Engineering
Understand voltage, current, resistance, energy, pulse operation, fence loading and electrical performance.
A comprehensive professional development programme covering electric-fence engineering, system design, installation, testing, commissioning, advanced fault finding, maintenance and South African compliance.
Choose the programme that matches your work — both follow the same standard of technical depth, assessment and certification.
The full programme detailed on this page — engineering principles, system design, installation, testing, fault finding and South African compliance.
A dedicated programme on horse-safe fencing design: energizer voltage theory, solar sizing, post specification, permanent and temporary systems, and equine safety engineering, with a final exam and certificate.
Begin Course →The Nexpak Advanced Electric Fencing Systems programme is designed around the complete lifecycle of an electric-fence system — from site assessment and design through installation, testing, troubleshooting and maintenance.
Understand voltage, current, resistance, energy, pulse operation, fence loading and electrical performance.
Assess properties, identify risks, design fence layouts and select appropriate components.
Study construction methods, conductors, insulators, gates, HT cable, sectioning and professional installation practices.
Develop systematic testing, commissioning and advanced fault-finding skills.
The curriculum progresses from engineering fundamentals into design, installation, testing, diagnostics, compliance and professional practice.
Voltage, current, resistance, energy, pulses, Joules, loading, leakage and electrical performance.
Understand the complete architecture of a professional electric-fence system.
Property surveying, risk identification, terrain, access, vegetation and existing infrastructure.
Residential, commercial, industrial, agricultural and specialist applications.
Energizer technology, selection, output characteristics and applications.
Earth electrodes, soil conditions, resistance, testing and troubleshooting.
Conductive materials, connections, terminations, cable routing and mechanical considerations.
Wall-top, free-standing, agricultural, game and specialised systems.
Gate arrangements, continuity, isolation and access design.
Inspection, testing, fault isolation, commissioning and documentation.
Systematic diagnosis of complex electric-fence faults.
Environmental risks, protection, storm damage and post-storm inspection.
Preventative maintenance, inspection schedules and professional records.
Regulations, standards, certification and professional responsibilities.
Site surveys, quotations, BOMs, documentation and customer handover.
Complete a professional system design from assessment through commissioning.
Advanced security system architecture, integration of security technologies, system planning and professional security solutions.
Complete the comprehensive 50-question examination covering the knowledge, technical principles, installation practices and professional standards presented throughout the Academy.
Students who successfully complete the required assessments and capstone project can receive a Nexpak Certificate of Completion for the Advanced Electric Fencing Systems programme.