Master HV/MV Substation Engineering | Practical Design Training

Course Syllabus
2 Lessons
- Course schedule
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- 2026_04_24 Substation Design Course syllabus
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Day 1: Introduction to Substation Design: - Power System Overview - Purpose of Substations - Types of Substations - Major Equipment - Voltage Levels - Design Standards (IEC/IEEE) - Project Lifecycle
3 Lessons
- Day 1: Introduction to Substation Design: - Power System Overview - Purpose of Substations - Types of Substations - Major Equipment - Voltage Levels - Design Standards (IEC/IEEE) - Project Lifecycle
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- Day 1: PPT
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- Day 1: Notes
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Day 2: *Single Line Diagram (SLD) * Types of Substation Layouts * Layout preparation from SLD * Site Selection Criteria * Equipment Arrangement * Electrical Clearances * Busbar Configurations * Acce
7 Lessons
- Day 2: * Single Line Diagram (SLD) * Types of Substation Layouts * Layout preparation from SLD * Site Selection Criteria * Equipment Arrangement * Electrical Clearances * Busbar Configurations * Acce
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- Day 2: PPT
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- Class notes Notes
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- Class notes
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- CBIP manual
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- CBIP substation layout drawings
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- Assignment-1
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Day 3: Assignment Review 1 - SLD Preparation & Layout Development Exercise.
5 Lessons
- Assignment Review 1 - SLD Preparation & Layout Development Exercise.
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- assignment-1-ak_6a7873ae10d23 (Assignment 2 Discussed)
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- assignment-1_6a79c76a12cba (Assignment-3 discussed)
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- sld-and-layout-assignment-1-8-08-2026_6a79ba0010d81 (Assignment discussed)
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- Day-3 Class notes
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Day 4: Winding – Two Winding, Three Winding, Multi winding, Auto Transformer, - Phases – Single Phase, Three Phase, Three Single Phase, Two Phase to Single Phase - Indoor / Outdoor - Construction –
7 Lessons
- Winding - Two Winding, Three Winding, Multi winding, Auto Transformer, Phases, Single Phase, Three Phase, Three Single Phase, Two Phase to Single Phase, Indoor / Outdoor, Construction
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- Transformer Classification
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- Calc ref used
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- Notes
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- Image
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- Power-Transformers-Brochure_SE-Final
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- Spec used for disc
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Day 5: Switchgear & Circuit Breakers - Switchgear Fundamentals, Types of Switchgear (AIS&GIS), Circuit Breaker Technologies, Switching Devices, Arc Interruption Principles, Selection & Rating Criteria
7 Lessons
- Switchgear & Circuit Breakers - Switchgear Fundamentals, Types of Switchgear (AIS&GIS), Circuit Breaker Technologies, Switching Devices, Arc Interruption Principles, Selection & Rating Criteria
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- Switchgear_and_Circuit_Breakers
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- class notes
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- Interlocking notes
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- Switchgear spec ref
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- Vendor doc
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- MV Schneider guide
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Day 6: Instrument Transformer Basics - Current Transformers (CT) - Voltage Transformers (VT/CVT) - Accuracy Classes & Burden - Ratio & Core Selection - Protection vs Metering Cores"
3 Lessons
- Instrument Transformer Basics - Current Transformers (CT) - Voltage Transformers (VT/CVT) - Accuracy Classes & Burden - Ratio & Core Selection - Protection vs Metering Cores"
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- Instrument_Transformer_Basics
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- PP-662-CALC-03 PT SIZING CALCULATION R1
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Day 7: Busbar Fundamentals - Busbar Configurations - Conductor Selection - Current Carrying Capacity - Short-Circuit Withstand -
5 Lessons
- Busbar Fundamentals - Busbar Configurations - Conductor Selection - Current Carrying Capacity - Short-Circuit Withstand - Thermal & Mechanical Design - Sag & Clearance Requirements - IEC/IEEE Design
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- Busbar_Conductor_Sizing
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- Class notes
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- IEEE 605 Calculation
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- Assignment-2
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Day 8: Protection Philosophy & Relay Settings: - Protection Fundamentals - Protection Philosophy - Relay Types & Functions - Protection Schemes - Relay Setting Principles - Coordination & Selectivity
10 Lessons
- Protection Philosophy & Relay Settings: - Protection Fundamentals - Protection Philosophy - Relay Types & Functions - Protection Schemes - Relay Setting Principles - Coordination & Selectivity - Sett
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- Assignment inputs for relay setting
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- Class notes
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- Protection_Philosophy_Relay_Settings
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- Assignment-3
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- 07-relay_technology
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- 10-unit_protection
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- 11-distance_protection
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- 09-overcurrent_protection_
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- Protection Philosophy
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Frequently Asked Questions

What is the course duration?

The course consists of 80 hours of instructor-led training delivered across 40 live online sessions over 20 weeks.

Is this course live or recorded?

The program is conducted through live online interactive sessions, allowing direct communication with instructors during every class.

Will I receive a certificate?

Yes. Participants who successfully complete the course will receive a Certificate of Completion from Power Projects.

Who should enroll in this course?

