
SEE Electrical Training
Master SEE Electrical from the ground up and produce professional-grade electrical design documentation with confidence. This course covers everything from schematic drawing and component libraries to automated reports and multi-discipline project management. Whether you're designing control distribution boards or managing large engineering projects, you'll gain the hands-on skills that employers and clients demand.
What your team will master:
You will learn to navigate the SEE Electrical workspace, configure project settings, and draw accurate electrical schematics from scratch. The course covers component library creation, database integration, and attribute management so your designs stay consistent and data-driven. You will build multi-page projects with proper cross-references, terminal strips, and cable schedules. Advanced topics include automated numbering, macro creation, distribution board layout design, and integration with CAD and PLM systems. By the end, you will be able to generate a complete, client-ready documentation package that meets professional engineering standards.
How your team learns practically SEE Electrical Training
How your team practises SEE Electrical Training
Professionals from these companies study at Dedika









Course content
8 Chapters • 36 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsIntroduction to SEE Electrical
Introduction to SEE Electrical
Lesson 1 • Workspace Layout and Navigation
Introduces the main window, toolbars, and panel areas. Familiarity with the layout accelerates all subsequent design tasks.
Lesson 2 • Project Structure and File Types
Explains how SEE Electrical organises projects, folders, and file formats. Understanding this hierarchy prevents data loss and supports team collaboration.
Lesson 3 • Configuration and Preferences
Sets up language, units, grid, and default drawing parameters. Proper configuration ensures consistent output across all project drawings.
Lesson 4 • Software Overview and Installation
Covers system requirements, installation steps, and licence activation. Establishes the technical baseline needed before any design work begins.
Chapter 2HideHide detailsSee detailsSchematic Drawing Fundamentals
Schematic Drawing Fundamentals
Lesson 1 • Adding Text and Annotations
Covers text insertion, label formatting, and annotation placement on schematics. Clear annotations improve drawing readability and reduce interpretation errors.
Lesson 2 • Placing and Editing Wires
Teaches wire placement, routing, and editing techniques for schematic connections. Accurate wiring is the foundation of readable and functional schematics.
Lesson 3 • Inserting Symbols from Libraries
Demonstrates how to browse, search, and place standard electrical symbols. Correct symbol use ensures compliance with industry drawing conventions.
Lesson 4 • Basic Drawing Checks and Cleanup
Introduces visual inspection routines and basic error-checking before saving. Early error detection reduces rework in later design stages.
Lesson 5 • Drawing Environment Setup
Configures page size, title block, and drawing layers before drafting begins. A correctly configured environment enforces drawing standards throughout the project.
Chapter 3HideHide detailsSee detailsComponent Libraries and Symbol Management
Component Libraries and Symbol Management
Lesson 1 • Creating Custom Symbols
Guides students through drawing symbol geometry, defining connection points, and saving new symbols. Custom symbols extend the software to match project-specific components.
Lesson 2 • Editing and Updating Existing Symbols
Covers techniques for modifying symbols and propagating changes to placed instances. Controlled updates maintain drawing consistency without manual rework.
Lesson 3 • Organising and Sharing Libraries
Teaches library categorisation, export, and import workflows for team environments. Shared libraries reduce duplication and enforce company-wide symbol standards.
Lesson 4 • Understanding Library Architecture
Explains the relationship between master libraries, project libraries, and symbol files. This structure governs how symbols are shared and version-controlled.
Chapter 4HideHide detailsSee detailsComponent Data and Database Integration
Component Data and Database Integration
Lesson 1 • Bill of Materials Configuration
Configures BOM templates, sorting rules, and output formats from component data. A well-structured BOM directly supports procurement and project documentation.
Lesson 2 • Connecting to Component Databases
Demonstrates linking SEE Electrical to internal or manufacturer component databases. Database-driven design reduces manual entry errors and keeps data current.
Lesson 3 • Managing Component References
Covers automatic and manual reference designation schemes across multi-page projects. Consistent references are essential for accurate cross-referencing and reports.
Lesson 4 • Component Attribute Fields
Defines standard and custom attribute fields attached to each component. Populated attributes feed reports, BOMs, and downstream engineering tools.
