushdown
automata, turing machines. Regular, context-free
recursive and recursively enumerable
languages. Decidability. Prereq:
Math 221(P) or 232(P), grade of C or better
in CompSci 217(P)
422 Introduction to Artificial Intelligence.
3 cr. U/G. Introduction to core
techniques and broad survey of AI. Topics
include: Lisp, heuristic search, knowledge
representation, planning, vision, learning.
Prereq: jr st; C or better in CompSci
217(P) & 252(P)
423 Introduction to Natural Language
Processing. 3 cr. U/G. Introduction to
natural language processing programs
and an overview of the field. Topics include
syntactic frameworks, parsing, semantics,
interpretation, and applications.
Prereq: Jr st; C or better in CompSci
252(P) & 417(517)(P)
431 (631) Programming Languages
Concepts. 3 cr. U/G. Examination of abstract
features of languages. Study of
syntactic and semantic models; design
and programming in procedural, objectoriented,
functional and logical languages.
Implementation methods. Prereq: soph st;
grade of C or better in CompSci 252(P)