Engineering Mechanics
Introduction to Engineering Mechanics109Introduction to Statics54Statics70Forces and Moments50Dynamics71Analysis of Structures48Friction55Mechanical Vibrations108Centroids and Moments of Inertia53Materials Science and Mechanics103Continuum Mechanics105Introduction to Dynamics55Kinematics of Rigid Bodies65Computational Mechanics100Advanced Engineering Mechanics101Kinetics of Rigid Bodies56Vibrations52Mechanical Systems55Introduction to Materials Science52Mechanical Properties of Materials58Materials Selection and Processing54Composite Materials50Smart Materials52Introduction to Thermodynamics53Thermodynamic Systems55Energy Conversion59Thermodynamic Properties57Applications in Engineering55Introduction to Fluid Mechanics56Fluid Dynamics87Dimensional Analysis and Similitude59Viscous Flow57Compressible Flow58
Machine Design
Introduction to Machine Design102Definition and Scope of Machine Design45Design Process and Methodology27Stress and Strain Analysis82Design of Mechanical Elements99Materials and Manufacturing Processes24Machine Dynamics103Types of Stresses and Strains24Tribology102Failure Theories23Advanced Machine Design101Stress Concentration and Fatigue Analysis29Computer-Aided Design (CAD)109Shafts and Couplings29Bearings28Finite Element Analysis (FEA)73Machine Design Projects104Gears and Gear Trains27Fundamentals of Vibrations29Vibration Analysis and Control24Balancing of Rotating Machines23Tribology and Lubrication23Computer-Aided Design and Optimization28Design for Sustainability and Reliability27
Mathematics
Linear Equations51Calculus I103Quadratic Equations56Calculus II64Calculus III41Polynomials51Linear Algebra64Rational Expressions54Differential Equations63Exponents and Radicals44Probability and Statistics83Logarithms52Limits51Numerical Methods98Complex Variables56Derivatives54Partial Differential Equations108Integrals49Mathematical Modeling103Sequences and Series57Descriptive Statistics58Probability62Inferential Statistics57Non-Parametric Statistics64Matrices31Vectors58Systems of Linear Equations56Eigenvalues and Eigenvectors54
Fluid Mechanics
Definition and Properties of Fluids27Introduction to Fluid Mechanics102Fluid Dynamics109Fluid Statics30Fluid Kinematics24Dimensional Analysis and Similitude102Viscous Flow103Conservation of Mass22Compressible Flow87Conservation of Momentum23Fluid Machinery106Conservation of Energy27Computational Fluid Dynamics (CFD)106Dimensional Analysis29Model Testing28Isentropic Flow22Nozzle and Diffuser Flow27Applications of Compressible Flow23Introduction to CFD22CFD Applications23
Thermodynamics
Introduction to Thermodynamics103Definition and Scope of Thermodynamics22Thermodynamic Systems and Properties24Second Law of Thermodynamics104Units and Dimensions27Thermodynamic Properties of Pure Substances108Power Cycles103Energy and the First Law23Thermodynamic Relations83Closed Systems and Heat Transfer22Chemical Thermodynamics101Open Systems and Work36Applications of Thermodynamics95Entropy and the Second Law28Entropy Generation and Irreversibility26Applications of the Second Law24Phase Behavior and Phase Diagrams34Thermodynamic Tables and Property Charts20Ideal Gas Behavior and Equations of State22Power Cycles and Heat Engines26Refrigeration Cycles21Applications of Thermodynamic Cycles23
Control Systems
Introduction to Control Systems101Definition and Classification of Control Systems47Mathematical Modeling of Control Systems44Modeling of Control Systems79Time-Domain Analysis of Control Systems49Design of Control Systems100Bode Plots and Nyquist Diagrams43Implementation of Control Systems101Root Locus Analysis42Control Systems Analysis105Control Systems Applications102Frequency Response Design45State-Space Representation of Control Systems48Controllability and Observability66State Feedback Control45Introduction to Nonlinear Control Systems40Phase Plane Analysis42Lyapunov Stability Analysis44Optimal Control41Robust Control43Adaptive Control42
Materials Science
Introduction to Materials Science77Definition and Scope of Materials Science24Atomic and Electronic Structure of Materials97Classification of Materials51Structure of Materials23Mechanical Properties of Materials103Thermal Properties of Materials104Stress and Strain25Elasticity and Plasticity27Electrical Properties of Materials107Magnetic Properties of Materials101Fracture and Fatigue62Corrosion and Degradation of Materials109Heat Capacity and Thermal Conductivity23Materials Characterization Techniques107Phase Transformations25Materials Selection and Applications101Thermal Processing of Materials35Phase Diagrams and Microstructures114Electrical Conductivity and Resistivity26Composite Materials85Semiconductors and Insulators28Superconductivity22Nanomaterials102Magnetic Permeability and Susceptibility29Biomaterials95Ferromagnetism and Paramagnetism22Magnetic Materials and Applications22Types of Corrosion30Corrosion Prevention and Control30Degradation of Materials24Smart Materials26
