Detailed Electrical Design Course — Concept to EPC
A comprehensive electrical design programme covering all 25+ deliverables from concept to EPC — designed for job seekers, working professionals, and students looking to build or advance a career in electrical engineering.
What You Get with the Detailed Electrical Design Course
Expert Instructors
Learn from electrical design engineers with 10+ years of real project experience across process plants, substations, solar, and infrastructure.
Hands-On Assignments
Every module includes real design assignments — load list preparation, SLD development, cable sizing, substation layout, and more — reviewed by instructors.
Lifetime Access
Every session is recorded and permanently accessible — revisit any module at your own pace, whenever you need to refresh your design knowledge.
Certificate of Completion
Earn a Power Projects certificate validating your electrical design skills — add it to your CV and LinkedIn to boost your engineering career credibility.
This Course Covers the Entire Electrical Design Lifecycle
From initial concept to final EPC deliverables — you learn every stage of how real electrical design projects are executed.
Concept Design
Project scope, design philosophy, role of electrical engineer, and understanding how to begin an electrical design project from scratch.
FEED
Front End Engineering Design — load estimation, distribution philosophy, key SLD preparation, preliminary equipment sizing, and project planning.
Detailed Design
Complete engineering deliverables — metering & protection SLDs, cable sizing, switchgear, motor starters, UPS, battery, CT/VT sizing, and specifications.
EPC Phase
Procurement support, technical bid evaluation, vendor document review, substation layout, cable tray design, and construction-ready drawing packages.
Applicable Across Every Industry Sector
The skills you learn are directly applicable to electrical design for any sector — from oil & gas to renewables.
Solar Power Plants
Substations
Process Plants
Oil & Gas
Data Centres
Infrastructure
25+ Modules Covering Every Aspect of Electrical Design
A comprehensive programme from project initiation to final construction deliverables — with real assignments and instructor reviews in every module.
Introduction to Electrical Design
Types of projects (Brownfield/Greenfield), design stages, scope understanding, and the role of electrical engineer in a project team.
Standards Overview
IEC, IEEE, and BS standards, statutory requirements, precedence in case of conflicts, and software selection for electrical design projects.
Project Planning & Estimation
Scope understanding, electrical man-hours estimation, deliverable preparation (MDL), project coordination, and technical query management.
Electrical Load List & Max Demand
Design philosophy, load classification (continuous/intermittent/standby), load list preparation, maximum demand calculation, power factor, and supply voltage.
Electrical Distribution Philosophy
Transmission and distribution systems, system earthing selection (HV, LV, UPS, DC), and distribution system design for different project types.
Transformer & Generator Sizing
Sizing criteria, transformer and generator sizing calculations, and specification/datasheet preparation based on load list data.
Single Line Diagram
Key SLD and metering & protection SLD — scope of each, what to include, and hands-on preparation of SLDs based on project scope of work.
Metering & Protection Diagram
SLD for different equipment types, protection and metering requirements, type of circuits, incomers, and outgoing feeders.
Short Circuit Calculation & CB Selection
Short circuit analysis, busbar rating selection, circuit breaker selection, and sample calculation exercises with real project data.
Switchgear Selection & Sizing
HV and LV switchgear design requirements, types of switchgear and control gear, selection criteria, and sizing calculations.
Motor Starters Design
Motor starter schematics, types (DOL, star-delta, soft starter, VSDS), Type 2 coordination, and preparation of motor schematics.
CT / VT Sizing Calculation
Instrument transformers, CT and VT adequacy calculations, and sample calculation exercises with assignment review.
Specifications & Datasheets
Company, functional, and purchase specifications — how to prepare specifications and calculation reports for real projects.
Transformers (IEC 60076)
Power and distribution transformers, OLTC/DETC, different transformer types and applications, specification and datasheet preparation.
UPS (IEC 62040)
UPS types, AC and DC UPS, UPS sizing calculation, specification and datasheet preparation for procurement.
Battery & Charger Design
IEEE 485/1115 standards, battery types and applications, battery sizing calculation for substations, specification and datasheet preparation.
Capacitor Banks
Application, sizing calculation, specification and datasheet preparation, and capacitor bank design for reactive power compensation.
