Training School:
Jobs & Resumes: Alexandria
Houses & Roommates: Alexandria
Total 348 program(s)/course(s) available.
Microcontrollers applications Microcontrollers, families and architectures- Programming �Interface with real world- Design concepts of mechatronics systems- Case studies (Robots, CNC machines, furnaces, automotive, hydraulic systems).
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Robot DynamicsBasics of Robotics �Homogeneous transformation �Arm kinematics �Inverse kinematics �Arm dynamics �Trajectory planning �Robot control system �Position, speed and force control of robot grippers �Practical examples.
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Programmable Logic ControllersDiscrete state control- Logic gates �Ladder diagram- Relay sequencers- Processor, I/O modules- PLC operation and programming- Applications
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Analog and Digital Signal ConditioningPassive circuits �Basic operational amplifiers �Digital representations �Design of logic networks �Sequential logic- Flip flops �Binary and decade counters �Schmitt trigger �Timers �Integrated circuit design �A/D and D/A converters �Multiplexers and demultiplexers
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Air Quality and Air Pollution ControlEnvironmental Fluid Mechanics Air pollution sources, atmospheric transport, transformations, fate, and emissions control. Air pollution meteorology, dispersion, chemistry of secondary pollutant formation, standards and regulation. Control devices and techniques for gaseous and particulate emissions. Cyclones, electrostatic precipitators, wet and dry scrubbers, combustion modification.
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AerodynamicsInviscid flow concepts including: Euler equations, stream function, velocity potential, singularities, vorticity and circulation laws. Viscous flow topics including: boundary layers, separation, and turbulent flow. In addition, external flows, lift and drag, thin airfoil theory, finite wing theory and airfoil design.
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Environmental Fluid MechanicsReview of basic principles, equations and mathematical techniques, Inviscid flow (Euler equations, Bernoulli’s equation, vortex dynamics), Potential flow (porous media flow, surface waves in oceans and lakes, aerodynamic flow), Creeping flow (Stokes�flow, settling, Hele-Shaw flow, swimming of organisms, mud flow), Laminar flow (channel and overland flow, stagnation flow, transient and oscillat......
Piping SystemsBasic equations of liquids and gases flows in pipes. Water piping systems and branches, design of pipe networks, Hydraulic and mechanical design of oil pipelines Natural gas pipelines. Compressed air piping systems. Economical considerations. Construction, Operation, Maintenance, and Applications.
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Fluid Film LubricationBehavior of frictional surfaces under different types of loading. Mechanisms of heat generation and surface damage (wear, scuffing, pitting, fretting, etc.). Rheological effects. Theory of lubrication, lubricants, Types and systems of lubrication, applications.
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Fluid MachineryTypes of pumps. Positive-displacement and rotodynamic pumps. Theory of centrifugal pumps. Design, selection, operation, and maintenance of pumps. Methods of gas compression. Types of compressors, fans and blowers. Positive-displacement compressors. Theory of centrifugal and axial-flow compressors. Design, selection, operation, and maintenance of compressors, fans and blowers.
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Fluid Power ApplicationsDesign and analysis of basic and advanced hydraulic and Pneumatic circuits. Construction of some hydraulic equipment (hydraulic cranes, fork lifts, graders, shovels, or excavators). Hydraulic and Pneumatic systems (operation, trouble shooting techniques, and procedures of maintenance).
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Computer Applications in Fluid MechanicsApplied numerical analysis, including solution of linear algebraic equations and ordinary and partial differential equations; modeling of physical processes, including fluid flow and heat and mass transfer; use of general purpose computer codes, including computational fluid dynamics software packages and software for specific applications such as pipeline and network design. Applications.
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Diesel EnginesEngine parts �Engine tribology �Heat transfer and cooling systems �Noise and vibrations
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Fire Hazards: Prevention and ExtinguishingCauses of fire �Combustible materials �Stoichiometry of combustion �Prevention and extinguishing �Codes and standards
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Vehicle DynamicsVehicle Body Motion. Aerodynamics and Rolling Resistance Tires. Suspension Systems. Steering Systems. Brakes. Handling Requirements. Ride and Comfort. Noise, Vibrations, and Harshness (NVH).
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Chassis EngineeringThe platform concept. Tires and wheels. Axle kinematics. Vehicle steering. Springing and damper systems. Four-wheel drive. Suspension design. Frame design and building.
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Automotive EnginesModern trends in engine design �Combustion chambers �Valve trains �Fuel injection systems �Electronic ignition systems �Motronic-type systems �Cooling and lubrication �Intake and exhaust tuning �Emission-control requirements
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Humidification and DryingRefrigeration and air conditioning Humidification system components, Theoretical analysis and performance of humidification systems, classification and selection of dryers, drying mechanism, calculation of drying rates and periods, practical dryer design.
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CryogenicsLiquefaction of helium, liquefaction of hydrogen, liquefaction of nitrogen, liquefaction of oxygen, cycles and equipment, energy consumption and transportation.
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Industrial VentilationRefrigeration and air conditioning Heat generations, moisture accumulation, displacement ventilation, pressure control, zone pressurization, control of gaseous indoor and air contaminants, smoke management, applications.
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