| Code | Courses | Credits(Lecture/Practice/Self-study Hours) |
| 090135104 | Production Management | 3(3-0-6) |
| | Production management. Using operation to complete. Develop process strategy. Analyzing processes. Managing Quality. Total quality control. Planning capacity. Managing process constraints. Designing Lean system. Managing inventories. Designing effective supply chains. Locating Facility. Planning and scheduling operations. Managing demand. | |
| 090135108 | Materials Testing | 3(2-2-5) |
| | Basic of materials testing, tensile testing, compression testing, long period creep testing, bending testing, torsion testing, hardness testing, Charpy testing, fracture mechanic testing, fatique testing, safety analysis, non-destructive testing, fInite Element Method, statistical process control, polymer identification polymer compounding and polymer processing | |
| 090135109 | Materials Science for Engineers | 3(3-0-6) |
| | Atomic Structure and Interatomic Bonding, Structures of Metals and Ceramics, Polymer Structures, Imperfections in Solids, Diffusion, Properties of Materials, Deformation and Strengthening Mechanisms, Phase Diagrams, Phase Transformations, Failure, Applications and Processing of Materials | |
| 090135110 | Manufacturing Technology | 3(3-0-6) |
| | Mechanical properties of materials, Techniques used to determine those propertiesas well as basic polymer engineering rheological properties The second part will overview a principle of manufacturing technologies, including forming (sheet and bulk) processes, casting process and powder metallurgy process as well as polymer processing Some specific in forming technologies such as sheet and bulk forming using case studies to the emphasis in the ongoing research in those processes. | |
| 090135198 | Master Thesis | 12 |
| | Research in topic of mechanical engineering, material engineering, production engineering; Development of Research and Development; Analysis and solving skill in R&D environment; Development of presentation and writing skill. | |
| 090135199 | Industrial Internship | 4 |
| | Development of engineering skill in real industrial environment, team work, Analysis and solving real industrial problem; Development of presentation and writing skill. | |
| 090135203 | Polymer and Composite Engineering | 3(3-0-6) |
| | Processing and engineering properties of polymer materials, the effects of crystalline on the mechanical/thermal properties of polymers; Common measurement, testing and comparison techniques to aid in selection of polymer materials will be discussed; Testing methods include compressive, dynamic mechanic thermo analysis, tensile strength and different morphology testing, the effects of combining certain materials in a composite to improve overall mechanical properties | |
| 090135204 | Industrial Logistics | 3(3-0-6) |
| | Logistics management. Role of logistics in industry and organization. Total cost concept. Key logistics activities; customer service, logistics information systems, inventory basic concept, Inventory management, managing materials flow, transportation, warehousing, materials handling and packaging, global logistics, and Logistics performance. | |
| 090135207 | Applications of Manufacturing Technology for Industries | 3(3-0-6) |
| | Advanced calculation techniques such as slip line and upper bound theories in metal forming technology to approximate the suitable process parameters will be covered. Classical plasticity theories will be introduced to analysis the metal forming processes. | |
| 090135208 | Corrosion Engineering | 3(3-0-6) |
| | Principle of Corrosion, Forms of Corrosion and Prevention, High Temperature Corrosion, Anodic Protection, Cathodic Protection, Coatings and Inhibitors, Materials Selection and Design | |
| 090135209 | Casting Processes and Casting Alloys | 3(3-0-6) |
| | Principle of Solidification, Patterns, Molding and Casting Processes, Foundry Equipment and Processing, Design Considerations, Ferrous Casting Alloys, Nonferrous Casting Alloys, the Ten Casting Rules | |
| 090135210 | Fundamentals and Solving Methods in Metal Forming | 3(3-0-6) |
| | Basic of plastomechanics, stress and deformation states, yield law, differential equations for elementary theory, boundary conditions, elementary theory for basic metal forming processes, similarity theorem and modeling techniques, basic of Finile Element Method. | |
| 090135211 | Chemical Metallurgy for Ferrous Metal | 3(3-0-6) |
| | Thermodynamics and reaction kinetics of iron and steelmaking. Preparation of raw material: sintering, pelletizing and coke-making. Reduction of iron oxides. Blast furnace and alternative ironmaking processes. Basic oxygen steelmaking. Scrap recycling and electric arc furnace steelmaking. Secondary steelmaking. Slag chemistry. Solidification of steel ingots and continuous casting of steel products. | |
