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Some of the courses taught by Dr. Wang are available on Youtube.

SSIE 553 Operations Research (Spring 2017, Fall 2015)
[Textbooks: Winston (4th ed.), Hillier (10th ed.), and Taha (10th ed.)]
o Linear Programming
o Simplex Algorithm and Goal Programming
o Sensitivity Analysis and Duality
o Transportation, Assignment, and Transshipment Problems
o Network Models
o Integer Programming
o Nonlinear Programming
o Decision Making under Uncertainty
o Game Theory
o Inventory Theory
o Markov Chains
o Dynamic Programming
o Queuing Theory

ISE 364 Engineering Project Management (Fall 2018, Spring 2018, Fall 2017)
[Textbooks: Larson & Gray (7th ed.), PMBOK Guide (6th ed.), and Kerzner (12th ed.)]
o Introduction to Modern Project Management
o Project Selection
o Organization Structure and Culture
o Project Definition
o Project Time and Cost
o Project Network
o Risk Management
o Resource Scheduling
o Project Crashing
o Leadership
o Team Management
o Outsourcing
o Progress Monitoring and Project Evaluation
o Project Closure

ISE 314 Computer Programming for Engineers (Fall 2019, Fall 2018, Fall 2017, Fall 2016, Spring 2016)
[Textbooks: Zelle (3rd ed.), Matthes (Crash Course), and Sweigart (Automate the Boring Stuff)]
o Python (basic syntax and programming principle)
o NumPy (matrix and linear algebra)
o SymPy (symbolic operation)
o SciPy (signal processing)
o Pandas (data analysis and statistics)
o MatPlotLib (data visualization)
o SQLite3 (database programming)
o PyQt (GUI programming)
o Examples from the following areas: Operations research, Data mining, Machine learning, Time series analysis, Monte Carlo simulation, Neural networks, Social networks

ISE 295 Undergraduate Seminars Guest Lecturer (Fall 2018, Fall 2017, Fall 2016, Fall 2015)
o Introduction to Operations Research
o Introduction to Computer Programming
o Introduction to Energy Research

ISE 211 Engineering Economics (Summer 2019, Spring 2019, Winter 2018)
[Textbooks: Blank & Tarquin (8th ed.)Newnan (13th ed.), and Sullivan (17th ed.)]
o Introduction & Terms
o Factors (Single Amount, Uniform Series, Arithmetic Gradient, Geometric Gradient)
o Nominal & Effective Interest Rates
o Present and Future Worth Analyses
o Annual Worth Analysis
o Rate of Return Analysis: One Project
o Rate of Return Analysis: Multiple Alternatives
o Benefit/Cost Analysis and Cost-Effective Analysis
o Breakeven and Payback Analysis
o Inflation
o Cost Estimation & Indirect Costs
o Depreciation
o After-Tax Analysis
o Sensitivity Analysis and Staged Decisions

Last Updated: 6/7/19