Advanced Engineering Mathematics
Vector Spaces54Matrices and Linear Transformations29Systems of Linear Equations44Inner Product Spaces56Functions and Limits41Integration44Sequences and Series51Partial Derivatives and Multiple Integrals53First-Order Differential Equations50Second-Order Differential Equations48Systems of Differential Equations58Partial Differential Equations58Probability39Random Variables53Statistical Inference51Stochastic Processes57Root-Finding Methods56Interpolation and Approximation52Numerical Integration42Solving Differential Equations54
Engineering Design
Definition and Scope of Engineering Design51Design Thinking and Problem Solving58Engineering Ethics and Sustainability50Project Definition and Requirements Gathering56Concept Generation and Evaluation44Detailed Design and Analysis51Design Verification and Validation53Material Properties and Selection50Manufacturing Processes50Design for Manufacturability59Engineering Mechanics54Numerical Methods and Simulation59Finite Element Analysis53Engineering Drawings and Specifications55Technical Writing and Presentation51Design Review and Collaboration57
Computer-Aided Design
Definition and Overview of CAD50CAD Software and Interface512D Drawing Fundamentals30Sketching and Constraining52Extrusions and Revolutions54Boolean Operations43Creating and Managing Assemblies50Mates and Constraints56Exploded Views and Animations54Parametric Modeling50Surfacing and Rendering54FEA and Simulation56
Digital Signal Processing
Definition and Applications of Digital Signal Processing53Discrete-Time Signals and Systems53Z-Transform and its Applications54FIR Filter Design Techniques56IIR Filter Design Techniques57Filter Implementation and Structures59Fourier Transform and its Applications54Wavelet Transform and its Applications55Adaptive Signal Processing Algorithms53Digital Signal Processing in Communications52Digital Signal Processing in Image Processing56Digital Signal Processing in Control Systems57
Mechanical Engineering Design
Overview of Mechanical Engineering Design54Engineering Materials57Computer-Aided Design (CAD)50Equilibrium of Forces and Moments34Stress and Strain54Bending and Torsion50Kinematics and Kinetics56Vibrations57Machine Dynamics55Thermodynamics56Heat Transfer51Fluid Mechanics57Design Project 153Design Project 256
Mechatronics
Definition and Overview of Mechatronics51Historical Development of Mechatronics65Benefits and Challenges of Mechatronics48Types and Characteristics of Sensors53Signal Conditioning Techniques55Data Acquisition and Processing56Types and Characteristics of Actuators58Control System Fundamentals50Control System Design Techniques52Introduction to Embedded Systems53Microcontroller Architecture and Programming59Interfacing Techniques50System Modeling and Simulation52System Integration and Testing56Case Studies and Applications51
Object-Oriented Programming
What is Object-Oriented Programming?55Classes and Objects57Inheritance and Polymorphism55Arrays and Linked Lists53Stacks and Queues56Trees and Graphs52Creational Design Patterns50Structural Design Patterns52Behavioral Design Patterns51Software Development Lifecycle51Testing and Debugging53Agile Development51
Project Management
Introduction to Project Management53Project Life Cycle51Project Stakeholders59Project Scope Management50Project Time Management53Project Cost Estimating56Project Cost Budgeting56Project Cost Control56Project Quality Planning58Project Quality Tools and Techniques51Project Quality Assurance and Control51Project Team Development54Project Communication Management51Project Risk Management55Project Procurement Planning55Project Procurement Execution43Project Procurement Closeout53Project Integration Planning51Project Integration Execution59Project Integration Control54
Robotics
Definition and History of Robotics58Types of Robots55Robot Anatomy and Components54Forward and Inverse Kinematics51Robot Dynamics55Robot Control51Types of Robot Sensors51Sensor Data Processing58Robot Navigation and Mapping50Artificial Intelligence in Robotics51Robot Autonomy56Ethical Considerations in Robotics57
Software Engineering
Introduction to Software Engineering52Software Development Life Cycle53Software Requirements Engineering59Software Design56Software Implementation58Software Testing53Software Maintenance55Software Quality Assurance54Software Project Management55Software Engineering Ethics42Software Architecture57Software Patterns57Software Reuse52Software Evolution51Software Security52Software Performance Engineering54Software Process Improvement50Software Engineering Research51Software Development Environments53Programming Languages54Databases58Web Technologies58Cloud Computing50Mobile Development50Artificial Intelligence53Machine Learning51
Applied Thermodynamics
Definition and Classification of Systems52Thermodynamic Properties54Equations of State54Forms of Energy Transfer50Work52Heat Transfer56Statement of the First Law58Applications of the First Law53Specific Heats52Statement of the Second Law52Applications of the Second Law59Entropy51Power Cycles51Refrigeration Cycles51Applications of Power and Refrigeration Cycles50Maxwell s Relations38Clapeyron Equation51Thermodynamic Tables and Diagrams54
Engineering Science