| 090135212 | Chemical Metallurgy for Non-Ferrous Metals | 3(3-0-6) |
| | Extraction and recycling of non-ferrous metals; e.g. copper, aluminum, zinc, tin, lead, titanium and precious metals. Primary and secondary raw material. Thermodynamics and reaction kinetics. pyrometallurgy: roasting, smelting, converting and refining. Hydrometallurgy: leaching, solution purification and the precipitation of metals and compounds. Electrowinning and electrorefining in aqueous and molten salt media. | |
| 090135213 | Transport Phenomena in Materials Engineering | 3(3-0-6) |
| | Fundamentals of heat transfer, mass transfer and fluid flow (momentum transport) in metallurgical and materials processing. Thermal conductivity, Fourier’s law, heat conduction, convection, radiation, system boundaries, one dimensional steady state heat conduction, transient heat conduction, numerical methods for heat conduction, mass diffusion, Fick’s law, viscous behavior of fluids, conservation laws, fluid statics, laminar and turbulent flow. | |
| 090135214 | Mechanical Metallurgy | 3(3-0-6) |
| | Stress-strain diagram, flow curve and anisotropy, strengthening mechanisms in metals, toughness and fracture behavior, damage and toughness analysis, cyclic load, high temperature materials behavior, cold forming properties | |
| 090135215 | Steel Designs | 3(3-0-6) |
| | Fundamental of materials modeling and phase transformation control, production of pipe and tube, boiler tube for power plant, steel for offshore and sub-zero applications, advanced high strength steels, car body steel, rail steel | |
| 090135216 | Materials Science of Steel | 3(3-0-6) |
| | Technical and economic importance of iron and steel, physical properties of iron and steel, substitutional and interstitial solid solution, selected binary and ternary systems, stainless steel, segregation and inclusions, continuous casting, precipitation and aging, pearlite formation, bainite formation, martensite formation, heat treatment of steels, adjustment of microstructure. | |
| 090135217 | Polymer Processing | 3(3-0-6) |
| | Principle and application of polymer processing. Practical detail of conventional process such as extrusion, injection, blow molding, compression, thermo forming, and rotational molding. | |
| 090135218 | Composites Processing | 3(3-0-6) |
| | Overview of polymer processing. Polymer blend. Polymer composites. Polymer composites processing. Mixing. Testing. Improvement properties of polymer. | |
| 090135219 | Polymer Recycling and Biodegradable Polymer | 3(3-0-6) |
| | Principle and application of recycling technology of plastic waste. Design and characterization recyclable polymer product. Method of separation and recycling. Properties of biodegradable polymer. Standard and industrial application of biodegradable polymer. | |
| 090135220 | Rubber Technology | 3(3-0-6) |
| | Natural rubber and synthetic rubber. Type and application of rubber. Rubber processing. Rubber chemistry and rubber formulation. Rubber compounding. Processing technology of rubber products. | |
| 090135221 | Plastic Designs | 3(3-0-6) |
| | A simplified and practical approach in designing with plastic that is fundamentally related to the load, temperature, time, and environment subjected to a product. It will provide the basic behaviors in what to consider when designing plastic products to meet performance and cost requirements. Important aspects are presented such as understanding the advantages of different shapes and how they influence designs. Information is concise, comprehensive, and practical. Examples are provided of designing different plastic products and relating them to critical factors that range from meeting performance requirements in different environments to reducing costs and targeting for zero defects. | |
| 090135222 | Machine Tools | 3(3-0-6) |
| | Introduction to various machine tools. Design of machine components. Optimization of machine components. Evaluation of machine tools. Measuring instruments for machine tools evaluation, Automationtechnologyformachinetools.Controlsystems, Numericalcontrol. Communication technology and command control, Integrated manufacturing systems, Machine tool monitoring and diagnosis, Artificial intelligence in machine tool monitoring. | |
| 090135223 | Quality Systems Management | 3(3-0-6) |
| | Quality management theory and industrial applications. Statistical quality control. Stabilizing and improving process. Quality cost and Loss function. Quality consciousness and types of control chart. Variable control charts. Attribute control charts. Operating characteristic functions. Process capability and statistical tolerance. Inspection policy. Acceptance sampling plans. | |
| 090135224 | Simulation Techniques in Manufacturing Technology | 3(3-0-6) |