Heat Transfer
Definition and Modes of Heat Transfer26Introduction to Heat Transfer81Basic Laws of Heat Transfer26Conduction Heat Transfer109Convection Heat Transfer87Thermal Properties of Materials26Radiation Heat Transfer105Steady-State Conduction30Transient Conduction25Heat Transfer Applications102Heat Transfer in Energy Systems101Extended Surfaces25Fundamentals of Convection23Computational Heat Transfer76Advanced Heat Transfer101External Convection29Internal Convection22Fundamentals of Radiation22Radiation Heat Exchange23Radiation in Participating Media22Types of Heat Exchangers44Heat Exchanger Analysis28Design of Heat Exchangers27Heat Transfer in Power Plants24Heat Transfer in HVAC Systems26Heat Transfer in Manufacturing Processes25
Physics
Introduction to Physics67Newton s Laws of Motion122Classical Mechanics54Energy and Work52Thermodynamics92Waves and Optics105Momentum and Collisions51Electricity and Magnetism101Rotational Motion53Electric Fields and Gauss s Law44Modern Physics95Electric Potential and Capacitance51Magnetic Fields and Faraday s Law65Maxwell s Equations52Laws of Thermodynamics52Thermodynamic Processes46Heat Engines and Refrigerators54Wave-Particle Duality51Schrödinger s Equation52Atomic and Molecular Structure57
Computer-Aided Engineering
Introduction to Computer-Aided Engineering100Definition and Overview of Computer-Aided Engineering28Geometric Modeling102Benefits and Challenges of Computer-Aided Engineering23Finite Element Analysis (FEA)100Introduction to CAD Software22Geometric Modeling Techniques25Computational Fluid Dynamics (CFD)82Assembly Modeling and Detailing24Optimization Techniques93Introduction to CAE Techniques31CAE Applications in Mechanical Engineering84Computer-Aided Manufacturing (CAM)100FEA for Stress and Deformation Analysis22CFD for Fluid Flow and Heat Transfer Analysis23CAE in Design and Analysis104CAE Software and Tools75Introduction to CAM Systems23NC Programming and Toolpath Generation22Integration of CAD CAM CAE31Reverse Engineering and 3D Scanning26Additive Manufacturing and Rapid Prototyping26Virtual Reality and Augmented Reality in Engineering24
Technical Writing
Introduction to Technical Writing106Definition and Importance of Technical Writing28Audience Analysis and Document Planning23Document Design and Production103Ethical Considerations in Technical Writing26Technical Report Writing107Document Organization and Formatting28Technical Proposal Writing109Technical Style and Language26Technical Editing and Revision103Technical Communication in Engineering90Visual Communication in Technical Writing27Technical Reports25Advanced Technical Writing100Technical Proposals37Technical Manuals and Instructions29Collaborative Technical Writing27Technical Editing and Proofreading31Technical Writing Tools and Resources28
Chemistry
Chemical Foundations1011.1: Matter and Its Properties271.2: Atomic Structure30Thermochemistry941.3: Chemical Bonding25Kinetics and Equilibrium1001.4: Chemical Reactions25Electrochemistry921.5: Gases26Organic Chemistry I1021.6: Solutions40Organic Chemistry II1021.7: Acids, Bases, and Salts27Inorganic Chemistry95Analytical Chemistry1011.8: Equilibrium26Physical Chemistry I1071.9: Thermodynamics25Physical Chemistry II1011.10: Electrochemistry272.1: Introduction to Organic Chemistry242.2: Alkanes and Cycloalkanes322.3: Alkenes and Alkynes252.4: Aromatic Compounds252.5: Stereochemistry252.6: Reactions of Organic Compounds342.7: Spectroscopy262.8: Organic Synthesis242.9: Biomolecules332.10: Polymers263.1: Introduction to Analytical Chemistry283.2: Quantitative Analysis203.3: Qualitative Analysis273.4: Electroanalytical Chemistry493.5: Spectroscopic Methods253.6: Chromatographic Methods263.7: Data Analysis283.8: Applications of Analytical Chemistry553.9: Emerging Analytical Techniques263.10: Quality Assurance and Control264.1: Introduction to Physical Chemistry374.2: Quantum Mechanics234.3: Spectroscopy254.4: Statistical Mechanics274.5: Thermodynamics314.6: Kinetics434.7: Electrochemistry234.8: Surface Chemistry274.9: Colloid and Interface Science274.10: Polymer Chemistry235.1: Introduction to Biochemistry225.2: Metabolism325.3: Enzymology255.4: Molecular Biology245.5: Cell Biology285.6: Immunology315.7: Biotechnology285.8: Bioenergetics25