1.1 Introduction to Engineering Mechanics551.2 Statics of Particles571.3 Statics of Rigid Bodies561.4 Dynamics of Particles591.5 Dynamics of Rigid Bodies562.1 Introduction to Thermodynamics552.2 First Law of Thermodynamics502.3 Second Law of Thermodynamics552.4 Power and Refrigeration Cycles582.5 Applications of Thermodynamics533.1 Introduction to Fluid Mechanics513.2 Fluid Kinematics553.3 Fluid Dynamics523.4 Applications of Fluid Mechanics523.5 Computational Fluid Dynamics554.1 Introduction to Electrical Engineering554.2 DC Circuits524.3 AC Circuits414.4 Transformers and Machines504.5 Applications of Electrical Engineering515.1 Introduction to Materials Science and Engineering565.2 Mechanical Properties of Materials555.3 Electrical Properties of Materials515.4 Thermal Properties of Materials515.5 Applications of Materials Science and Engineering53
Heat Transfer
Definition and Scope of Heat Transfer50Basic Laws of Heat Transfer50One-Dimensional Heat Conduction57Composite Walls and Extended Surfaces53Lumped Capacitance Analysis42Numerical Methods for Transient Heat Conduction44Fundamentals of Convection54Forced Convection51Natural Convection50Basic Concepts of Radiation55Radiation Exchange Between Surfaces35Types and Applications of Heat Exchangers55Heat Exchanger Analysis and Design53
Linear Algebra
Definition of a Vector Space54Subspaces52Linear Independence and Basis48Coordinate Systems37Definition and Properties59Matrix Representation51Eigenvalues and Eigenvectors40Applications54Definition and Properties55Orthogonality and Projections39Linear Operators on Inner Product Spaces55Applications54
Materials Science
Definition and Scope of Materials Science37Classification of Materials59Structure of Materials59Stress and Strain54Elasticity and Plasticity54Fracture and Fatigue58Heat Capacity and Thermal Conductivity53Thermal Expansion and Contraction50Phase Transformations54Electrical Conductivity and Resistivity54Semiconductors and Insulators56Superconductivity57Magnetic Permeability and Susceptibility52Ferromagnetism, Paramagnetism, and Diamagnetism55Magnetic Materials and Applications58X-ray Diffraction57Scanning Electron Microscopy59Transmission Electron Microscopy59
Numerical Methods
Overview of Numerical Methods52Errors in Numerical Methods49Floating-Point Arithmetic49Bisection Method50Regula Falsi Method57Newton-Raphson Method53Secant Method52Gauss Elimination57Gauss-Jordan Elimination45LU Decomposition50Iterative Methods52Lagrange Interpolation58Newton s Divided Difference Interpolation51Spline Interpolation23Least Squares Approximation44Trapezoidal Rule49Simpson s Rule41Gaussian Quadrature53Monte Carlo Integration51Forward Difference50Backward Difference44Central Difference55Richardson Extrapolation55Euler s Method58Modified Euler s Method51Runge-Kutta Methods54Multistep Methods53Finite Difference Methods53Finite Element Methods56Boundary Element Methods44Monte Carlo Methods59
Physics for Engineers
1.1: Introduction to Mechanics521.2: Kinematics of Particles401.3: Dynamics of Particles561.4: Rotational Motion431.5: Equilibrium of Rigid Bodies502.1: Introduction to Thermodynamics522.2: Heat Transfer532.3: Power Cycles542.4: Refrigeration and Air Conditioning532.5: Thermodynamics of Chemical Reactions503.1: Introduction to Electromagnetism583.2: Magnetic Fields513.3: Electromagnetic Waves513.4: Electrical Circuits553.5: Electrical Machines524.1: Introduction to Quantum Physics524.2: Atomic Physics504.3: Nuclear Physics504.4: Particle Physics574.5: Condensed Matter Physics46
Renewable Energy
Definition and Importance of Renewable Energy25Types of Renewable Energy Sources50Advantages and Disadvantages of Renewable Energy54Principles of Solar Energy Conversion55Solar Photovoltaic Systems50Applications of Solar Energy52Principles of Wind Energy Conversion42Wind Turbine Technologies55Applications of Wind Energy52Principles of Hydropower Generation55Hydropower Technologies50Applications of Hydropower57Principles of Geothermal Energy53Geothermal Technologies54Applications of Geothermal Energy53Principles of Biomass Energy55Biomass Conversion Technologies51Applications of Biomass Energy58Principles of Energy Storage54Energy Storage Technologies50Integration of Renewable Energy with Energy Storage54Environmental Impacts of Renewable Energy55Economic Aspects of Renewable Energy56Policy and Regulatory Framework for Renewable Energy50
Dynamics
Definition and Scope of Dynamics57Units and Dimensions55Newton s Laws of Motion55Equilibrium of Particles38Displacement, Velocity, and Acceleration53Motion in a Straight Line57Motion in a Plane58Force and Mass38Work and Energy55Impulse and Momentum56Introduction to Rigid Bodies58Plane Motion of Rigid Bodies56Work and Energy in Rigid Body Motion53Introduction to Vibrations58Single-Degree-of-Freedom Systems52Multi-Degree-of-Freedom Systems53
Hydraulics and Hydrology
Definition and scope of hydraulics and hydrology51Hydrologic cycle and water balance51Fluid properties and fluid statics56Types of fluid flow and flow regimes55Continuity equation and Bernoulli s equation52Energy losses in pipe flow58Pipe network analysis41Pump characteristics and selection51Pump system design59Types of open channel flow and flow regimes56Energy and momentum principles in open channel flow58Design of open channels51Precipitation and evaporation51Runoff and infiltration51Flood hydrology57