• Importance of digital engineering and integrated plant design
• Introduction to SP3D Electrical and SmartPlant Electrical (SPEL)
• Role of electrical engineering in EPC project lifecycle
• Industry standards and global best practices
• Career opportunities in plant electrical design
• Electrical concepts such as voltage, current, and power
• AC and DC distribution systems
• Transformers, motors, and generators
• Load calculations and demand analysis
• Protection and control fundamentals
• Engineering standards
• Software environment and navigation
• Project configuration and templates
• Units, coordinate systems, and standards
• Data organization and workflow
• Collaboration and validation
• Best practices
• SLD development and validation
• Switchgear and distribution systems
• Load flow and short circuit basics
• Protection coordination
• Optimization
• Cable trays and routing
• Conduits and raceways
• Material libraries and standards
• Design validation
• Coordination
• Equipment and cable data management
• Tagging and classification
• Data integrity and traceability
• Reporting and dashboards
• Compliance
• Voltage drop and short circuit
• Cable routing and layout
• Cable schedules and documentation
• Optimization and cost control
• Best practices
• Instrumentation coordination
• Communication and data exchange
• Digital workflows
• Industry 4.0
• Collaboration
• Grounding and lightning protection
• Hazardous area classification
• Safety and compliance
• Risk management
• Validation
• Revision and version control
• Compliance and governance
• Client communication
• Quality assurance
• Continuous improvement