Chapter 5HideHide detailsSee detailsMulti-Page and Multi-Discipline Projects
Multi-Page and Multi-Discipline Projects
Lesson 1 • Integrating Power and Control Schematics
Connects power circuit pages to control circuit pages using shared signal references. Integration ensures that power and control designs remain synchronised throughout the project.
Lesson 2 • Cross-Reference Symbols and Links
Teaches placement and configuration of cross-reference markers between schematic pages. Accurate cross-references allow technicians to trace circuits across the full document set.
Lesson 3 • Multi-Page Project Organisation
Establishes page numbering, naming conventions, and folder structures for large projects. Organised page management prevents navigation errors and supports team workflows.
Lesson 4 • Project-Level Design Review
Runs project-wide checks for missing references, unconnected signals, and page inconsistencies. Systematic review at this stage prevents costly errors in fabrication.
Lesson 5 • Cable and Wiring Harness Diagrams
Introduces cable routing diagrams and harness documentation within the same project. Cable data captured here feeds terminal and cable reports generated later.
Chapter 6HideHide detailsSee detailsTerminal and Cable Management
Terminal and Cable Management
Lesson 1 • Terminal Plan Generation
Generates graphical terminal plans from schematic data automatically. Terminal plans provide assembly teams with precise wiring instructions for panel build.
Lesson 2 • Terminal Strip Design
Covers terminal symbol placement, strip configuration, and terminal numbering rules. A correctly designed terminal strip directly drives the terminal plan report.
Lesson 3 • Connection List and Wire Schedule
Produces from-to connection lists and wire schedules from schematic wiring data. These documents guide panel wiring and support quality inspection processes.
Lesson 4 • Cable Definition and Routing
Defines cable types, core counts, and routing paths between equipment. Accurate cable definitions feed the cable schedule and support procurement.
Chapter 7HideHide detailsSee detailsAutomated Reports and Documentation
Automated Reports and Documentation
Lesson 1 • Drawing Revision Management
Tracks drawing revisions using revision blocks, change logs, and version stamps. Controlled revisions protect design integrity and support regulatory audit trails.
Lesson 2 • Report Types and Templates
Surveys all built-in report types and explains their template structure. Selecting the right report type for each deliverable ensures accurate and complete documentation.
Lesson 3 • Exporting and Publishing Documentation
Exports drawings and reports to PDF, Excel, and other formats for distribution. Proper export settings preserve formatting and ensure recipients receive accurate files.
Lesson 4 • Customising Report Layouts
Modifies report headers, columns, fonts, and sorting to match company standards. Custom layouts reduce post-export formatting work and enforce brand consistency.
Lesson 5 • Generating and Updating Reports
Runs reports on demand and configures automatic regeneration when project data changes. Up-to-date reports prevent discrepancies between drawings and documentation.
Chapter 8HideHide detailsSee detailsAdvanced Features and Project Automation
Advanced Features and Project Automation
Lesson 1 • Scripting and API Integration
Introduces the SEE Electrical scripting interface for custom automation beyond built-in tools. API integration enables connection to ERP, PLM, and other enterprise systems.
Lesson 2 • Project and Page Templates
Builds reusable project and page templates that embed company standards from the start. Templates eliminate setup time and enforce consistency across all new projects.
Lesson 3 • Macro Creation and Management
Records, edits, and organises macros that automate repetitive drawing sequences. Macros cut insertion time for standard circuit blocks across large projects.
Lesson 4 • Automated Numbering and Naming Rules
Configures rule-based automatic numbering for wires, components, and cables. Consistent automated naming reduces human error and speeds up large-project setup.
Lesson 5 • Data Import and Export Automation
Automates import of external data and export of project data to downstream systems. Seamless data exchange reduces manual transcription and integration errors.
Your valid completion certificate
This course is for you:
Electrical drafter: wants to move beyond generic CAD tools into dedicated electrical design software.
Panel builder: needs structured documentation to support faster, more accurate cabinet assembly.
Electrical engineer: looking to take direct control of schematic production without outsourcing drafting.
Instrumentation technician: aiming to formalise wiring documentation skills for larger project bids.
Engineering student: building a software portfolio that stands out to electrical design employers.
Career changer: transitioning from mechanical or civil drafting into the electrical engineering sector.
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