Online Power System Course for EEE Job Preparation for AE & SAE

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About Course

Online Power System Course for AE & SAE Exam Preparation

Master the essential principles of Analog Electronics with our comprehensive online course, specifically designed for candidates preparing for Assistant Engineer (AE) and Sub-Assistant Engineer (SAE) recruitment exams. This course will equip you with the knowledge and problem-solving skills needed to excel in competitive engineering exams.


Meet Your Instructor

Md Sakhwat Hossain will be your guide throughout this course. An accomplished professional with a degree from RUET, he is currently serving as an Assistant Engineer at Power Grid Company of Bangladesh (PGCB) PLC. His expertise is validated by recommendations for Assistant Engineer roles at prestigious organizations like the Bangladesh Power Development Board (BPDB) and the Bangladesh Chemical Industries Corporation (BCIC).

His extensive career includes significant roles at Northern Electricity Supply Plc (NESCO), West Zone Power Distribution Company Limited (WZPDCL), Biman Bangladesh Airlines, and as a former Assistant General Manager (O&M) at the Bangladesh Rural Electrification Board (BREB). Md Sakhwat Hossain’s deep industry knowledge and understanding of the AE/SAE exam patterns make him the ideal mentor for your preparation journey.


Why You Should Enroll

  • Live and Interactive Classes: Participate in engaging live sessions on Zoom Premium, where you can ask questions and interact with the instructor in real-time.

  • Exam-Focused Curriculum: Every topic and problem is tailored to the syllabus and format of AE and SAE recruitment exams.

  • Continuous Support: Benefit from 7-day-a-week support to get your questions answered and doubts clarified.

  • Flexible Learning: All classes are recorded, so you can review the material at your own pace and never worry about missing a session.

  • Comprehensive Study Materials: You will be provided with detailed theory notes and formula sheets to streamline your learning and revision.

  • To view  sample  of theory notes ,  Click On this book    

  •  

    • Sample of Special Theory Notes
    • To view sample of math note , Click On this book 

    • sample of special math note of Power System
  • Affordable Fee: Gain access to expert-led, high-quality instruction without breaking the bank.


Course Details

  • Total Classes: Approximately 20+

  • Class Duration: Over 2 hours per class

  • Platform: Zoom Premium


Detailed Course Outline

This comprehensive Power System Course is designed exclusively for EEE students and job aspirants preparing for SAE (Sub-Assistant Engineer) and AE (Assistant Engineer) level exams. The course covers every critical topic — from Transmission Lines to Fault Analysis, Power System Stability, and Switchgear Protection — explained in a clear, exam-focused, and application-oriented manner.

Each module includes video lectures, solved numerical problems, MCQs to ensure deep conceptual understanding and excellent exam performance.

Module 1: Performance of Transmission Lines, Line Parameters & Corona

Learn how power travels efficiently through transmission lines.

  • Polyphase AC circuits and 3-phase systems

  • Power calculations & medium/long line models

  • Transmission line parameters (R, L, C)

  • Inductance and capacitance of transmission lines

  • Corona effect, bundled conductors & sag-tension analysis

  • Assignments & Practice Problems


Module 2: Compensation Techniques, Voltage Profile & Load-Frequency Control

Master the backbone of voltage regulation and system stability.

  • Series & shunt compensation

  • Reactive power control

  • Load frequency control (LFC) fundamentals

  • Area frequency control


Module 3: Distribution Systems, Cables & Insulators

Get insights into power distribution and insulation design.

  • Distribution system types & layout

  • Underground cable design

  • Overhead line insulators & string efficiency

  • Cable insulation testing and fault location methods

  • Assignments for EEE job-based conceptual clarity


Module 4: Generating Power Stations

Understand how different power plants work and contribute to the grid.

  • Thermal, Hydro, Nuclear, and Renewable power stations

  • Pumped storage systems

  • Base load vs peak load concepts

  • Comparison of power generation types


Module 5: Fault Analysis

Diagnose system abnormalities like a professional engineer.

  • Symmetrical & unsymmetrical fault analysis

  • Sequence impedances and networks

  • Short-circuit studies and ZBUS formulation

  • Synchronous & asynchronous machine faults

  • Hands-on calculations and previous exam problem solving


Module 6: Load Flow Studies

Predict and optimize power flow using proven numerical methods.

  • YBUS and ZBUS matrix formation

  • Gauss-Seidel and Newton-Raphson methods

  • Fast Decoupled Load Flow (FDLF) technique

  • Load flow comparisons and case studies


Module 7: Switchgear & Protection

Protect power systems from faults with modern relays and circuit breakers.

  • Components and types of switchgear

  • Arc interruption and circuit breaker ratings

  • ACB, VCB, OCB, and SF6 circuit breakers

  • Protection of generators, transformers, and transmission lines

  • Differential, distance, and static relays

  • Practical fault isolation and relay coordination examples


Module 8: Power System Stability

Keep the system in equilibrium under disturbances.

  • Swing equation & power angle diagram

  • Steady-state and transient stability

  • Methods to improve stability

  • Numerical examples and graphical interpretations


Module 9: Optimal Power System Operation

Learn how engineers optimize power delivery for maximum efficiency.

  • Economic load dispatch (ELD)

  • Unit commitment and generation scheduling

  • Transmission loss minimization


Module 10: Recent Trends in Power Systems

Stay ahead with modern technologies shaping the industry.

  • High Voltage DC (HVDC) transmission

  • Smart Grid & IoT integration

  • Renewable energy integration and challenges

Module 11: Test ( 05) in Buet parrern Question .

Enroll Now and Power-Up Your Career!

 

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What Will You Learn?

  • In depth power system which is foucing job exam . After completing this course you will gain a confidence on Power system

Course Content

Recoded lecture

  • class 1 demand factor , load factor , average load, capacity factor , plant use factor etc and related maths
    01:38:20
  • 01:19:05
  • 01:53:29
  • 17:43
  • Class 4 Resistance and line capacitance calculation
    02:25:00
  • Class 5 short transmission line and power flow equation using abcd parameters
    01:44:00
  • class 6 Medium transmission line and long transmission line part 1
    01:43:00
  • class 7 long transmission line part 2
    01:08:00
  • class 8 per unit system part 1
    01:12:50
  • class 09 Per unit system part 2
    40:51
  • class 10 Symmetrical Faults
    01:48:29
  • class 11 Fortescue’s throrem and sequecnce volatage and current
    54:00
  • class 12 sequence diagram
    48:10
  • class 13 Unsymmetrical faults
    01:27:00
  • class 14 Sag
    01:16:07
  • class 15 protection part 1
    02:01:26
  • class 16 preotection part 2
    01:58:02
  • class 17 preotection part 3
    01:42:13
  • class 18 power system stability part 1
    59:00
  • class 19 power system stability part 2
    01:44:00
  • correction of class 19 math
    05:00
  • class 20 power system stability part 3
    46:14
  • class 21 Bus admitance matrix and impedance matrix
    01:22:04

PDF Theory Notes

power system special Math Note

Class slide

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