Mechanical (seperated Courses )



NX CAD fundamental Course 32 hrs
NX CAM 20 hrs
CATIA V5 24 hrs
SolidWorks Basic Design Applications 24 hrs

Introducing Solidworks

Solidworks basic and the user Interface

Introduction to Sketching

Basic Part Modeling

Using visualizing

Selecting Features

Patterning

Revolved Features

Selling and Ribs

Using Equations

Solidworks Advanced 24 hrs
inventor Basic 2014 24 hrs
inventor Advanced 2014 20 hrs
Revit Mep 2013 32 hrs
haydraulic 36 hrs

1. Task of hydraulic installation
1.1. Stationary hydraulics
1.2. Mobile hydraulics
1.3. Comparison of hydraulics with other control media
2. Fundamental physical principles of hydraulics
2.1. Pressure
2.1. Pressure transmission
2.3. Power transmission
2.4. Displacement transmission
2.5. Pressure transfer
2.6. Flow rate
2.7. Continuity equation
3. Components of a hydraulic system
3.1. Power supply section
3.2. Hydraulic fluid
3.3. Valves
3.4. Cylinders (Linear actuators)
3.5. Motors (rotary actuators)
4. Graphic and circuit symbols
4.1. Pump and motors
4.2. Directional control valves
4.3. Methods of actuation
4.4. Pressure valves
4.5. Flow control valves
4.6. Non-return valves
4.7. Cylinders
4.8. Transfer of energy and conditioning ofthe pressure medium
4.9. Measuring devices
4.10. Combination of devices

5. Design and representation of hydraulic system
5.1. Signal control section
5.2. Hydraulic power section
5.3. Positional Sketch
5.4. Components plus technical data
5.6. Function diagram
6. Components of the power supply section
6.1. Drive
6.2. Pump
6.3. Coupling
6.4. Reservoir
6.5. Filters
6.6. Coolers
6.7. Heaters
7. Pressure valves
7.1. Pressure relief valves
7.2. Pressure regulators
8. Directional control valves
8.1. 2/2-way valve
8.2. 3/2-way valve
8.3. 4/2-way valve
8.4. 4/3-way valve
9. Non-return valves
9.1. Non-return valve
9.2. Piloted non-return valve
9.3. Piloted double non-return valve
10. Flow control valves
10.1. Throttle valves
10.2. One-way flow control valve
10.3. Two-way flow control valve
11. Hydraulic cylinders
11.1. Single-acting Cylinder
11.2. Double-acting Cylinder
11.3. End position cushioning
12. Hydraulic motors
13. Accessories
13.1. Flexible hoses
13.2. Pipelines
13.3. Pressure gauges
13.4. Pressure sensors
13.5. Flow measuring instruments
14. Accumulators

15. Uses of valve and other components
16. Comparison of uses and functions of different
17. Valves and other components
18. Measurement of variables such as pressure, flow rate and time
19. Control of pressure and speed
18. Calculations of area ratios,forces, speed, travel time, flow rate and energy consumption
19. Basic physical principles of hydraulics
penumatic 36 hrs
  1. Physical fundamentals of pneumatics
  2. Function and application of pneumatic components
  3. Designation and drawing of pneumatic symbols
  4. Representation of motion sequences and switching statues
  5. Drawing pneumatic circuit diagrams in accordance with standards
  6. Direct and indirect stroke-dependent control systems
  7. Logical AND/OR function of input signals
  8. Time-dependent control systems with time delay valve
  9. Pressure-dependent control systems with pressure sequence valves
  10. Fault finding in simple pneumatic control systems
  11. Safety Regulations
  12.  
  13. - Function and application of pneumatic components
  14. -Stroke-dependent control systems with different sensors
  15. -Control system with start and setting-up conditions (Automatic , Manual , Single Cycle/Continuous Cycle ,Manual step mode , stop at end of cycle)
  16. -Control system with vacuum components
  17. -Step diagram control system/process-controlled sequence controls
  18. -Program control systems with stepper
  19. -Control systems with safety conditions(Emergency-Stop/Emergency-Stop reset)
  20. -Program control system with stepper modules (Quick stepper)
  21. -Pneumatic counting , storing, adding
  22. -Resetting of components (e.g. back pressure valve, proximity switch)
  23. -Time-program control/Time-oriented sequential control
  24. -Fault finding in extensive pneumatic control systems
  25. -Safety regulations
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