Electrical MEP, AutoCAD, and Revit course syllabus designed for students or professionals in Electrical Engineering. This course will provide the foundational skills for electrical systems design using AutoCAD and Revit, along with an understanding of MEP (Mechanical, Electrical, Plumbing) systems and their integration.
Electrical MEP, AutoCAD & Revit Course Syllabus
Module 1: Introduction to Electrical MEP Systems
- Overview of MEP (Mechanical, Electrical, and Plumbing) Systems
- Role of Electrical Engineering in MEP projects
- Key standards and regulations in electrical design
- Coordination of electrical systems with mechanical and plumbing systems
Module 2: Introduction to AutoCAD MEP for Electrical Systems
- AutoCAD MEP interface overview and electrical tools
- Basic drawing tools and commands in AutoCAD MEP
- Coordinate systems: Absolute, Relative, Rectangular, and Polar
- Working with electrical symbols and components in AutoCAD MEP
- Setting up drawing templates and creating electrical drawings
Module 3: Electrical Components and Systems in AutoCAD MEP
- Drawing and modifying electrical circuits
- Inserting electrical components: outlets, switches, circuit breakers
- Working with electrical panels, load centers, and distribution boards
- Creating electrical lighting and power distribution systems
- Sizing and layout of electrical circuits
Module 4: Wiring Diagrams and Circuit Design in AutoCAD MEP
- Understanding and creating one-line electrical diagrams
- Developing power, lighting, and signal circuits in AutoCAD MEP
- Assigning electrical loads to circuits and designing electrical panels
- Cable routing and wire connections in AutoCAD MEP
- Best practices for electrical design in AutoCAD
Module 5: Electrical Load Calculations
- Load calculation principles and methods for electrical circuits
- Electrical system sizing based on building load
- NEC (National Electrical Code) guidelines for load calculations
- Sizing electrical components like transformers, breakers, and wires
Module 6: Electrical Annotations and Documentation in AutoCAD MEP
- Adding tags, labels, and annotations to electrical components
- Creating schedules for electrical components: lighting, outlets, etc.
- Generating and managing documentation for electrical design
- Plotting and printing electrical drawings and reports
Module 7: Introduction to Revit for Electrical Design
- Overview of Revit and its role in MEP design
- Revit user interface and key tools for electrical systems
- Setting up projects and templates for electrical design in Revit
- Working with views, levels, and grids in Revit
Module 8: Electrical Systems in Revit
- Designing electrical circuits and systems using Revit
- Inserting and modifying electrical components: outlets, switches, lights
- Creating electrical panels and load centers in Revit
- Electrical distribution systems: power, lighting, and emergency circuits
- Connecting and coordinating electrical systems in a Revit model
Module 9: Advanced Electrical Design in Revit
- Advanced electrical system design tools in Revit
- Sizing and scheduling electrical components in Revit
- Designing conduit systems and cable trays in Revit
- Using Revit’s energy analysis tools for electrical system optimization
- Working with families and creating custom electrical components in Revit
Module 10: MEP Coordination and Integration
- Integrating electrical systems with mechanical and plumbing systems
- Coordinating MEP designs to avoid clashes and improve efficiency
- Using clash detection tools for MEP system coordination in Revit
- Analyzing and resolving conflicts between electrical, mechanical, and plumbing systems
Module 11: Documentation and Detailing in Revit
- Creating detailed electrical plans and layouts in Revit
- Adding annotations, tags, and schedules to electrical drawings
- Generating reports and electrical load calculations
- Printing and exporting electrical drawings and models
Module 12: Project Work – Electrical Design in AutoCAD & Revit
- Hands-on project to design an electrical system for a building
- Integrating AutoCAD MEP and Revit models in a project
- Collaboration and team coordination in multi-discipline MEP projects
- Troubleshooting and resolving common issues in electrical design
Module 13: Final Assessment & Certification
- Practical and theoretical exams on electrical design using AutoCAD MEP and Revit
- Evaluation of final project for MEP system design
- Course completion certification
Course Objectives:
- To learn the fundamentals of electrical MEP systems and their design.
- To gain proficiency in AutoCAD MEP and Revit for electrical system design.
- To integrate electrical design with mechanical and plumbing systems in an MEP environment.
- To develop the skills needed to create, modify, and manage electrical drawings and models in both AutoCAD and Revit.
Course Outcome:
By the end of this course, students will be able to:
- Design and draft electrical systems using AutoCAD MEP.
- Develop electrical models and layouts in Revit for coordination with other MEP systems.
- Perform electrical load calculations and sizing.
- Coordinate electrical designs with mechanical and plumbing systems to ensure efficiency and avoid clashes.
- Prepare detailed documentation, schedules, and reports for electrical systems.
This comprehensive syllabus prepares students to tackle both 2D and 3D electrical system design tasks using AutoCAD MEP and Revit, as well as integrating these systems within a full MEP environment.
