What will you in Electrical Control & Protection Systems Course
- Understand the fundamentals of electrical control systems and protection schemes
- Design and interpret single-line diagrams, control circuits, and interlocking logic
- Learn overcurrent, differential, distance, and earth fault protection methods
- Gain insight into circuit breakers, relays, CTs, and protection coordination
- Apply knowledge to troubleshoot faults and enhance safety in power systems
Program Overview
Module 1: Introduction to Control & Protection
⏳ 30 minutes
Overview of power system control elements and protection objectives
Key terms: relays, breakers, SCADA, and interlocks
Module 2: Components of Protection Systems
⏳ 45 minutes
Roles of current transformers (CTs), potential transformers (PTs), and protective relays
Types of circuit breakers and switchgear equipment
Module 3: Protection Schemes & Coordination
⏳ 1 hour
Overcurrent, short circuit, and earth fault protection
Protection coordination and time-current characteristic curves
Module 4: Control Circuits & Logic
⏳ 1 hour
Reading and designing ladder diagrams and interlocking circuits
Manual vs. automatic control methods and motor starters
Module 5: Differential & Distance Protection
⏳ 45 minutes
Operating principles of differential relays and pilot-wire protection
Basics of distance protection and impedance relays
Module 6: Testing, Commissioning & Troubleshooting
⏳ 1 hour
Relay testing methods and secondary injection testing
Diagnosing faults in control and protection circuits
Module 7: SCADA & Automation in Protection
⏳ 30 minutes
Role of SCADA in modern protection systems
Data acquisition, remote control, and alarm handling
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Job Outlook
- In-demand skills for roles such as Protection Engineer, Electrical Design Engineer, and Maintenance Technician
- Highly relevant in power utilities, substations, industrial automation, and renewable energy sectors
- Offers a strong foundation for advanced certification in power system protection or substation design
- Valuable for both field technicians and control system designers
Specification: Electrical Control & Protection Systems Course
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FAQs
- No prior knowledge required; suitable for beginners.
- Covers fundamentals of control systems, protection schemes, and safety principles.
- Explains relays, breakers, CTs, and interlocking logic.
- Introduces single-line diagrams and circuit interpretation.
- Prepares learners for further study or practical implementation in power systems.
- Learn overcurrent, short circuit, and earth fault protection.
- Understand differential and distance relays, and pilot-wire protection.
- Design and read ladder diagrams and control circuits.
- Explore manual vs. automatic control methods and motor starters.
- Gain insights into protection coordination and time-current characteristic curves.
- Learn secondary injection testing and relay commissioning.
- Diagnose faults in control and protection circuits.
- Apply knowledge to enhance safety and reliability in power systems.
- Understand testing procedures for relays and breakers.
- Prepare for hands-on work in substations, industrial automation, and power utilities.
- Access via desktop, laptop, or tablet with internet.
- Visuals and circuit diagrams included for better comprehension.
- Optional simulators or lab setups enhance practical learning.
- Structured modules allow self-paced study anytime.
- No specialized software or hardware required to follow theoretical lessons.
- Prepares for roles in power utilities, substations, and industrial automation.
- Builds foundation for advanced certifications in substation design and protection.
- Enhances employability for field technicians and control system designers.
- Offers practical understanding of SCADA and automated protection systems.
- Strengthens analytical and troubleshooting skills essential for engineering careers.