Motors Selection (IEC 60034)
HV and LV motor selection, mounting types, motor specification, and datasheet preparation for procurement.
Variable Speed Drives
VSD selection considerations, specification and datasheet preparation, and application in industrial and process plant projects.
Cable Sizing & Selection
IEC 60502/IEC 60364-5-52, cable types (HV and LV), sizing, schedule/interconnection schedule, and assignment on switchgear and motor cable sizing.
Technical Bid Evaluation
TBE for transformers, switchgear, and other equipment. Vendor document review — how to prepare TBE for real procurement scenarios.
Substation Design
Indoor, outdoor, and package substations, battery room design, best practice for electrical installation, and key design considerations.
Substation Equipment Layout
Design considerations, equipment dimension estimation, preparation of substation equipment layout, and coordination with other disciplines.
Cable Tray & Trench Sizing
Above-ground and underground routing, tray types, cable fill calculations, conduit sizing, tray layout, trench sizing, road crossing, and BOM.
Lightning Protection System
IEC 62305 risk assessment, external LPS (rolling sphere, protective angle, mesh methods), internal LPS, layout design, and bill of materials.
Lighting Design
Normal and emergency lighting, fixture selection, indoor/outdoor/street lighting calculations, panel schedule, layout design, and BOM.
Real Assignments & Instructor Reviews in Every Module
Unlike passive video courses, every module in this programme includes a real design assignment — load list preparation, SLD development, cable sizing calculations, substation layout, and more — with direct instructor feedback and review sessions. This is how real engineering skills are built.
What You Will Be Able to Do After Completing This Course
Prepare electrical load lists and maximum demand calculations for any project type
Develop Key SLDs and Metering & Protection SLDs to project standards
Perform cable sizing calculations for switchgear, motors, and feeders
Size and select transformers, switchgear, circuit breakers, and motors
Design motor starter schematics (DOL, star-delta, soft starter, VSD)
Perform short circuit calculations and select busbar and CB ratings
Size UPS, batteries, and capacitor banks to IEC and IEEE standards
Prepare substation equipment layouts and cable tray sizing plans
Design lightning protection systems (IEC 62305) with risk assessment
Perform lighting calculations for indoor, outdoor, and street lighting
Prepare specifications, datasheets, and technical bid evaluations
Understand project coordination and manage electrical design deliverables
What Else Is Included with Enrolment
Session Recordings — Lifetime Access
Every session recorded and available permanently — revisit any module, review assignments, and continue learning at your own pace.
Flexible Module Selection
Choose the modules that suit your schedule and learning goals — ideal for working professionals with time constraints.
Assignment Reviews by Instructors
Submit your assignments and receive direct feedback from experienced design engineers — not automated marking.
WhatsApp Community Support
Join a community of design engineers — ask questions, share project challenges, and learn from peers and instructors.
Feedback from Course Participants
"It was a very nice training session about MV circuit breaker and generator breaker selection by Power Projects team with hand calculation as well as ETAP simulation. The session was not limited to that — touched on grid islanding and several other topics with full theoretical concepts and ETAP simulation. Many many thanks to Power Projects team. Special thanks to Mr. Selva and Mr. Dijo."
"Finally experienced a paradigm shift in my educational career — an increase of 28% from my Bachelor's to my Master's degree. I am thrilled to announce I successfully completed my MSc in Electrical Power Engineering with First Class, Distinction (81%). I am honoured to have done my final thesis on a real-case industrial project with Power Projects. My sincere thanks to Selvakumar S sir for giving me this opportunity."
Who Should Enrol in This Electrical Design Course?
For New Engineers & Students
For Working Professionals
Frequently Asked Questions
Ready to Master Detailed Electrical Design?
Whether you are just starting out or looking to formalise your design knowledge, this course gives you the skills, confidence, and credentials to succeed. Fill in the form and we'll get back to you within 24 hours.
- 25+ modules covering the full design lifecycle
- Real assignments with instructor review in every module
- IEC, IEEE, and BS standards throughout
- Flexible modules — choose what suits your schedule
- Lifetime access to all session recordings
- Power Projects certificate upon completion
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