C/C++ Programming For Mechanical Engineering(Using Chatgpt)

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Free Download C/C++ Programming For Mechanical Engineering(Using Chatgpt)
Published 9/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.03 GB | Duration: 8h 31m
AI Powered C/C++ Programming for Core Engineering

What you'll learn
Understand C/C++ Basics
How to Use ChatGPT for Programming
Integration of C/C++ with real-world industrial systems.
AI tools for code optimization and debugging.
Requirements
Laptop/PC with Internet Connection
Description
Unlock the power of C/C++ programming tailored for core engineers working in the rapidly evolving fields of Industry 4.0.This course blends traditional C/C++ coding practices with AI-driven insights, equipping you with modern problem-solving techniques.Specifically designed for professionals in manufacturing, mechanical, and industrial sectors, this program emphasizes hands-on coding experience, automation, and smart learning strategies through tools like ChatGPT.Throughout this course, you'll learn how to:Master foundational and advanced C/C++ programming concepts.Implement AI-based solutions to streamline complex engineering processes.Integrate programming with mechanical and industrial systems for Industry 4.0 applications.Develop code for real-time industrial automation and intelligent systems.RequirementsAccess to a computer.Willingness to explore AI tools like ChatGPT for smart coding.AudienceMechanical, manufacturing, and industrial engineers.Professionals in Industry 4.0 looking to enhance coding skills.Engineers seeking AI-driven solutions for automation and real-time applications.Those interested in integrating C/C++ with industrial systems.What Will You Learn?Core C/C++ programming skills.AI tools for code optimization and debugging.Integration of C/C++ with real-world industrial systems.In this course, students will:Understand C/C++ Basics: Learn fundamental programming concepts and terminology.Write Simple Programs: Develop and run basic C/C++ applications using an IDE.Control Program Flow: Utilize conditional statements and loops to manage program execution.Create Functions: Design reusable functions and explore recursion.Work with Data Structures: Manage data using arrays, strings, and pointers.Apply Object-Oriented Programming: Model mechanical systems with classes and objects.Handle File I/O: Read from and write to files for data storage and retrieval.Implement Numerical Methods: Solve engineering problems using basic algorithms.Complete a Practical Project: Develop a capstone project applying programming skills to real-world mechanical engineering challenges.
Overview
Section 1: Introduction to Programming
Lecture 1 Overview of Programming Languages
Section 2: Setting Up the Development Environment
Lecture 2 Setting Up the Development Environment
Section 3: Basic Syntax and Data Types
Lecture 3 Variables, Data Types (int, float, char, etc.)
Lecture 4 Operators (Arithmetic, Logical, Relational)
Section 4: Decision Making
Lecture 5 Decision Making
Section 5: Loops
Lecture 6 for loop, while loop, do-while loo
Lecture 7 Nested Loops
Section 6: Introduction to Functions
Lecture 8 Defining and Calling Functions
Section 7: Introduction to Arrays
Lecture 9 Arrays
Section 8: Pointers
Lecture 10 Basics of Pointers
Lecture 11 Pointers and Functions (Use of ChatGPT)
Section 9: Strings
Lecture 12 String Manipulation
Section 10: Structures in C/C++
Lecture 13 Defining and Using Structures
Section 11: File Handling
Lecture 14 Reading from and Writing to Files and Binary File Operations
Section 12: Practical Application in Mechanical Engineering
Lecture 15 Practical Application in Mechanical Engineering
Section 13: Introduction to OOP
Lecture 16 OOP
Section 14: Inheritance and Polymorphism
Lecture 17 Inheritance and Polymorphism
Section 15: Encapsulation and Abstraction
Lecture 18 Access Specifiers (Private, Public, Protected) , Abstract Classes and Interfaces
Section 16: Dynamic Memory Allocation
Lecture 19 Dynamic Memory Allocation
Section 17: Templates and STL (Standard Template Library)
Lecture 20 Templates and STL
Section 18: Error Handling and Debugging
Lecture 21 Error Handling and Debugging
Section 19: Numerical Methods in C/C++
Lecture 22 Numerical Methods in C/C++
Section 20: Simulation and Modelling
Lecture 23 Simulation and Modelling
Section 21: Case Study: Real-World Application
Lecture 24 Building a Small Project
Mechanical, manufacturing, and industrial engineers.,Mechanical Engineers students,Any Core Engineering students and Engineers
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