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1. SYE 323 PROBABILISTIC MODELS IN OPERATIONS RESEARCH Review of probability theory, Markov chains, Poisson Processes, queuing and reliability models, Home WHAT IS SYSTEMS ENGINEERING? Systems Engineering is concerned with the design, production, and maintenance of reliable systems within cost and time constraints. Systems engineers apply an appropriate combination of theories and tools, carried out through the use of a suitable methodology and a set of system management procedures, to address real world problems that are often of large scale and scope. Systems engineering activities vary from requirements definition or specification to the conceptual and functional development of systems The systems engineering program provides the students with the basic concepts, tools and methods useful in dealing with complex systems which can be considered as a single unit with regard to functions and tasks. A complex system generally includes components of various types such as: technological, human, biological, environmental Industrial, social, political and economic Systems engineering programs study the problems related to modeling, decision making, control and optimization of such systems, it also considers the relationship and interactions among various components of the system. The computer plays a central role not only for engineering and mathematical computations but also for simulation, automatic control and other information processing and automating tasks. The undergraduate systems engineering program offers a broad technical background, with courses in the first two years that provide the necessary foundation in the basic subjects upon which advanced engineering studies depend, The following two years of work provide the professional-level material, including computer applications necessary for the interdisciplinary engineering activities that are required of the modem systems engineers. In the senior year, a senior design project that will cover a wide range of realistic problems in industrial, governmental and service systems applications will allow al students to draw on their creativity, imagination, and motivation, as well as their engineering education, Emphasis in the department curriculum is on the practical applications of the theories on operations research, information systems, decision support systems, digital systems, communication systems, manufacturing and management systems, Yeditepe University Systems Engineering Department offers two options: Industrial Engineering and Automation and Control Engineering. Curriculum CID Name Prerequisites a SYE 222 SYE 323 PROBABILISTIC MODELS IN OPERATIONS RESEARCH b. ES 233 2 SYE 344 SIMULATION MODELING Discrete event simulation, model development, statistical design and analysis of simulation experiments, variance reduction, random variety generation, Monte Carlo simulation Course contents are supported by simulation packages. 3. SYE 361 PRODUCTION SYSTEMS DESIGN Analysis and design of production systems, including topics in work measurement and design, man-machine systems, facilities layout and location and materials handling. Design of automated and semi-automated systems including automated transfer, assembly lines, group technology, flexible manufacturing systems, automated storage and retrieval systems, The course contents are supported by animated facility layout packages. 4. SYE 403 SYSTEMS DESIGN AND CONTROL The aim in this course is to teach a set of selected system design and control approaches from a systems and industrial engineering perspective. The course is consisted of two parts. In Part 1, modeling, analysis, design, and control approaches based on Macro to Micro Approach are covered. The coverage includes both deterministic and stochastic systems. In Part II, overviews and applications related to the following topics will be covered: System Dynamics, Monte Carlo Modeling and Simulation, State Transition Matrix Models, General System Theory and Cybernetics, and Organizational Theory and Management Cybernetics, Some case studies will be discussed in the class in order to demonstrate the applications of the methodologies and techniques covered, Students will be expected to work on class projects and present them at the end of the semester, SYE 344 SIMULATION MODELING a SYE 222 b SYE 242 SYE 361 PRODUCTION SYSTEMS DESIGN a SYE 222 SYE 242 SYE 403 SYSTEMS DESIGN AND CONTROL a SYE 323 h SYE 353 Visa/ DOCES OW214