Courses:

California State University, Long Beach (Since Fall 2001)

• College of Business Administration

• IS 601 Quantitative Methods for Managerial Decision Making
• IS 470 Decision Support Systems
• IS 320 Quantitative Analysis for Business Decisions
• IS 310 Business Statistics
• IS 240 Management Information Systems
• MGMT 411 Production Planning

• Global Logistics Graduate Program, Department of Economics

• MGMT 541 Industrial Logistics
• GLG 556 Economics of Logistics Management

• Joint Doctoral Program of College of Engineering with Claremont Graduate University

• ENGR 795 Advanced Directed Studies: Topics in Mathematical Programming

The Anderson School at UCLA (Spring 2001 and Winter 2003)

• Decisions, Operations, and Technology Management

• Mgmt 210C Network Flows and Integer Programming

Theory and techniques of discrete and network-related mathematical programming models in decision sciences. Application to various allocation, coordination, operating, and planning problems. Emphasis on fundamentals, efficient computational methods, and the keys to successful practical applications.

Bilkent University (prior to Fall 2000)

• Bilkent Distinguished Teaching Award, Recipient in 2000.

• Department of Industrial Engineering

• IE 672 Theory of Machine Scheduling

  An overview of computational complexity, heuristic problem solving, and implicit enumeration. Deterministic machine scheduling problems: single stage, open shop, flow shop, and job shop problems with single and parallel machines. Dynamic scheduling problems and priority dispatching. A survey of other scheduling problems. Applications in production systems.

• IE 572 Production Planning Systems Design

  Theoretical and practical issues in the design of systems for planning and control of production activity. Critical examination of tools and techniques of industrial engineering and operations research applicable to integrated manufacturing management.

• IE 477 Production Systems Design - Synthesis

  A project based course that is a synthesis of the techniques and methodologies of operations research and industrial engineering covered in other courses. The design projects are concerned with complex systems and may involve modeling and analysis of manufacturing and service systems based on demand, resource, capacity, location, computer integration, and information requirements. In addition, this course aims to improve teamwork and communication skills of the students, and to emphasize the role of Internet and Web in continuing professional development and technical collaboration.

• IE 342 Engineering Economic Decisions

  Analysis of engineering decisions: principles and methodology of comparing decision alternatives, such as various engineering designs, manufacturing equipment, or industrial projects. Dealing with uncertainty and risk: rational decision making when future outcomes are uncertain. Concept of time value of money. Effects of depreciation, inflation, and taxation on economic decisions. Cost-benefit analysis of public projects. Replacement analysis. Introduction to financial engineering.

• Yöneylem Arastirmasi (Kara Harb Okulu)

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California State University, Long Beach | College of Business Administration
obenli@csulb.edu | +1.562.985.7696