Circuit Analysis I

Basic Concepts of Electricity53Circuit Laws and Theorems54DC Circuit Analysis Techniques52Introduction to AC Circuits59AC Circuit Analysis Techniques57Power in AC Circuits51Operational Amplifiers53Filters50Power Electronics56

Circuit Analysis II

Nodal Analysis55Mesh Analysis58Superposition Theorem55Thevenin s Theorem19Norton s Theorem58Maximum Power Transfer Theorem35Phasors59Impedance and Admittance52AC Circuit Analysis Techniques52Power in AC Circuits54Resonance in AC Circuits50First-Order Circuits55Second-Order Circuits50Laplace Transform45Transient Analysis Using Laplace Transform43Filter Design56Amplifier Design53Oscillator Design55Power System Analysis52

Digital Logic Design

Overview of Digital Logic Design53Number Systems and Codes52Logic Families and Interfacing52Simplification Techniques53Combinational Logic Circuits50Sequential Logic Design54Sequential Logic Analysis54Sequential Logic Design56Memory and Programmable Logic54Digital Signal Processing57Computer Architecture54VLSI Design52

Signals and Systems

Definition of a signal50Classification of signals52Systems53Properties of systems54Signal processing47Time-domain representation of signals47Time-domain operations on signals56Signal energy and power54Correlation and convolution50Frequency-domain representation of signals50Frequency-domain operations on signals55Fourier transform56Laplace transform20Sampling50Quantization50Effects of sampling and quantization52Nyquist sampling theorem59Signal processing in communications52Signal processing in control systems51Signal processing in image processing52Signal processing in audio processing51

Electromagnetics

Basic Concepts50Electrostatic Fields50Magnetostatic Fields49Transmission Line Parameters40Transmission Line Analysis51Applications of Transmission Lines53Plane Waves in Lossy Dielectrics59Waveguides51Antennas55Sources of Electromagnetic Interference56EMI Measurement and Control53Applications of EMC52

Electronics I

Overview of Electronics52Basic Electrical Concepts54Circuit Analysis Techniques50Diodes59Transistors53Field-Effect Transistors (FETs)44Amplifiers52Filters55Oscillators51Logic Gates54Combinational Logic50Sequential Logic38Power Electronics51Microelectronics55Embedded Systems55

Electronics II

Diode Characteristics52Diode Applications56BJT Characteristics50BJT Amplifiers52BJT Switches53FET Characteristics55FET Amplifiers50FET Switches53Op-Amp Characteristics56Op-Amp Applications50Logic Gates59Combinational Circuits51Sequential Circuits53

Computer Architecture

Definition and Overview of Computer Architecture56Instruction Set Architecture (ISA)53Processor Design46Memory Hierarchy57Input Output (I O) Systems50Number Representation and Arithmetic50Floating-Point Arithmetic59Multiprocessor Architectures56Synchronization and Communication51

Control Systems

Definition and Classification of Control Systems54Mathematical Modeling of Control Systems54Time-Domain Analysis of Control Systems50Frequency Response and Bode Plots55Control System Design in the Frequency Domain50State-Space Representation of Control Systems50Stability Analysis in the State-Space57Control System Design in the State-Space52Nonlinear Control Systems50Optimal Control50Digital Control Systems56

Power Systems

Definition and Overview of Power Systems53Power System Components50Power System Analysis58Load Forecasting50Generation Planning51Transmission and Distribution Planning45System Control and Monitoring58Economic Dispatch52Voltage and Reactive Power Control50Introduction to Power System Protection50Protective Relays54Power System Protection Schemes56

Engineering Mathematics

Matrices and Determinants45Vector Spaces31Eigenvalues and Eigenvectors50Limits and Continuity51Differentiation47Integration35First-Order Differential Equations54Second-Order Differential Equations59Systems of Differential Equations43Complex Numbers and Functions45Analytic Functions35Conformal Mappings50Probability Theory52Statistical Inference53Applications in Engineering51

Physics I

1.1: Introduction to Kinematics501.2: One-Dimensional Motion521.3: Two-Dimensional Motion502.1: Introduction to Dynamics562.2: Applications of Newton s Laws192.3: Momentum and Impulse593.1: Introduction to Energy593.2: Work and Energy553.3: Thermal Energy444.1: Introduction to Electricity534.2: Electric Circuits504.3: Magnetism595.1: Introduction to Waves575.2: Sound Waves505.3: Light Waves53

Physics II

Electric Fields50Electric Potential54Capacitance54Magnetic Fields50Magnetic Forces51Inductance52Faraday s Law50Inductors and Capacitors in AC Circuits51Transformers50Wave Properties50Geometrical Optics10Physical Optics53Special Relativity54Quantum Mechanics53Nuclear Physics56

Technical Writing

Definition and Importance of Technical Writing51Audience Analysis and Document Planning57Ethical Considerations in Technical Writing48Technical Reports50Technical Proposals51Technical Manuals and Instructions52Principles of Effective Technical Writing50Technical Terminology and Jargon58Visual Aids and Graphics50Document Editing and Formatting Software53Style Guides and Templates59Collaboration and Peer Review56Technical Communication in a Global Context54Technical Writing for Specialized Audiences52Emerging Trends in Technical Writing58

Ethics in Engineering

Definition and Importance of Ethics54Ethical Theories and Frameworks57Ethical Dilemmas in Engineering46Engineering Standards and Codes56Whistleblower Protection and Reporting50Conflict of Interest and Bribery54Environmental Impact of Engineering Projects52Climate Change and Engineering Responsibility50Ethical Considerations in Energy Production50Diversity and Inclusion in Engineering59Engineering for Social Good52Ethics of Artificial Intelligence and Automation46Ethical Decision-Making Process55Case Studies in Engineering Ethics52Ethical Leadership and Communication58