Course Outline
Module 1: Introduction to Heat Transfer and MATLAB Basics
•    Overview of heat transfer: conduction, convection, and radiation
•    Introduction to MATLAB: interface, basic commands, and scripting
•    MATLAB as a tool for numerical computing and simulation
•    Hands-on exercise: Solving basic heat conduction problems using MATLAB
•    Case Study: Analyzing the heat conduction in a metal rod under varying temperature conditions

Module 2: Conduction Heat Transfer Analysis Using MATLAB
•    Principles of conduction heat transfer
•    One-dimensional, two-dimensional, and three-dimensional conduction problems
•    Solving steady-state and transient conduction problems in MATLAB
•    Hands-on exercise: Conductive heat transfer analysis of a wall with multiple layers
•    Real-Life Project: Thermal analysis of a building envelope to optimize insulation thickness

Module 3: Convective Heat Transfer Simulation in MATLAB
•    Fundamentals of convective heat transfer: forced and natural convection
•    Modeling convective heat transfer problems in MATLAB
•    Setting up boundary conditions and solving convective heat transfer equations
•    Hands-on exercise: Analyzing convective heat transfer from a heated plate in a fluid flow
•    Case Study: Convective cooling of electronic components to enhance performance and reliability
 

Module 4: Radiation Heat Transfer and MATLAB Modeling
•    Basics of radiation heat transfer: emissivity, absorptivity, and radiative heat exchange
•    Modeling radiation heat transfer in MATLAB
•    Applying MATLAB for radiative heat transfer calculations in engineering systems
•    Hands-on exercise: Radiation analysis of a flat surface exposed to a heat source
•    Real-Life Project: Radiative heat loss calculation for a solar thermal collector

Module 5: Combined Mode Heat Transfer Analysis
•    Analysis of combined conduction, convection, and radiation heat transfer
•    Setting up and solving combined mode problems in MATLAB
•    Applications in complex thermal systems with multiple heat transfer modes
•    Hands-on exercise: Combined mode analysis of a heat exchanger
•    Case Study: Thermal management of a power electronics module with combined heat transfer modes

Module 6: Heat Exchanger Analysis and Optimization Using MATLAB
•    Types of heat exchangers and their applications
•    Performance analysis and optimization of heat exchangers using MATLAB
•    Modeling heat exchangers: effectiveness, NTU method, and LMTD method
•    Hands-on exercise: Heat exchanger design and analysis using MATLAB
•    Real-Life Project: Optimization of a shell-and-tube heat exchanger for industrial applications

Module 7: Transient Thermal Analysis and Time-Dependent Heat Transfer
•    Understanding transient heat transfer problems
•    Solving time-dependent heat transfer equations in MATLAB
•    Applications in systems with varying thermal loads
•    Hands-on exercise: Transient thermal analysis of a heated cylinder with changing boundary conditions
•    Case Study: Time-dependent cooling analysis of a metal casting process

Module 8: Thermal System Modeling and Simulation in MATLAB
•    Introduction to thermal system modeling
•    Using MATLAB for system-level thermal simulations
•    Developing and analyzing thermal models of complex engineering systems
•    Hands-on exercise: Thermal system simulation of an HVAC system for a building
•    Real-Life Project: Modeling and optimization of a thermal management system for a battery pack

Module 9: Optimization Techniques for Thermal Systems Using MATLAB
•    Introduction to optimization in thermal analysis
•    MATLAB tools and techniques for optimizing thermal performance
•    Application of optimization algorithms to thermal systems
•    Hands-on exercise: Optimizing the thermal efficiency of a solar water heater
•    Case Study: Design optimization of a thermal insulation system for energy savings

Module 10: Capstone Project: Comprehensive Thermal Analysis and Optimization Challenge
•    Participants will work on a comprehensive project involving multiple heat transfer techniques
•    Focus on integrating learned skills: setup, simulation, analysis, and optimization
•    Presentation and peer review of simulation projects
•    Discussion on further learning paths and real-world applications
•    Final Project Presentation: Comprehensive thermal analysis of a selected engineering system, demonstrating full command of MATLAB capabilities in heat transfer and thermal analysis