Certified Switchman: High Voltage Switching Operations

High-voltage switching is a safety-critical task in which a single wrong operation can cause arc flash injuries, equipment damage or loss of supply. This course covers the knowledge and discipline expected of an authorised switching person: substation layouts and single-line diagrams, air-insulated and gas-insulated switchgear, interlocking, preparing and checking switching programmes, isolation and earthing, permit-to-work and lock-out/tag-out, safe operation of circuit breakers and disconnectors, SF6 handling precautions, communication with control rooms, and arc flash hazard awareness. Scenarios reflect oil and gas plants and utility substations in the region.

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دورات مشابهة
النفط والغاز
أبريل
، 2027
الإنجليزية
أبو ظبي
$3,600.00
النفط والغاز
أبريل
، 2027
الإنجليزية
الرياض
$3,600.00
النفط والغاز
ديسمبر
، 2027
الإنجليزية
تونس
$3,600.00
NEVADA | PROFESSIONAL EXPERIENCE

Program Professional Framework

Certified Switchman: High Voltage Switching Operations

Program Overview

High-voltage switching is a safety-critical task in which a single wrong operation can cause arc flash injuries, equipment damage or loss of supply. This course covers the knowledge and discipline expected of an authorised switching person: substation layouts and single-line diagrams, air-insulated and gas-insulated switchgear, interlocking, preparing and checking switching programmes, isolation and earthing, permit-to-work and lock-out/tag-out, safe operation of circuit breakers and disconnectors, SF6 handling precautions, communication with control rooms, and arc flash hazard awareness. Scenarios reflect oil and gas plants and utility substations in the region.

Learning Outcomes

  • ✓Read single-line diagrams and identify isolation points, earthing points and interlocks for a switching task.
  • ✓Prepare and independently check a switching programme for a planned outage.
  • ✓Execute switching steps in the correct sequence using three-way communication with the control room.
  • ✓Apply isolation, proving dead, earthing and lock-out/tag-out before a permit to work is issued.
  • ✓Recognise arc flash hazards and select appropriate PPE and approach boundaries.
  • ✓Respond correctly to abnormal conditions such as failed operations, interlock refusal or unexpected alarms.

Target Audience

  • Electrical technicians and operators who perform HV switching
  • Substation and plant electrical supervisors
  • Electrical engineers authorising switching programmes
  • Control room operators coordinating network switching

Detailed Program Modules

01HV Systems and Switching Principles
  • Substation layouts and single-line diagrams
  • Functions of circuit breakers, disconnectors and earth switches
  • Electrical hazards and authorisation levels
02Switchgear Types and Interlocking
  • Air-insulated and gas-insulated switchgear
  • Mechanical, electrical and key interlocks
  • SF6 handling precautions
03Switching Programmes
  • Planning and drafting switching instructions
  • Independent checking and approval
  • Coordination with control rooms and other parties
04Isolation, Earthing and Permits
  • Isolation and proving dead
  • Application of portable and fixed earths
  • Permit-to-work and lock-out/tag-out
05Safe Execution of Switching
  • Pre-operation checks and three-way communication
  • Operating procedures for breakers and disconnectors
  • Restoration and post-switching verification
06Arc Flash and Abnormal Conditions
  • Arc flash hazards, boundaries and PPE
  • Handling failed operations and interlock refusal
  • Incident case studies and lessons learned

Training Methodology

Interactive expert-led sessions grounded in workplace examples
Case studies and practical exercises drawn from the region
Group workshops with peer review of decisions and deliverables
Formative feedback against clear performance criteria

Applied Project & Assessment

Applied Project

Participants prepare a complete switching programme for a planned outage on a 33 kV or 132 kV feeder at a GCC plant or substation, including isolation and earthing points, permit requirements and a restoration sequence, and execute it in a simulated walk-through.

Assessment

Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.