Electrical Engineering Advanced Workshop

Electrical Engineering Advanced Workshop: 5-Day Professional Development Course

Course Overview

This advanced 5-day intensive workshop equips electrical engineers, technicians, and project managers with cutting-edge expertise in electrical systems design, safety compliance, and installation standards across KSA, GCC nations, and African regions. Participants will master the latest Saudi Arabia electrical codes, SERA standards, GCC technical regulations, renewable energy integration, and African electrical safety frameworks. The curriculum reflects 2025-2026 regulatory updates including Saudi Electricity Company (SEC-ES) standards, SASO 2892:2025 energy efficiency regulations, and emerging African renewable energy standards.

Day 1: Electrical Codes, Standards & Regulatory Framework

Topics Covered:
This foundational day establishes comprehensive knowledge of electrical engineering standards governing KSA, GCC, and African regions. Participants explore Saudi Electricity Regulatory Authority (SERA) codes and standards ensuring quality, safety, and protection across the electricity sector. The curriculum covers Saudi Council of Engineers (SCE) professional licensing requirements, Royal Decree M/51 labor law compliance, and CIBSE minimum design standards for electrical services in buildings. Delegates learn the transition from legacy SEC standards (TES, TCS, TMSS) to new SEC-ES requirements, understanding updated transmission and distribution regulations. The module introduces GCC Accreditation Center (GAC) validation protocols and international standards harmonization. African focus areas include South African Standards (SABS) IEC alignment, Uganda’s Electricity Regulatory Authority (ERA) installation permits framework, and pan-African electrical safety regulations ensuring compliance across diverse jurisdictions.

Day 2: Electrical Systems Design & Technical Specifications

Topics Covered:
Detailed exploration of electrical system design methodologies, load calculations, and specification development aligned with regional standards. Participants master building electrical services design per CIBSE guidelines for Saudi Arabia’s hot climate conditions, addressing air conditioning, lighting, and power distribution requirements. The day covers three-phase power systems, voltage optimization, fault analysis, and protection coordination essential for GCC’s industrial and petrochemical sectors. Delegates learn cable sizing, conduit routing, earthing systems, and grounding and bonding requirements reflecting 2026 NEC updates applicable to international projects. Advanced topics include renewable energy integration including solar photovoltaic systems and energy storage systems compliant with SASO 2892:2025 energy efficiency standards. Practical workshops involve designing electrical systems for commercial buildings, industrial facilities, and hybrid renewable installations typical across target regions.

Day 3: Safety Standards, Installation & Inspection Protocols

Topics Covered:
Comprehensive coverage of electrical safety standards, installation best practices, and inspection procedures across all three regions. The module addresses low voltage regulations, high voltage system safety, and equipment grounding standards critical for KSA’s industrial zones and GCC’s oil and gas operations. Participants learn from the 2026 Electrical Safety Authority updates including wiring fee guides, renewable energy installation requirements, and energy storage system protocols. Topics include prosumer electrical installations per South African standards, safe operation of distributed generation systems, and compliance with ERA Uganda’s three-year installation permits framework. The curriculum covers hazard identification, arc flash analysis, personal protective equipment requirements, and emergency procedures. Delegates learn inspection methodologies, testing protocols, defect documentation, and corrective action procedures. Real-world case studies highlight installations across industrial, commercial, residential, and renewable energy sectors prevalent in target markets.

Day 4: Renewable Energy Systems & Advanced Technologies

Topics Covered:
This specialized day addresses the rapid growth of renewable energy integration across KSA, GCC, and African nations. Participants explore solar photovoltaic (PV) system design, installation, and grid integration aligned with Saudi Arabia’s Vision 2030 renewable energy targets and GCC sustainability initiatives. Topics include inverter selection, energy storage integration, battery management systems, and microgrid development. The curriculum covers wind energy systems, hybrid renewable configurations, and demand-side management technologies. Delegates learn regulatory requirements for prosumer installations under 50kVA simplified by 2025-2026 South African regulations, eliminating professional engineer requirements for residential systems. Advanced modules address smart grid technologies, demand response systems, and integration with utility-scale operations. Participants examine financing models, power purchase agreements, and grid code compliance for renewable energy projects. The day includes practical design exercises for large-scale solar farms and distributed renewable installations applicable to GCC’s renewable energy zones and African expansion projects.

Day 5: Project Management, Compliance Auditing & Professional Development

Topics Covered:
The final day focuses on project delivery excellence, regulatory compliance auditing, and continuous professional development. Participants learn project management frameworks specific to electrical engineering projects, scheduling, budgeting, and stakeholder coordination across multinational teams. Topics include quality assurance procedures, test and commissioning protocols, and safety audits aligned with SERA, SASO, SABS, and ERA requirements. The curriculum covers compliance documentation, permit applications, inspection coordination, and defect management. Delegates develop electrical safety management systems, establish maintenance protocols, and create training programs for site personnel. Advanced modules address professional licensing requirements including Saudi Council of Engineers registration, GCC engineer accreditation, and African professional qualifications. The capstone project involves comprehensive electrical system design incorporating renewable energy, energy efficiency measures, and full regulatory compliance for a multinational facility operation. Discussion includes emerging technologies including electric vehicle infrastructure, microgrids, advanced metering infrastructure (AMI), and digital substation technologies transforming electrical engineering practice across regions.

Course Benefits & Key Outcomes

Participants gain advanced competency in electrical systems design compliant with KSA, GCC, and African standards. They master current regulatory frameworks including SERA codes, SEC-ES standards, SASO 2892:2025 energy efficiency regulations, and African electrical safety codes. Delegates develop project management, compliance auditing, and professional leadership capabilities. Certificate of completion demonstrates recognized expertise valued across Saudi Arabia, UAE, Qatar, Kuwait, and African electrical engineering markets.

Target Audience

Licensed electrical engineers, senior technicians, project managers, site supervisors, design consultants, electrical contractors, renewable energy specialists, and facility managers operating in KSA, GCC nations, and Africa.

Prerequisites

Bachelor’s degree in electrical engineering or equivalent professional experience; current electrical safety awareness certification recommended.