iHub is pleased to partner with Schneider Electric in providing hands-on workshops related in the fields of power generation, delivery and industrial automation. All workshops will be provided in well equipped labs, through certified instructors using cutting edge technologies. 
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The workshops target 3rd and 4th year undergrads and recent grads in the field of Electrical Power Engineering. The workshops are in topics needed by the industry and will enable participants to acquire the needed knowledge and skills to enter this field. All those who complete the workshops successfully will get an official certificate from Schneider Electric.

• Workshop 1
• Workshop 2

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Power Quality For Industrial Loads Workshop

Instructor
Eng. Sayed Mohamed

​Dates: 
​The workshop is 24 hours, over 6 days (3 hours per session). It will be held 10:00 am - 02:00 pm
Starting Date: 26/08/2018
Ending Date:   04/09/2018
Days: Sunday & Monday & Tuesday
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​Fees
500 L.E

Location
Schneider lab, Faculty of Engineering, Ain Shams University.

Learning Objectives:

• Studying the effect of using VSD in industrial networks.
• Selection of suitable mitigation Solutions.
• Hands on exercises on solution implementation.

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Workshop Content:

• The energy crisis.
• Applications of Variable speed drives.
• Introduction to power quality.  
• Effect of harmonics on Power factor correction.
• Linear and Non-linear loads.
• Harmonics mitigation solutions. ​

Motor Starting, Operation and Protection Workshop

Instructor
Eng. Sayed Mohamed certified from Schneider Electric

​Dates: 
​The workshop is 24 hours, over 6 days  (3 hours per session). It will be held 10:00 am - 02:00 pm.
Starting Date: 09/09/2018
Ending Date:   18/09/2018
Days: Sunday & Monday & Tuesday
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​Fees
500 L.E

Location
Schneider lab, Faculty of Engineering, Ain Shams University.

Learning Objectives:​

• Studying different motor starting methods. 
• Applying different types of co-ordination.
• Hands on exercises on motor starting and protection.

​Workshop Content:

• Motors and motor load curves. 
• Motor starting techniques.
• Applications of Soft starters and VSD.
• Motor starter basic co-ordination.
• Introduction to intelligent motor control center.
• Protection of Low Voltage motors.

Duration
 24 hours, over 8 days  (3 hours per session).