Descriptive geometry, Intersections, Developments, Auxiliary views. Tolerance, Fits, threads, fasteners, springs, assembly drawings, Detail drawings and computer applications in industrial drawings.
Pre: ME 221

Errors in measurement , linear measurement, angular measurements, limits & limit gauges, machine tool metrology , measurements screw threads , measurement of surface texture & roundness. English technical writing is also emphasized in this course.
Pre: ME 161

Measurements with different micrometers & vernier measuring instruments, angular measurements, measuring tapered workpieces, measuring & checking dove tails, fixed, type gauges, checking for taper, roundness & concentricity of cylindrical workpieces, tool maker’s microscope, optical projectors, wear in cutting tools , machine tools metrology, surface measurements. English technical report writing is also emphasized in this course
Co: IE 225

Mechanical engineering design overview, consideration and methodology. Load analysis. Stress analysis. Deflection and stiffness. Materials in mechanical design. Design for different modes of failure. Shaft design. Spur gears. Plain surface bearings. Rolling contact bearings. Power screws and fasteners.
Pre : ME 213 , IE 223

Economic analysis of engineering projects. Interest rate factors. Methods of evaluation. Depreciation. Introduction to management theories and techniques. Project definition, characteristics, and phases. Network representation of projects. CPM and Pert techniques.

Time value of money, interest formulas, judging attractiveness of proposed investment using different methods, depreciation, inflation, sensitivity analysis, increment cost and sunk cost. Retirement and replacement.

Mathematical modeling and operations research. Linear programming. Simplex algorithm. Duality. Transportation and assignment problems. Network models.
Pre: Math 235

Atomic structure and bonding, structure of crystalline solids, Imperfections in solids. Dislocations and strengthening mechanisms. Phase diagrams and alloy formation. Ferrous and nonferrous metals and alloys.
Pre: ME 161

Production of ferrous materials. Production of non-ferrous materials, Sand casting, powder metallurgy, rolling , forging, extrusion and drawing. Metal cutting. Pre: IE 361

Linear feedback control theory. Mathematical modeling of physical systems. Transfer functions, block diagrams and signal flow graph. Time domain analysis of control systems, test signals, transient response, time domain specifications, steady-state error and stability. Root locus techniques. Time domain design, PID controllers, phase-lead and phase-lag controllers. Frequency domain analysis, Nyquist criterion, Bode plots and Nicholas charts.
Pre : ME 212, Math 252

Applied engineering design projects selected by the instructor with emphasis on design of practical mechanical engineering systems and or components. The projects help developing the skills of presenting the design through the standard forms of reports and drawings. Available computer packages will be used in this course. Pre : IE 321

Impact-surface damage. Rivets, welding and bonding. Springs. Helecal, bevel and warm gears. Flexible mechanical elements (belts and chains). Motion control (clutches and brakes). Machine components interrelationships.
Pre: IE 321

Review of hypotheses testing. Simple linear regression. Multiple linear regression. Matrix approach to multiple linear regression. Single factor analysis of variables, multi-factor analysis of variables. Design of experiments. Randomized block design. Non-parametric statistics. Engineering applications using software packages (SAS, SPSS, Statistica, etc. ...).
Pre: Math 235

A comprehensive coverage of modern quality control techniques to include the design of statistical process control systems, acceptance sampling, process improvement, and design of experiments.
Pre: Math 235

Applications of queuing theory, inventory theory, Markov chains, advanced topics in linear programming, and nonlinear programming.
Pre: IE 342

Work Measurement and Analysis (3C,3H) Methods study, Time study and Job evaluation. Techniques of good methods study. Work station design using ergonomic principles. Job description and evaluation. Techniques of scientific time study. Standard basic times and work sampling.
Pre: IE 342

Information processing Design of displays and controls based on sensory input and processing. Human control of systems. Design of hand tools. Occupational hazards. Work space design using anthropometric data. Proper design of work environment considering illumination, noise, temperature, motion, and other human factors.
Pre: IE 342

Planning for safety. Government regulations. Hazard causes and prevention. Equipment safe guarding . Safety programs. Management of emergencies.
Pre: IE 362

Work measurement techniques, work sampling, standard basic times, information processing using sensory inputs and memory. Display and control design to improve efficiency and safety. Ergonomic design of work place based on anthropometric data. Work physiology environment.
Pre: IE 443 Co: IE 445

Phase transformation in materials. Thermal processing of metal alloys. Ferrous and nonferrous metals and alloys. Structures and properties of polymers, ceramics and composite materials. Corrosion and degradation of materials.
Pre: IE 361

Tensile testing, Impact testing, hardness testing, fatigue testing, creep testing, metallography I, metallography II, coring effects, cold working effects, annealing, preciptation hardening .
Pre : IE 361

Special casting processes, sheet metal forming, press working and tooling, forming and shaping of plastics and composite materials. Forming and shaping of ceramics and glass. Joining of materials. Special processes.
Pre : IE 362

Sand casting, special casting processes cold working and heat treatment, gas welding, electric arc welding , sheet metal forming and press working, CNC.
Pre : IE 362

All students must complete 8 weeks of training. Pre: Completion of 120 C. H.