This course is ideal for:
- Electrical Engineering Graduates
- Design Engineers
- Utility Engineers
- EPC Professionals
- Renewable Energy Engineers
- Project Engineers
- Engineers planning international careers

Are assignments included?

Yes. The course includes 11 structured assignment review sessions, enabling you to apply concepts to practical engineering problems.

Will software demonstrations be included?

Yes. The course includes demonstrations using engineering software and design tools such as:
- ETAP
- Engineering Drawing Tools

Are recordings available?

If recordings are provided, they will be shared according to the course policy announced by the training team.

Master HV/MV Substation Engineering — From Concept to Commissioning

Learn substation layout, protection, earthing, SCADA, and cable design using IEC/IEEE/BS standards through practical, industry-focused training.

Starts 3rd August 2026

Monday & Tuesday

7:00 PM - 9:00 PM IST

★ Course Highlights

Become a Practical Substation Design Engineer

Master every stage of substation engineering, from SLDs to complete engineering deliverables. Learn through live online classes, real projects, case studies, and expert-led design sessions.

Hours

80hrs

Session

40

Weeks

20

Live

Online

Course Curriculum

Course Syllabus

Day 1: Introduction to Substation Design: - Power System Overview - Purpose of Substations - Types of Substations - Major Equipment - Voltage Levels - Design Standards (IEC/IEEE) - Project Lifecycle

Day 2: *Single Line Diagram (SLD) * Types of Substation Layouts * Layout preparation from SLD * Site Selection Criteria * Equipment Arrangement * Electrical Clearances * Busbar Configurations * Acce

Day 3: Assignment Review 1 - SLD Preparation & Layout Development Exercise.

Day 4: Winding – Two Winding, Three Winding, Multi winding, Auto Transformer, - Phases – Single Phase, Three Phase, Three Single Phase, Two Phase to Single Phase - Indoor / Outdoor - Construction –

Day 5: Switchgear & Circuit Breakers - Switchgear Fundamentals, Types of Switchgear (AIS&GIS), Circuit Breaker Technologies, Switching Devices, Arc Interruption Principles, Selection & Rating Criteria

Day 6: Instrument Transformer Basics - Current Transformers (CT) - Voltage Transformers (VT/CVT) - Accuracy Classes & Burden - Ratio & Core Selection - Protection vs Metering Cores"

Day 7: Busbar Fundamentals - Busbar Configurations - Conductor Selection - Current Carrying Capacity - Short-Circuit Withstand -

Day 8: Protection Philosophy & Relay Settings: - Protection Fundamentals - Protection Philosophy - Relay Types & Functions - Protection Schemes - Relay Setting Principles - Coordination & Selectivity

Why Choose This Course?

Industry-Relevant Curriculum

80 hrs aligned with IEC, IEEE & BS standards — every topic used on live substation projects

End-to-End Substation Design

SLD to layout, protection to earthing, SCADA to commissioning — nothing skipped

Hands-On Assignment Review

11 structured assignment review sessions woven through the course for applied learning

Expert Instructors

Practising substation engineers with 15+ years in power systems consultancy & design

Industry-Relevant Curriculum

Power Projects certificate to strengthen your CV, LinkedIn and professional profile

Live Online Interaction

Attend from anywhere — real-time Q&A, case studies and peer discussion each session

★ Who Should Attend?

After This Course You Will Be Able To:

What You Will Learn Career Growth Opportunities in HV/MV Substation

01

Foundations

Substation types, SLD, busbar schemes, equipment arrangement, standards.

02

Transformers

Ratings, vector groups, cooling, selection criteria & factory acceptance

03

Switchgear & CTs

AIS/GIS switchgear, CB selection, CT/PT burden, accuracy classes

04

Sizing Studies

Busbar ampacity, short circuit withstand, mechanical design.

05

Protection Systems

Protection zones, OC/EF, differential, transformer & feeder protection schemes

06

Control & Metering

AC/DC aux systems, UPS, battery chargers, metering CT/PT, grid compliance

07

Earthing Design

IEEE 80, BS EN 50522, touch & step voltages, earth grid layout, equipment bonding

08

Cable Systems

Cable selection (IEC 60287), installation, trench design, duct banks, routing drawings

09

SCADA & Studies

IEC 61850, RTU, IED, load flow & short circuit study report for design inputs.

10

Advanced Protection

Busbar protection, reclosing logic, transformer differential, REF, Buchholz

11

Case Studies

33/11kV distribution, 132/33kV bulk grid, AIS substation complete design

12

Drawings & Docs

SLD, GA, schematics, wiring, connection drawings, cable schedules, specs

★ What Makes This Course Different

Why Engineers ChooseThis Training

Day 2: Single Line Diagram (SLD) Types of Substation Layouts * Layout preparation from SLD * Site Selection Criteria * Equipment Arrangement * Electrical Clearances * Busbar Configurations * Acce

Why Engineers Choose
This Training

Electrical engineering graduates
seeking practical substation design skills

Move from maintenance into HV
design roles and real project work

Build technical depth to manage
substation project deliverables

Engineers targeting UK, EU and Middle
East substation project roles

Grid staff seeking formal design training
and documentation skills