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Course Outline

Introduction to AutoCAD Electrical

  • System overview and functional scope
  • Operational benefits and use cases for government projects

Initialization and Setup

  • Navigating the user interface and workspaces
  • Configuring workspace settings
  • Establishing and archiving project files

Fundamentals of Electrical Drafting

  • Compliance with electrical symbols and regulatory standards
  • Development of basic electrical schematics

Schematic Engineering

  • Construction and modification of circuit schematics
  • Integration of components and standardized symbols
  • Circuit topology and wiring architecture

Project Administration and Document Control

  • Utilizing the project manager for file organization
  • Configuration of title blocks and document templates
  • Version control and revision tracking

Documentation and Reporting

  • Implementation of annotations and textual data
  • Generation of automated reports, including Bill of Materials (BOM) and wire schedules
  • Modification of report formatting templates

Panel Layout Engineering

  • Development and adjustment of panel layout designs
  • Placement of panel-mounted components
  • Production of wiring diagrams and terminal connection plans

Advanced Engineering Utilities

  • Execution of the Circuit Builder module
  • Development and deployment of automation macros
  • Data importation and interoperability

PLC Modules and Ladder Logic

  • Engineering configuration of Programmable Logic Controller (PLC) modules
  • Development and modification of ladder diagrams
  • Application of cross-referencing and tagging protocols for government documentation

Process Automation

  • Utilization of the Electrical Audit verification tool
  • Execution of automated scripts and repetitive tasks

System Customization and Regulatory Compliance

  • Modification of symbol libraries and custom databases
  • Configuration and enforcement of engineering standards
  • Administration of catalog data repositories

Interagency Collaboration and Data Exchange

  • Joint project development and resource sharing
  • Integration with complementary CAD systems
  • Export of engineering drawings and associated data

Operational Applications and Standard Operating Procedures

  • Analysis of relevant case studies
  • Established best practices for electrical design within federal operations
  • Strategies for enhancing workflow efficiency

Conclusion and Future Initiatives

Requirements

  • Foundational understanding of electrical principles and nomenclature

Target Audience

  • Electrical engineers and design professionals
  • Technical drafters and CAD specialists engaged in government infrastructure projects
 21 Hours

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