My graduate coursework includes courses predominantly in structural engineering (ground motion modeling, static and dynamic analysis, reliability etc.) and statistics (stochastic processes, geostatistics, applied regression, simulation etc.). A more detailed listing follows.
GIS courses
Learning ArcGIS desktop
Spring 2008
STATS 218: Stochastic processes
CEE 204: Structural reliability
CEE 206: Decision and stochastic processes
Winter 2008
STATS 217: Stochastic processes
CEE 282: Non-linear structural analysis
Fall 2007
STATS 352: Spatial statistics
STATS 362: Monte Carlo methods
Summer 2007
STATS 206: Applied multivariate analysis
Spring 2007
CEE 289: Random vibrations
MS&E 223: Simulation
STATS 203: Introduction to ANOVA
Winter 2006
CEE 288: Earthquake hazard risk analysis
GES 240: Geostats for spatial phenomena
STATS 200: Statistical inference
Fall 2006
CEE 203: Probabilistic models in civil engineering
CEE 280: Advanced structural analysis
CEE 283: Structural dynamics
Fall 2005
CE467: Case studies in Structural Engineering
CE679: Engineering design optimization and reliability
Spring 2005
CE461: Advanced structural analysis
CE502: Construction planning and control
CE529: Transportation network analysis
CE618: Environmental impact assessment
CE671: Bridge engineering
HS733: Introduction to portfolio analysis and investment management
MP744: Infrastructure finance
HS443: Great social thinkers
Fall 2004
CE403: Infrastructure planning and management
CE601: Construction contracts and specification
CE682: Public transportation
HS364: Fundamentals of operations research
CE461: Financial analysis for managerial decisions
MA205: Probability and random process
HS451: Political philosophy
Spring 2004
CE302: Estimating and costing
CE304: Design of steel structures
CE306: Transportation engineering II
CE308: Computer methods in civil engineering
CE322: Civil engineering lab IV
CE324: Water resources project planning and design
CE326: Structural engineering drawing
CE431: Concrete technology
CE462: Advanced design of concrete structures
CE326: Accounting for managerial control
Fall 2003
CE301: Geotechnical engineering II
CE302: Water resources engineering
CE305: Transportation engineering I
CE307: Design of concrete structures
CE309: Environmental engineering
CE321: Civil engineering lab III
HS362: Principles of management
Spring 2003
CE202: Building construction and equipment
CE204: Surveying
CE206: Geotechnical engineering I
CE208: Hydro systems
CE222: Civil engineering lab II
CE224: Building drawing
CE226: Surveying practical
MA203: Linear algebra and numerical analysis
HS160: German II
Fall 2002
CE201: Materials of construction
CE203: Functional design of buildings
CE205: Engineering geology
CE207: Engineering fluid mechanics
CE209: Structural analysis
CE221: Civil engineering labaratory I
MA202: Special functions and partial differential equations
CY201: Organic chemistry - Basic principles
HS140: German I
Spring 2002
CE102: Mechanics of materials
CY102: Physical chemistry II
EE110: Basic electrical engineering
MA102: Vectors, matrices and differential equations
ME106: Engineering drawing II
ME108: Workshop II
ME110: Thermodynamics
PH102: Physics II
PH104: Physics labaratory II
Fall 2001
AM110: Engineering mechanics
CE101: Introduction to civil engineering profession
CS110: Computational engineering
CY101: Micro. and Macro. struc. of chemical systems
CY103: Chemistry lab - I
ID110: Engineering design
MA101: Elements of calculus
ME105: Engineering design I
ME107: Workshop I
PH101: Physics I
PH103: Physics labaratory I
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