Courses-Assisted for Teaching

Updated: 2018-02-21

Freshman year

> Technical Drawing: The importance of technical drawing and standard concept with technical drawing tools and materials in engineering, lines and their meanings, technical writing, principles of dimensioning and tolerancing, projection, views of objects and sectional views, fundamentals of machine elements drawing and assembly drawing.

> Introduction to Industrial Engineering: The importance of industrial engineering, its history and evolution, basic concepts and definitions in industrial engineering, activity sets in industrial engineering, applications on industrial engineering, industrial engineering science, models and approaches in industrial engineering and the future of industrial engineering.

> Introduction to Measurement and Machine Tools

> Computer Programming using BASIC

Sophomore year

> Computer Programming using MS-COBOL

> Data Processing in Industrial Systems: Terminology and system concepts, system analysis approach, management levels and decisions, management information systems (MIS), report types in MIS, database management systems (DBMS), a sample DBMS: Progress, system design and implementation Enterprise Resources Planning (ERP), computer system evaluation and acquisition, decision support systems (DSS) and artificial intelligence (AI).

Junior year

> Statistics: Definition of probability and related concepts, combinatorial analysis: basic principle of counting, permutations, combinations, axioms of probability, sample spaces having equally likely outcomes, conditional probability, baye’s formula, independent events, random variables, distribution functions, discrete random variables, expected value and variance, continuous and discrete probability distributions (i.e. normal, binomial, uniform, poisson, hypergeometric), moment generating functions, jointly distributed random variables, limit theorems: Chebychev’s inequality, the central limit theorem, computer applications.

> Machine and Cutting Tools: Production goals and machine tools, types of machine tools, metal cutting systems, concept of quality in progress and machine tools, turning operations, milling, drilling, counter-sinking and reaming operations and their machines, selection of metal cutting conditions, grinding, honing and lapping operations, economics of non-conventional machines, tools materials, clustering of machine tools (cellular manufacturing), thread cutting and gear manufacturing, recent development of machine tools industry in the world as well as our country.

> System simulation: Definition of system simulation, basic concepts in simulation, definitions of simulation study steps, statistics and probability concepts used in simulation, design of discrete system simulation models, programming of simulation models, validation and verification analysis, output analysis.

Senior year

> Quality Control: Quality concept, evolution of quality control, acceptance sampling, types of sampling plans, operating characteristic curve, standard sampling plans, statistical process control, causes of variation, control charts, organizational aspects of quality function, role of quality control in quality management, total quality concept, contemporary issues in quality management.

> Facility planning: Basic terminology, plant design process, models and techniques of plant location selection, facility planning, systematical facility planning, models and techniques of facility planning, computer-based facility planning algorithms (ALDEP, CORELAP, CRAFT), facility planning in just-in-time and cellular manufacturing.

> Production Planning and Control: Production concepts and systems, production management and production planning concepts and hierarchy, stock control systems, aggregate production planning, materials requirements planning line balancing, production scheduling.

> Computer Integrated Manufacturing Systems (CIM): Improvement the usage of computer in production, NC, CNC and DNC systems, parts programming, introduction to CAD/CAM systems, computer-aided quality (CAQ) systems, robots and analysis of robotic systems, automatic-guided vehicles (AGV) systems, conveyor systems, storage and automated storage systems, computer networks in factory (Laboratory work: CNC-controlled machining centers and programming.