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ATMI BizDEC
Training Program Electrical & Mechatronics

Advanced Electrical Engineering Drawing Program for Industrial Application

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Program Description

This program develops advanced competence in preparing, interpreting, and managing electrical engineering drawings for industrial applications. Participants progressively develop skills in electrical symbols and standards, schematic and control circuit interpretation, industrial power and control drawings, CAD-based drawing development, panel and wiring documentation, and preparation of integrated electrical engineering documentation.

Certification -
Duration 5 Days / 40 Training Hours

Method

Instructor-led technical instruction, demonstrations, and interactive discussions.
Hands-on electrical drawing and CAD exercises based on industrial applications.
Case studies, drawing review, troubleshooting exercises, and project-based competency assessment.

Requirements

Basic knowledge of electrical engineering and industrial electrical systems.
Ability to read basic electrical schematics and understand electrical components.
Basic computer skills; familiarity with CAD software is recommended.

Target Participants

Electrical engineers and engineering technicians.
Electrical design, maintenance, project, and automation personnel.
Technicians and technical professionals responsible for preparing, interpreting, or reviewing industrial electrical documentation.

Learning Output

Participants are able to interpret and develop advanced electrical engineering drawings for industrial applications, including power, control, and wiring documentation, while applying appropriate electrical symbols, standards, design principles, CAD techniques, and documentation practices.

Program Advantages

The program strengthens participants’ ability to convert industrial electrical requirements into clear, accurate, and practical engineering documentation, supporting design, installation, commissioning, maintenance, troubleshooting, and effective communication among engineering and technical teams.

Subject Materials

  • 1. Electrical Drawing Standards & Industrial Documentation
  • 1.1 Electrical symbols, conventions, drawing standards, and documentation practices.
  • 1.2 Interpretation of electrical schematics, diagrams, and technical specifications.
  • 1.3 Drawing structure, identification, revision control, and document consistency.
  • 2. Industrial Power & Control Drawings
  • 2.1 Development and interpretation of industrial power distribution drawings.
  • 2.2 Motor control, protection, switching, and control circuit documentation.
  • 2.3 Integration of control devices, sensors, actuators, and automation interfaces.
  • 3. Electrical CAD Design & Drawing Development
  • 3.1 CAD environment, drawing setup, layers, symbols, and electrical drafting techniques.
  • 3.2 Development of schematic, wiring, terminal, and connection drawings.
  • 3.3 Application of design checks to improve drawing accuracy and readability.
  • 4. Panel, Wiring & Installation Documentation
  • 4.1 Electrical control panel layout and component arrangement documentation.
  • 4.2 Cable, terminal, connection, and wiring documentation.
  • 4.3 Drawing verification for installation, commissioning, maintenance, and troubleshooting.
  • 5. Applied Industrial Electrical Drawing Project
  • 5.1 Development of an integrated electrical drawing package from defined industrial requirements.
  • 5.2 Review and verification of schematic, power, control, wiring, and panel documentation.
  • 5.3 Revision and finalization of drawings based on technical and operational requirements.