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Why enroll

  1. Master the skills needed for electrical system design and installation.

  2. Learn to assess power requirements and conduct site surveys.

  3. Understand regulatory standards (IEC, NEC) and ensure compliance.

  4. Gain hands-on experience in selecting components and designing protection systems.

  5. Design lighting systems and integrate energy-efficient solutions.

  6. Learn about short circuit analysis, renewable energy integration, and automation.

  7. Develop expertise in system commissioning and maintenance.

  8. Prepare for career growth in sectors like construction, manufacturing, and utilities.

  9. Practical knowledge to design and implement safe, reliable, and sustainable electrical systems.

  10. Enroll today and shape the future of electrical engineering.

Opportunities that awaits you!

Career opportunities

Course details

Electrical System Design

( Course Duration in Hours : 60 Hrs.)

 

1. Understanding Requirements

  • Load Analysis: Identifying the power requirements for different electrical loads (machinery, lighting, HVAC, etc.).

  • Site Survey: Assessing the physical location for installation constraints.

  • Regulatory Standards: Reviewing applicable codes, such as IEC, NEC, or local standards.

2. Preliminary Design

  • Single-Line Diagram (SLD): Developing a simplified representation of the electrical distribution network, showing how the main components (transformers, switchgear, etc.) are connected.

  • Load Calculation: Determining power consumption and sizing the electrical system components (transformers, switchgear, cables) based on demand.

  • Power Source Design: Deciding on the type of power source (utility grid, generators, renewable energy sources).

3. Component Selection

  • Cables and Wiring: Choosing appropriate conductor sizes based on current ratings and voltage drops.

  • Transformers: Selecting transformers based on load demand, voltage levels, and system configuration.

  • Switchgear & Protection Devices: Sizing circuit breakers, fuses, and relays for system protection.

  • Earthing/Grounding: Designing an effective earthing system to prevent electrical hazards.

4. System Protection Design

  • Short Circuit Analysis: Evaluating the potential fault current in the system and selecting devices to protect against overcurrent and short circuits.

  • Coordination Study: Ensuring that protection devices (relays, breakers) are coordinated for proper fault isolation without unnecessary downtime.

  • Arc Flash Study: Assessing potential arc flash hazards and designing the system to mitigate risks.

5. Lighting Design

  • Interior/Exterior Lighting: Designing lighting systems based on luminance requirements and energy efficiency standards.

  • Emergency Lighting: Integrating emergency and exit lighting for safety in case of power failure.

6. Distribution System Design

  • Cable Routing: Planning cable trays, conduits, and routing paths for minimal interference.

  • Busbar Design: For high-power systems, busbar sizing and configuration need to be considered.

7. Control and Automation

  • Building Automation Systems (BAS): Integrating controls for lighting, HVAC, and security systems.

  • Supervisory Control and Data Acquisition (SCADA): Designing SCADA systems for monitoring and controlling electrical equipment.

8. Energy Efficiency & Sustainability

  • Energy Auditing: Incorporating energy-saving strategies and selecting energy-efficient equipment.

  • Renewable Integration: Designing systems for solar, wind, or other renewable sources where applicable.

9. Documentation and Approvals

  • Detailed Drawings: Creating final circuit diagrams, layouts, and equipment details.

  • Bill of Materials (BOM): Listing all components required for installation.

  • Compliance Review: Ensuring the design meets regulatory requirements and securing necessary permits.

10. Installation and Commissioning

  • Installation Supervision: Overseeing the installation process to ensure it matches the design.

  • Testing & Commissioning: Conducting tests to validate system performance, including insulation resistance, continuity checks, and functional testing of protection systems.

11. Operation & Maintenance Planning

  • Maintenance Strategy: Developing a preventive maintenance plan for the system.

  • As-Built Drawings: Updating design documents to reflect any changes made during construction for future reference.

Course suitable for

Key topics covered

Training details

This is a live course that has a scheduled start date.

Why people choose EveryEng

Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities—all in a flexible and supportive environment.