Mathematical, Computational & Simulation Tools MCQs

Mathematical, Computational & Simulation Tools – MCQs – EE

1. Numerical Methods – MCQs – EE

• Solution of linear and nonlinear equations – MCQs – EE

• Numerical differentiation and integration – MCQs – EE

• Interpolation and curve fitting – MCQs – EE

• Numerical methods for differential equations – MCQs – EE

• Finite difference and finite element methods – MCQs – EE

• Error analysis and stability – MCQs – EE

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2. MATLAB / Simulink for Electrical Engineers – MCQs – EE

• MATLAB programming basics – MCQs – EE

• Matrix operations and scripting – MCQs – EE

• Simulink modeling and simulation – MCQs – EE

• Control system simulation using MATLAB – MCQs – EE

• Power electronics and machine modeling – MCQs – EE

• Data visualization and signal analysis – MCQs – EE

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3. Power System Simulation Tools (ETAP, PSCAD) – MCQs – EE

• Overview of ETAP and PSCAD software – MCQs – EE

• Load flow and short-circuit analysis – MCQs – EE

• Transient and dynamic stability studies – MCQs – EE

• Protection coordination and relay settings – MCQs – EE

• Harmonic analysis and power quality studies – MCQs – EE

• Renewable integration and grid simulation – MCQs – EE

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4. Optimization Techniques – MCQs – EE

• Linear and nonlinear programming – MCQs – EE

• Constrained and unconstrained optimization – MCQs – EE

• Genetic algorithms and particle swarm optimization – MCQs – EE

• Multi-objective optimization – MCQs – EE

• Applications in power systems and control – MCQs – EE

• Sensitivity and performance analysis – MCQs – EE

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5. Computational Electromagnetics – MCQs – EE

• Maxwell’s equations and numerical modeling – MCQs – EE

• Finite difference time domain (FDTD) method – MCQs – EE

• Method of moments (MoM) – MCQs – EE

• Finite element method (FEM) applications – MCQs – EE

• Electromagnetic field simulation tools – MCQs – EE

• Applications in antennas, motors, and transformers – MCQs – EE