A structured study plan for the Nepal Engineering Council Registration Examination for Electrical and Electronic Engineering (AEEE) Click Here to Download Syllabus. The plan spans 12 weeks, allowing for thorough preparation across all key topics.
Week 1-2: Fundamentals of Electrical Components and Circuits
- Day 1-3: Basic Concepts (AEEE01.1)
- Ohm’s Law, Kirchhoff’s Law
- Series and Parallel Circuits
- Day 4-5: Network Theorems (AEEE01.2)
- Thevenin’s, Norton’s, and Superposition Theorems
- Day 6-7: Alternating Current Fundamentals (AEEE01.3)
- Generation of AC, Three-phase System
- Day 8-9: Electric Circuit Response (AEEE01.4)
- Transient Analysis of R-L, R-C, R-L-C Circuits
- Day 10-11: Analysis of One Port and Two Port Networks (AEEE01.5)
- Day 12-14: Synthesis of Networks (AEEE01.6)
Week 3-4: Fundamentals of Electronic Devices and Circuits
- Day 1-2: Semiconductor Diodes and Transistors (AEEE02.1)
- PN Junction, BJT Characteristics
- Day 3-4: JFET and MOSFET (AEEE02.2)
- Operation and Applications
- Day 5-6: Amplifiers and Signal Generators (AEEE02.3)
- Amplifier Design, Oscillator Circuits
- Day 7-8: Operational Amplifier Characterization (AEEE02.4)
- Day 9-10: Nonlinear Circuits and Active Filters (AEEE02.5)
- Day 11-12: Logic Families and ICs (AEEE02.6)
- Day 13-14: Review and Practice Problems
Week 5: Digital Logic and Microprocessor
- Day 1-2: Digital Logic (AEEE03.1)
- Boolean Algebra, Karnaugh Maps
- Day 3-4: Combinational and Arithmetic Circuits (AEEE03.2)
- Multiplexers, Decoders
- Day 5-6: Sequential Logic Circuit (AEEE03.3)
- Flip-Flops, Counters
- Day 7: Microprocessor Basics (AEEE03.4)
- Internal Architecture, Assembly Language Programming
Week 6: Computer Programming
- Day 1-2: Introduction to Programming (AEEE04.1)
- Variables, Operators, Data Types
- Day 3-4: Control Statements (AEEE04.2)
- If-else, Switch, Loop Statements
- Day 5-6: Functions (AEEE04.3)
- Function Prototypes, Recursion
- Day 7: Pointers and Data File Management (AEEE04.4)
Week 7: Measurement, Instrumentation, and Control
- Day 1-2: Measurement and Error (AEEE05.1)
- Types of Errors, Bridge Circuits
- Day 3-4: Transducers and Sensors (AEEE05.2)
- Classification, Applications
- Day 5-6: Electrical Measurements and Instruments (AEEE05.3)
- Instruments like Voltmeter, Ammeter, Wattmeter
- Day 7: System Modeling (AEEE05.4)
Week 8: Electrical Machines
- Day 1-2: Transformers Fundamentals (AEEE06.1)
- Types, EMF Equation, Efficiency
- Day 3-4: DC Generators (AEEE06.2)
- Construction, Characteristics
- Day 5-6: DC Motors (AEEE06.3)
- Speed Control, Applications
- Day 7: Induction Motors (AEEE06.4)
- Principle, Torque-speed Characteristics
Week 9: Signals, Systems, and Frequency Domain Analysis
- Day 1-2: Fundamentals of Signal and Systems (AEEE07.1)
- Classification, Convolution
- Day 3-4: Laplace Transforms (AEEE07.2)
- Properties, Applications
- Day 5-6: Fourier Series and Transforms (AEEE07.3)
- CT and DT Fourier Series
- Day 7: Z Transform and Digital Systems (AEEE07.4)
Week 10: Communication Systems
- Day 1-2: Basic Elements of Communication Systems (AEEE08.1)
- Analog and Digital Systems
- Day 3-4: Analog Modulation and Demodulation (AEEE08.2)
- AM, FM, PM
- Day 5-6: Digital Communication and Modulation (AEEE08.3)
- PSK, QAM, PCM
- Day 7: Pulse Modulation and Coding (AEEE08.4)
Week 11: Power Systems and Devices
- Day 1-2: Power Plants (AEEE09.1)
- Thermal, Hydro, Solar, Wind
- Day 3-4: Transmission and Distribution of Power (AEEE09.2)
- Systems of Power Transmission
- Day 5-6: Protection and Control of Power System (AEEE09.3)
- Relays, Breakers, SCADA
- Day 7: Residential and Industrial Electrification (AEEE09.4)
Week 12: Project Planning, Design, and Implementation
- Day 1: Engineering Drawings (AALL10.1)
- Standard Drawing Sheets, Orthographic Projections
- Day 2: Engineering Economics (AALL10.2)
- Project Cash Flow, NPV, IRR
- Day 3: Project Planning and Scheduling (AALL10.3)
- CPM, PERT, Resource Management
- Day 4: Project Management (AALL10.4)
- Risk Analysis, Financing, Contracts
- Day 5: Engineering Professional Practice (AALL10.5)
- Ethics, NEA Roles
- Day 6: Engineering Regulatory Body (AALL10.6)
- Nepal Engineering Council Regulations
- Day 7: Review and Final Practice Tests
Final Week:
- Day 1-3: Focus on weak areas identified during practice tests.
- Day 4-5: Full-length mock exams under timed conditions.
- Day 6-7: Review and rest before the exam.
This plan balances theory with practical applications and allows ample time for review and practice.
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