INDUSTRIAL ENGINEERING (MSc) DEPARTMENT SEMESTER COURSE CODE 503202509 TITLE Materials Handling and Warehouse Systems HOUR/WEEK LEVEL Credit ECTS TYPE LANGUAGE Theory Practice Laboratory COMPULSORY ELECTIVE MSc 3 0 0 3 7.5 Turkish ( ) ( X ) CREDIT DISTRIBUTION Knowledge in the discipline Basic Science Basic Engineering [if it contains considerable design content, mark with ()] ASSESSMENT CRITERIA Contribution Evaluation Type Number ( % ) 1 30 Midterm Quiz Homework SEMESTER ACTIVITIES 1 30 Project Report Seminar Other ) 40 Final Examination Facilities Planning, Simulation, and Engineering Economics courses should PREREQUISITE(S) be taken Materials handling equipments, handling systems, principles, analysis of, conveyors, AGV, AS/RS and carousel systems, warehouse models, COURSE CONTENT warehouse design and management, relations, special topics in materials handling. Main aim of the course is to introduce the basic terminology and techniques of materials handling and warehouse systems and their influence to the COURSE OBJECTIVES production in terms of efficiency and efficacy. To relate the new developments, current techniques and operations research. COURSE CONTRIBUTION TO THE PROFESSIONAL EDUCATION 1.Understand the materials handling systems that are crucial for manufacturing systems and current techniques and metodologies, 2.Apply operations research principles to solve and design materials handling systems LEARNING OUTCOMES OF THE COURSE 3.Assessing manufacturing systems in terms of efficiency and effectiveness by considering new handling equipments, 4. Analyzing costs related with new purchase of equipments, renwals, and maintenance costs. 1.Askin R.G., Standrigge, 1993, Modelling and Analysis of Manufacturing Systems, John Wiley & Sons, Inc. TEXTBOOK 2.Garcia-Diaz A., Smith J.M., 2008, Facilities Planning and Design, Pearson Prince Hall.
DEPARTMENT INDUSTRIAL ENGINEERING (MSc) SEMESTER COURSE CODE 503202509 TITLE Materials Handling and Warehouse Systems LEVEL HOUR/WEEK Credit ECTS TYPE LANGUAGE Theory Practice Laboratory MSc 3 0 0 3 7.5 COMPULSORY ( ) ELECTIVE ( X ) Turkish CREDIT DISTRIBUTION Basic Science Basic Engineering Knowledge in the discipline [if it contains considerable design content, mark with ()] ASSESSMENT CRITERIA SEMESTER ACTIVITIES Evaluation Type Number Contribution ( % ) Midterm 1 30 Quiz Homework Project 1 30 Report Seminar Other ) Final Examination 40 PREREQUISITE(S) Facilities Planning, Simulation, and Engineering Economics courses should be taken COURSE CONTENT Materials handling equipments, handling systems, principles, analysis of, conveyors, AGV, AS/RS and carousel systems, warehouse models, warehouse design and management, relations, special topics in materials handling. COURSE OBJECTIVES Main aim of the course is to introduce the basic terminology and techniques of materials handling and warehouse systems and their influence to the production in terms of efficiency and efficacy. To relate the new developments, current techniques and operations research. COURSE CONTRIBUTION TO THE PROFESSIONAL EDUCATION LEARNING OUTCOMES OF THE COURSE 1.Understand the materials handling systems that are crucial for manufacturing systems and current techniques and metodologies, 2.Apply operations research principles to solve and design materials handling systems 3.Assessing manufacturing systems in terms of efficiency and effectiveness by considering new handling equipments, 4. Analyzing costs related with new purchase of equipments, renwals, and maintenance costs. TEXTBOOK 1.Askin R.G., Standrigge, 1993, Modelling and Analysis of Manufacturing Systems, John Wiley & Sons, Inc. 2.Garcia-Diaz A., Smith J.M., 2008, Facilities Planning and Design, Pearson Prince Hall.
Information%20Package%20and%20Course%20Catalogue.docx