Analysis of production systems including automated flow times and balancing. Programmable Logic Controllers (PLC). Computer Numerical Control (CNC). Robotics and automated material handling systems.
Pre: IE 413

The role of computers in manufacturing, Numerical control production systems, NC part programming, DNC and CNC, Group Technology and FMS, computerized Manufacturing planning systems (CAPP, MRP and MRP II), Future Automated factory.
Pre: IE 510

Introduction to the powerful tools of computer simulation that can be easily used for many types of engineering analysis. Use and application of models. Differences between continuous and discrete systems. Most of the course is devoted to using a common language, such as GPSS, SIMAN, or SLAM, to simulate discrete systems for optimizing their design.
Pre: Math 235

Introduction of the science and engineering of robotics. Control and applications of modern manufacturing systems including kinematics, dynamics, sensing, grasping, and manipulation analysis. Robotics and manufacturing systems through an integrated approach.
Pre: IE 342

Concurrent engineering . Product design simplification . Design variety. Testability , Technical risk analysis. Life-cycle engineering , Feasibility studies. Team projects.
Pre: IE 463

Fundamentals of Computer Aided Engineering and Design. CAD applications. Geometric modeling. Engineering analysis; Finite Element Technique, ID , 2D, and 3D analysis . Hardware and software equipment; Capabilities and usage. Design Automated drafting. CAD/CAM integration and design optimization.
Pre: IE 421

All types of maintenance management including preventive, corrective and predictive maintenance. Planning and controlling of maintenance material and spare parts . Component and systems reliability failure rate.
Pre: IE 342

Forecasting techniques. Discrete and probabilistic inventory control. Batch production systems. Master production scheduling. Material requirement planning . Resources planning . Job sequencing. Project management. Production line balancing . Flexible manufacturing systems.
Pre: IE 342

Team project of integrating industrial and manufacturing systems techniques with emphasis on optimization, engineering economy, production processes quality control. Material handling. Facilities Layout.
Pre: IE 342

Product and process design. Strategic issues. Material handling systems. Computer-aided layout. Study of receiving, shipping, storage and warehousing Applications of analytical models to location problem. Location models.
Pre: IE 362

Methods in determining the cost of products such as activity Based costing. Direct and indirect cost, material cost, overhead cost, concepts and tools necessary for the analysis of financial and cost data.
Pre: IE 341

Basic concepts of management and organization theory. Supervision theory. Leadership traits. Behavior science. introduction to project management.
Pre: IE 342

Product life cycle, Research and development, Innovation, customer requirement definition, reverse engineering, concurrent engineering, group technology , product testing from the standpoint of Reliability.
Pre: IE 342

Planning the transportation of humans and material. Supply and distribution planning and control.
Pre: IE 342

Selected topics in Engineering Management.
Pre: Approval of Instructor

Tooling material and heat treatment. Design of cutting tools. Gages and gage design. Locating and clamping methods. Design of drill jigs and fixture. Sheet-metal blanking and piercing dies. Design of sheet -metal bending, forming, and drawing dies.
Pre : IE 362

Materials and geometry of cutting tools. Mechanics of machining processes. Thermal aspects and cutting fluids. Tools wear, tool life and machinability. Machining with controlled contact. Grinding and other abrasie machining processes. Non-conventional machining processes. Surface finish and surface integrity . Economics of machining processes.
Pre : IE 463

Pattern and core making processes. Solidification of metals and cast structures. Gating, risering, feeding and casting. Melting furnaces. Defects and cleaning of castings. Welding processes , control of welding parameters. Cutting with beams . Inspection and quality control.
Pre : IE 463

Introduction. Heat treatment processes. Heat treatment furnaces and atmosphers. Temperature measurement and control. Possible defect causes and remedies in heat treatment. Inspection and Quality control .
Pre : IE 463

Elastic and plastic behavior of materials. Fundamentals of metal forming. Forging; rolling; extrusion; rod, wire and tube drawing. Shearing, bending and stretch forming. High energy rate forming. Deep drawing.
Pre : IE 463

 Select Topics in Manufacturing Systems.
Pre: Approval of Instructor

Studying the necessary information to complete the graduation project. Each student must be assigned a project supervisor.

Continuation of Graduation project I. A formal report and presentation must be made for the completion of the project.
Pre : IE 591