OPSC AEE Syllabus 2025 Download PDF Electrical, Civil, Mechanical Engineering Exam Syllabus for Assistant Executive Engineer: The Odisha Public Service Commission Assistant Executive Engineer Syllabus 2025 is here. Download the latest exam pattern along with the OPSC AEE Exam Syllabus from this site. As you all know that the OPSC officials are going to conduct the OPSC AEE Exam 2025. Hence, the candidates who want to secure a job under this organization need to take the best preparation. Therefore, acquire complete details related to the OPSC AEE Test 2025 from further discussion. In addition to that, the individuals may also visit the official page i.e. www.opsc.gov.in for more info.
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OPSC Assistant Executive Engineer Syllabus 2025 Odisha PSC AEE Exam Pattern Download www.opsc.gov.in
The Odisha Public Service Commission has issued a recruitment notification for the purpose of recruiting suitable aspirants. As per the info, the recruitment board is having 386 vacancies for the OPSC AEE Exam Syllabus Assistant Executive Engineer posts. Additionally, to become eligible for the jobs the applicants have to clear the OPSC AEE Test 2025. Based on postulants’ performance they will be appointed for the vacant scopes. However, the final date of the OPSC AEE Test has not revealed. So keep checking this site for more updated info.
Download Odisha PSC AEE Exam Syllabus 2025
Name of the Recruitment Board | Odisha Public Service Commission |
Name of the Job Role | Assistant Executive Engineer (AEE) |
Number of Available Vacancies | 391 |
The Method of Selection | Written Test, Personal Interview |
Official Address | www.opsc.gov.in |
Important Date 2025
Application Starting Date | 29 March 2025 |
Application Last Date | 28 April 2025 |
Admit Card Released Date | Available Soon |
Exam Date | Available Soon |
Download OPSC AEE Exam Pattern 2025
Without knowing the OPSC AEE Exam Syllabus you will not be able to clear the exam. As the competition for this type of job is so high thus the applicants have to prepare well for the exam. By estimating the OPSC AEE Exam Pattern 2025 the individuals can get an exact idea about the exam. Not only that but also you can gain knowledge related to the exam structure. Therefore, verify the OPSC AEE Exam Syllabus to know the type of the question, marking scheme, maximum marks, number of questions that the exam comprises. Thereafter, make a plan for taking preparation. Also follow a time schedule while preparing for the exam.
OPSC AEE Electrical Engineering Exam Pattern
Subject | Marks | Questions | Duration |
Electrical Engineering Part 1 | 180 | 180 | 3 Hours |
Electrical Engineering Part 2 | 180 | 180 | 3 Hours |
Total | 360 | 360 | 6 Hours |
OPSC AEE Electrical Exam Syllabus 2025 Detailed
AEE Electrical Paper I Syllabus:
Electrical Machines | 40 |
Electrical Circuits | 40 |
Control Systems | 40 |
Measurement & Instrumentation | 30 |
Electromagnetic Theory | 30 |
AEE Electrical Paper II Syllabus:
Power Systems | 40 |
Power Electronics & Electric Drives | 40 |
Engineering Mathematics | 40 |
Analog & Digital Electronic Circuits | 30 |
Signal and Systems | 30 |
1. Electrical Machines:
- Single phase transformer equivalent circuit,
- phasor diagram,
- tests, regulation and efficiency;
- three phase transformers — connections, parallel operation;
- auto-transformer & three winding transformer; principles of energy conversion; Windings of rotating Machines;
- DC Generators & Motors-Characteristics, starting and speed control, Arotatore Reaction and Commutation;
- Three phase Induction Motors — performance characteristics, starting and speed control; single phase Induction Motors;
- Synchronous Generators — performance, regulation, parallel operation;
- Synchronous Motors — starting, characteristics, applications, synchronous condensers;
- fractional horse power motors; permanent magnet and stepper Motors.
2. Electrical Circuit :
- Network Graph,
- KCL,
- KVL,
- Node/Cut Sets,
- Mesh/Tie Sets Analysis,
- Sinusoidal Steady State Analysis;
- Transient Response of DC and AC Networks;
- Resonance in Electrical Circuits; Concepts of Ideal voltage and Current Sources;
- Network Theorems;
- Driving Point Impedance and Admittance and Transfer Functions of Two Port Network;
- Elementary concepts filters;
- three phase circuits;
- Fourier Series and Laplace Transform Methods for serving Electrical Networks;
- Two elements Network Synthesis.
3. Control Systems:
- Mathematical Modelling of Physical Systems;
- Block Diagram and Signal flow graphs and their reduction;
- Time domain and frequency domain analysis of linear dynamical systems;
- Error for different types of inputs and stability criteria for feedback systems;
- Stability analysis using Routh-Hurwitz array, Nyquist Plot and Bode Plot, Root Locus and Nichols Chart and the Estimation of Gain and Phase margin;
- Basic Concepts of Compensator Design; State variable Matrix and its uses in System Modelling and Design;
- Sample data system and performance of such a system with the samples in the error channel; stability of sampled data system elements of non-linear control analysis;
- Control System Components — Electromechanical, Hydraulic, Pneumatic components.
