This course provides a systematic approach to electrical design, moving from core calculations to complete system integration. It is built for engineers, designers, and senior technicians who need to create safe, efficient, and code-compliant electrical systems for commercial and industrial facilities. Gain industry-ready skills to design safe, efficient electrical systems using professional design standards.
- Principles of load calculation, cable sizing, and circuit protection.
- Creating professional single-line diagrams (SLD).
- Designing lighting, power, and earthing systems.
In This Course You Will Be Able To:
- Prepare complete design layouts.
- Use AutoCAD for electrical drawings.
- Follow IS and IEC design norms.
Curriculum
- 4 Sections
- 0 Lessons
- 3 Weeks
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- Electrical Design PrinciplesLay the groundwork for all design decisions. This module establishes the fundamental principles of power distribution, load flow, and fault analysis. You will learn to navigate and apply essential industry standards (such as NEC, IEC, and IEEE) that govern safe and reliable system design0
- Load and Cable SizingMaster the two most critical calculations in any project. This section provides a step-by-step methodology for calculating total facility load, applying demand factors, and accounting for continuous vs. non-continuous loads. You will then learn to properly size conductors and cables based on ampacity, voltage drop, and short-circuit ratings0
- Protection SystemsDesign systems that are safe and resilient. This module covers the theory and application of protective devices. You will learn to perform fault current calculations and design selective coordination schemes using fuses, circuit breakers, and protective relays to ensure that only the faulted part of a system is isolated.0
- Project Case StudiesApply your knowledge to real-world scenarios. This capstone module integrates all previous topics by analyzing complete project examples. You will walk through the design of a commercial building's power riser, a motor control center (MCC) upgrade, and an emergency backup generator system, from initial load calculation to final protection settings.0
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Yes, AutoCAD Electrical is covered in the curriculum.
Requirements
- Basic knowledge of electrical systems.
Features
- Industry-standard software training
- Mentorship by design engineers
- Portfolio-ready projects
Target audiences
- B.E / B.Tech / Diploma graduates aiming for design engineering roles.