Industrial Engineering Graduate Programs

Master’s Degree

Master's Programs (With Thesis)

  • At least 7 courses amounting to no less than 21 credits in total
  • 1 Seminar (no credit)
  • Master's Thesis (no credit)
  • FBE 600 Scientific Research Techniques and Publication Ethics (no credit - must)

Master's Programs (Without Thesis)

  • At least 10 courses amounting to no less than 30 credits in total
  • Master's graduation project (no credit)
  • FBE 600 Scientific Research Techniques and Publication Ethics (no credit - must)

Courses of the Master's Program

Course Code

Course Title

END 501

Advanced Linear Programming

END 502

Integer Programming

END 503

Non-Linear Programming

END 504

Grid Models and Optimization

END 505

Large Scale Model Optimization

END 506

Stochastic Programming

END 507

Heuristic Search Methods

END 508

Decision Analysis

END 520

Advanced Production Systems and Inventory Control

END 521

Advanced System Simulation

END 522

Quality Engineering

END 523

Total Quality Management

END 524

Sorting and Scheduling

END 525

Ergonomics and Design

END 526

Design and Human Factor in Engineering

END 527

Site Location and Layout Models

END 528

Strategic Planning and Management

END 529

Investment Planning

END 537

Special Topics in Operations Research

END 540

Analytical Models in Supply Chains

END 541

Logistics System Engineering

END 550

Fuzzy Set and Logic Theory

END 551

Fuzzy System Models and Applications

END 560

Experiment Design

END 561

Advanced Statistical Methods

END 562

Time Series Analyses and Estimation

END 570

Stochastic Processes

END 571

Queue Systems

END 572

Markov and Renewal Processes

END 590

Special Topics in Industrial Engineering

END 597

Seminar

END 598

Semester Project

END 599

Master's Thesis

 

Doctorate

TOBB ETÜ Industrial Engineering Ph.D program started in the spring semester of 2011-2012. Building on the knowledge and qualifications obtained in the master’s program in Industrial Engineering, the Ph.D. program is opened to improve and implement contemporary and advanced knowledge, original thought, and research at an expert level, and offers the following content:

  • At least 7 courses amounting to no less than 21 credits in total
  • Qualification Exam (no credit)
  • Thesis Proposal (no credit)
  • Ph.D. Thesis (no credit)
  • FBE 600 Scientific Research Techniques and Publication Ethics (no credit - must)

Ph.D. Program Courses

Course Code

Course Title

END 603

Mathematics of Operations Research

END 620

Special Topics in Supply Chains

END 625

Machine Scheduling Theory

END 627

Inventory Control Theory

END 630

Advanced Informatics Systems

END 631

Dynamic System Models and Analysis

END 635

Artificial Intelligence and Decision Support Systems

END 651

Advanced Random Processes

END 652

Fuzzy Stochastic Models

END 653

Type-2 Fuzzy System Models

END 670

Queue Theory

END 672

Markov Decision Processes

END 673

Reliability Theory

END 690

Special Topics in Industrial Engineering

END 697

Seminar

END 699

Ph.D. Thesis

 

Scientific Preparation

Students who hold bachelor’s degrees in a field other than Industrial Engineering shall be required to complete a scientific preparation program upon admission into the program. The preparation program should be completed within a maximum of 1 year, and the student should pass all the courses taken. A total of 6 courses should be completed successfully within the framework of the scientific preparation program. The courses the students are required to take within the framework of the program are selected by the Graduate Coordinator. Provided that the faculty member offering the course approves so and that the prerequisite requirements are met, courses from the master’s program can also be taken alongside the scientific preparation program. The scientific preparation program is composed of 3 must courses and 3 electives. The students who get a GPA of at least 2.00/4.00 in the Scientific Preparation Program can proceed to the Master's Program.

Must Courses:

  • END 014: Probability and Statistics II
  • END 094: Operations Research I
  • END 007: Production Systems Planning.

Electives:

Course Code

Course Title

END 002

Job Analysis and Design

END 006

Simulation Systems

END 008

Site Design and Planning

END 020

Engineering Economics

END 021

Random Models

END 095

Operations Research II

END 096

Service Systems Design and Planning

END 009

Production Informatics Systems

END 071

Quality Planning and Control

 

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