| | Prerequisite: Department Permission | |
| | Fundamentals in Finite Element Method, Concept of stiffness analysis, Stiffness matrix for assembly of springs, Solution procedure, Application to frameworks and several networks; Finite Element Methods to model in metal forming processes, Forging process, Sheet forming process, Blanking process. | |
| 090135225 | Materials Selection and Design | 3(3-0-6) |
| | Materials selection, especially together with other components fabricated by other materials. Ashby chart. Consideration criteria for materials selection: price, strength, density, thermal conductivity, thermal expansion, electrical conductivity, corrosion resistance, galvanic series, ability to recycle, alternative materials, green materials. | |
| 090135226 | Materials Characterization | 3(3-0-6) |
| | The course is for both metal and polymer materials. Thermal methods, light optical microscope, etching method and reagents, electron microscopy, elemental analysis, atom probe, scanning probe microscopy, microstructure-crystallographic technique, X-ray and neutron spectroscopy, synchrotron technology, techniques for determination of polymer molecular weight, identification of polymer, mechanical analysis technique for polymer. | |
| 090135227 | Engineering Economics | 3(3-0-6) |
| | Apply a systematic process to making economic decisions. Financial accounting principles and cost systems, interpretation and use of accounting reports and supplemental information for engineering economic analyses, consideration of cost-volume-profit analyses, use of discounted cash flow techniques, flexible budgeting, transfer pricing, and capital budgeting. Formulate, and analyze cash flow models and conduct engineering alternatives based on use of interest computations, valuations, depreciation, and cost estimates. | |
| 090135228 | Strategic Management | 3(3-0-6) |
| | Understand competitive forces and how organizations strive to build sustainable competitive advantages through business- and corporate-level strategies. Develop strategic thinking skills for balancing opportunities and risks of business competition to generate superior value for stakeholders. Perform in-depth analyses of industries and competitors, predicts competitive behavior, and explores how firms develop and sustain competitive advantage over time. Learn strategic considerations and implementations that affect the success of technology-based products in the marketplace through a systematic exposure to key concepts in analysis, formulation and execution of strategic options. | |
| 090135229 | Engineering Management Science | 3(3-0-6) |
| | The course covers fundamental theories, concepts, and practices in optimization, simulation, and decision theory models to support management decision making. Emphasis on modeling and interpreting results for managerial applications of linear and integer programming models, network problems, simulation models, and decision analysis. Use software to accomplish the mathematical manipulations. | |
| 090135230 | Seminar | 3(3-0-6) |
| | Related to a given technical topic out of the program’s research area,. The students have to search for literature and material by their own. In cooperation with the supervisor, the students have to prepare a presentation about a special problem and defend their opinion in a discussion with the other students. | |
| 090135231 | Selected Topic in Production Engineering | 3(3-0-6) |
| | Lectures, seminar, and independent investigations or studies in selected areas of manufacturing processes, emphasizing in advanced metal forming technologies and polymer and composites technologies | |
| 090135232 | Selected Topic in Materials Engineering | 3(3-0-6) |
| | Lectures, seminar, and independent investigations or studies in selected areas of material engineering, emphasizing in advanced applications and processing of materials | |
| 090135233 | Selected Topic in Industrial Management | 3(3-0-6) |
| | Advanced topics in production relevant to Industrial Engineering Study of industrial management concepts concerning these following topics; fundamental of management and business; strategic management; production strategy and competitiveness; product design and process selection; project management; supply chain management; total quality management and statistical quality control; just in time system and lean manufacturing; forecasting, capacity planning and facility location; facility layout and work system design; aggregate planning management, inventory and material requirements planning; production scheduling; engineering economics; financial and accounting for engineers; industrial cost analysis; project feasibility study; engineering decision analysis; engineering management science; discrete simulation. |
