These specialized professional workshops are designed for engineers, technicians, and artisans seeking to significantly advance their operational and on-the-job expertise within complex electrical environments. Our curriculum is tailored to address the critical needs of maintaining network reliability, system security, and operational safety.

Workshop 1: High and Medium Voltage Switching Operations

The primary objective of this intensive workshop is to equip delegates with the essential knowledge and practical skills required to perform High and Medium Voltage (HV/MV) switching operations safely and effectively. Mastery of these procedures is crucial for maintaining optimal network reliability and ensuring uninterrupted service delivery. Focus areas include asset management, operational protocols, and the implementation of the latest testing and protection techniques.

Who Should Attend

  • Electrical Engineers and Technicians
  • Electrical Engineering Managers and Foreman
  • Electricians

Key Learning Outcomes

  • Mastering safe HV/MV switching, isolation, and earthing procedures.
  • Gaining proficiency in conducting the 3-Point Test.
  • Understanding rules for High Voltage Vicinity Permits.
  • In-depth knowledge of Current & Voltage Transformers and Breaker Failure Management.

Course Schedule

Day Modules Covered
Day 1 Legislation & Regulations, Safe Operating Procedures, Electrical Safety, HV/MV Switching, Isolation, Earthing, Electrical Testing (3-Point Test).
Day 2 High Voltage Vicinity Permits, Protection Principles, Current & Voltage Transformers, Breaker Failure Management, Transformer and Switchgear Commissioning.
Day 3 Comprehensive Examination.

Workshop 2: Basic Power System Protection Principles

This essential seminar provides an entry-level, comprehensive understanding of power system protection design. Reliable protection systems are fundamental to all electricity networks to ensure safety, minimize damage, and maintain a stable and secure supply. The seminar clarifies the necessary balance between dependability and security in protection schemes.

Who Should Attend

Technical personnel new to protection design or with limited knowledge, including:

  • Power System Protection Engineers and Planners
  • Field Technicians and Commissioning Engineers
  • Project Managers and Technical Officers

Core Course Modules

  1. Fundamental Concepts of Power System Protection (e.g., Reliability, Zones, Back-up).
  2. Fuses, Over Current & Earth Fault Protection (e.g., Discrimination, Coordination).
  3. Voltage and Current Transformers (e.g., Transient Performance, CT Classes).
  4. Introduction to Distance Protection and Protection Signalling.
  5. Introduction to Transformer Protection (e.g., Biased Differential, CT Connections).
  6. Introduction to Low Impedance Busbar Differential Protection.

Workshop 3: Overhead Power Lines – Planning, Design & Construction

This program covers the complete lifecycle of overhead power lines, from initial planning and electrical studies through construction and maintenance. The content focuses on the technical and economic studies required to optimize line performance and minimize environmental impact.

Core Course Modules

  1. Overall Planning (e.g., Load Flows, Reliability Evaluation, Economic Studies).
  2. Electrical Requirements and Design (e.g., Stability, Conductor Selection, Insulation, Environmental Impacts).
  3. Installation Procedures (e.g., Stringing Methods, Commissioning Tests like Step and Touch Potentials).
  4. Maintenance (e.g., Insulator Washing).