4. Measurement & Instrumentation:
- Bridges and potentiometer, PMMC, Moving Iron, Dynamometer and Induction Type Instruments;
- Measurement of Voltage, Current, Power; Energy and Power factor; Instrument Transformers;
- Digital Voltmeter and Multimeter; Phase, Time and Frequency Measurements;
- Q-Meter, Oscilloscope, Potentiometric Recorders, Error Analysis;
- transducers and their applications to the measurement of non¬electrical quantities like; temperature, pressure, flow-rate, displacement, acceleration, noise level etc.,
- Data Acquisition system;
- A/D and D/A converters.
5. Electromagnetic Theory:
- Electric and Magnetic Fields,
- Gauss `law, Ampere’s Law,
- Field in Dielectrics, conductors and magnetic materials,
- Maxwell’s Equations,
- Time varying fields,
- Plane wave propagation in dielectric and conducting media;
- Transmission Lines.
Electrical Engineering Paper-II
1. Power Systems:
- Electric Power Generation — Thermal, Hydro, Nuclear — Economics and operating Factors;
- Transmission line parameters; Steady state performance of overhead Transmission line and Cables and Surge propagation; Distribution System;
- Insulators, Bundle Conductors, Corona and Radio Interference Effects; Per Unit quantities; Bus Admittance and Impedance matrices; Load Flows;
- Voltage Control and Power factor corrections;
- Economic Operation; Symmetrical Components;
- Analysis of symmetrical and Unsymmetrical faults;
- principle of over current, differential and distance protection; concept of solid state relays and digital protection;
- Circuit Breakers; Concept of Stability — swing Curves and Equal Area criterion;
- Basic concept of HVDC transmission and FACTS Devices.
2. Power Electronics & Electric Drives;
- Semiconductor Power Devices — Diodes, Transistors, Thyristors, Triacs, GTOs, MOSFETs and IGBTs —Static Characteristics and principle of operations;
- Triggering Circuits; Single Phase and Three Phase half controlled and full controlled Bridge Rectifiers’,
- DC-DC Converters — Buck Converters, Boost Converter,
- Buck-Boost Convener, Single phase and three phase Inverters, Pulse Width Modulation Techbiques;
- basic Concept of adjustable DC and AC Drivers.
3. Microprocessor and Microcontroller:
- 8085 and 8086 microprocessor architecture, Instruction sets and simple assembly language programming,
- Interfacing for memory and 1/0;
- 8051 Microcontroller Architecture, Instruction Sets and Simple Assembly language programming;
- Applications of Microprocessors and Microcontroller.
4. Analog and Digital Electronic Circuits:
- Semiconductor Device Physics, P-N junctions and transistors- circuit models and parameters;
- PET, Zeiler, Tunnel, Schottky, Photo Diodes and their applications; Rectifier circuits;
- voltage regulators and multipliers; switching behaviour of diodes and transistors;
- small signal amplifiers-biasing circuits, frequency response and improvement; multistage amplifiers and feedback amplifiers; DC amplifiers;
- Wave shaping circuits;
- Multivibrators and Flip Flops and their applications; Digital logic gate families, Universal Gates;
- Combinational circuits for arithmetic and logic operations;
- Sequential logic circuits; Counters and registers; RAM and ROMs.
5. Communication Systems:
- Types of Modulations; AM, FM and PM;
- Demodulators; Noise and bandwidth Considerations;
- Digital communication systems;
- Pulse code modulation and Demodulation;
- Elements of sound and vision broadcasting carrier communication;
- frequency division and time division multiplexing; telemetry systems in power engineering.
Odisha PSC Assistant Executive Engineer Previous Year Question Paper 2025
View the OPSC AEE Exam Syllabus 2025. It consists of the name of the subjects, topics, and concepts. Thus the individuals can prepare well for the exam. Moreover, the candidates can analyze the best study materials, preparation tips and examination for effective preparation plan. In addition to that you may also download the pdf of the OPSC AEE Previous Year’s Question Papers. The Model Question Papers will give you proper info regarding the structure of the exam.
OPSC Assistant Executive Engineer Preparation Tips
The applicants can follow the below-mentioned instructions for best preparation plan.
- Download the pdf of the Odisha PSC AEE Exam Syllabus & Test Pattern 2025.
- Collect complete details about the exam.
- After that plan a schedule for practice.
- Solve last year’s question papers.
Download Syllabus from Official Website – Click Here.
The details presented on this page regarding the OPSC AEE Exam Syllabus is an overview. We hope that the info will help the participants to clear their queries.
Important Link
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