ELECTRICAL DESIGN AND DRAFTING COURSE
17
Modules
Online, Offline & Hybrid
Type
Beginner friendly
Skill Level
60h - 120h
Duration
English
Language
Overview
We will provide you with the Electrical design and drafting course knowledge and training of all 3 Key factors of this course i.e. Electrical, Design & Drafting.
Electrical: It is the engineering that deals with Electrical power right from Generation, Transmission, Distribution, Utilization, and Electrical products.
Design: It deals with detailing an electrical requirement w.r.t sizing & calculations.
Drafting: It deals with drawing the particular electrical system requirement ex: SLD or the complete layout of the electrical requirement of the building, industry, or a community
Key facts of this course:
- Knowledge enrichment through learning Siemens certified skill development courses.
- Execution of innovative projects.
- Enhanced opportunity for placement.
- Improvement in employable skills widely acceptable by industry.
Who is the course for?
Electrical and Electronics Engineering (EEE), Electronics and Instrumentation Engineering (EIE), Electronics and Communication Engineering (ECE) & Mechanical Engineering students, Masters, Diploma, ITI, BSC Electronics and Any student who is willing to join Electrical design and drafting course for Automation Industry.
Learning path
- Foundational concepts—electricity, AC/DC generation, transformers, load types, 1-phase vs 3-phase systems, measuring instruments, and motor fundamentals. Helps you build the core knowledge needed for electrical design.
- Detailed study of switchgear, relays, contactors, protection devices, industrial sensors (RTD, proximity, flow, level, pressure), and actuators. Essential for understanding components used in building electrical systems.
- Introduces building services, construction project workflow, roles in the ED sector, required documents, codes & standards, and scope of electrical design in real projects.
- Covers all electrical symbols, abbreviations, equipment load details, and energy-saving considerations. This is the base for creating professional electrical drawings.
- Focuses on lighting principles, lux levels, fixture types, placement methods, and illumination calculations to meet standards for different spaces.
- Teaches lighting, power, and AC load calculations, peak demand, diversification, and load balancing techniques essential for sizing equipment.
- Covers transformer parts, cooling methods, types, losses, sizing, protection methods, and earthing requirements.
- Explains DG installation, sizing, faults, protection, and types—ensuring backup power design proficiency.
- Introduces UPS working, battery selection, sizing techniques for both UPS and battery banks.
- Provides knowledge on circuit breakers, working principles, standard ratings, sizing based on fault levels, and protective device coordination.
Teaches cable types, derating factors, voltage drop, short-circuit calculations, busbar sizing, and layout considerations (ducts, trays, conduits).
Covers earthing requirements, earthing pit design, lightning arrestor calculations, and grounding safety practices for buildings and industries.
Focuses on capacitor banks, benefits of improved PF, and sizing of capacitor banks for energy efficiency.
Explores CCTV, access control, fire safety systems, and PA systems to integrate safety into electrical design plans.
Toggle ContenTeaches complete drafting workflow—SLD creation, load scheduling, lighting layout, conduit/wiring layout, and power layout using AutoCAD for professional drawings.t