This project focuses on developing a complete 3D cable tray and raceway routing system using SP3D Electrical. It covers modeling of cable trays, conduits, bends, and supports across multi-level industrial plant areas. Routing rules and specifications are applied to ensure proper clearances, load handling, and compliance with design standards. The system integrates with structural and piping disciplines to avoid clashes and improve constructability. Automated reports and material take-offs are generated to support procurement and construction planning. The project reflects real-world electrical routing workflows followed in EPC and industrial plant projects.

This project focuses on creating a detailed electrical layout for a power plant using SP3D Electrical. It includes placement of electrical equipment such as transformers, MCCs, switchgear, panels, and junction boxes. Cable routing is performed between equipment using trays and conduits while maintaining design rules, safety clearances, and connectivity validation. Interdisciplinary coordination and clash detection are applied to ensure a constructible design. The project demonstrates end-to-end electrical modeling practices used in large-scale power generation facilities.

This project focuses on modeling lighting, grounding, and earthing systems for an industrial facility using SP3D Electrical. It involves placement of lighting fixtures, routing of lighting circuits, and design of grounding networks connected to electrical equipment and structures. Safety standards and grounding rules are applied to ensure compliance and operational reliability. The model is validated through clash checks and system connectivity reviews. The project represents real-world electrical safety and lighting design workflows implemented in industrial and infrastructure projects.