• Understanding distribution system basics
• Getting familiar with distribution system components
• Being able to identify issues related to a distribution system projects

• Engineers 
• Electricians
• Technicians
• Contractors
• Those involved in the design, implementation and management of an electrical distribution systems

Day 1

• Power system structure
• Transmission and Distribution (T&D) systems
• Place in power system structure
• T&D components
• Substations: main components
• Power transformers
• Switching equipment
• Substation bus system

Day 2

• Instrument transformers
• Overvoltage protection
• Equipment installation options
• Substations: auxiliary and control systems
• Relay protection
• Metering systems
• Auxiliary AC/DC power systems
• Station alarm and remote control systems

Day 3

• Substations: engineering aspects
• Reliability analysis
• Typical substation switching systems
• Insulation coordination
• Substation safety and fire protection
• Substation design issues
• Substation insulator’s performance improvement

Day 4

• Power lines
• Mission and main types of power lines
• Aerial lines
• Underground cable lines
• Reactive power and voltage regulation
• Reactive power regulation
• Voltage regulation
• Low voltage distribution systems
• Grounding and lightning protection

Day 5

• Basics of T&D project management
• Scope
• Estimating/Scheduling
• Procurement process
• Risk management
• Project communications
• Project baseline and control
• Implementation tips

RECTUS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration