You''ll start by learning the fundamentals of the Git environment and commands. Concepts such as commits, branches, and Git organization are discussed. To avoid bogging you down with software terminology, advanced topics like setting up a Git server are ignored. Descriptions are worded to keep you away from technical specifications. Examples are presented in easily digestible text files and focus on realistic scenarios and concerns without delving into one-off or advanced, oddball situations. You can see the results without focusing on the jargon. 

Once you understand the basics of Git, you’ll design a digital system circuit using a computer aided design (CAD) tool. You’ll learn to collaborate effectively through Git between team members, incorporate continuous development philosophy, work with project documentation, and build a solid project structure. Finally, you''ll see how Git can also ease maintenance tasks and provide CAD designers unique opportunities.  

What You''ll Learn

• Work with the Git-bash environment
  
• Incorporate continuous development philosophy
  
• Discover the links between Git and modern CAD programs

Who This Book Is For

Electrical engineers active in device manufacturing and other engineers and students unfamiliar with Git.

You''ll start by learning the fundamentals of the Git environment and commands. Concepts such as commits, branches, and Git organization are discussed. To avoid bogging you down with software terminology, advanced topics like setting up a Git server are ignored. Descriptions are worded to keep you away from technical specifications. Examples are presented in easily digestible text files and focus on realistic scenarios and concerns without delving into one-off or advanced, oddball situations. You can see the results without focusing on the jargon. 

Once you understand the basics of Git, you’ll design a digital system circuit using a computer aided design (CAD) tool. You’ll learn to collaborate effectively through Git between team members, incorporate continuous development philosophy, work with project documentation, and build a solid project structure. Finally, you''ll see how Git can also ease maintenance tasks and provide CAD designers unique opportunities.  

What You''ll Learn

• Work with the Git-bash environment
  
• Incorporate continuous development philosophy
  
• Discover the links between Git and modern CAD programs

Who This Book Is For

Electrical engineers active in device manufacturing and other engineers and students unfamiliar with Git.

You''ll start by learning the fundamentals of the Git environment and commands. Concepts such as commits, branches, and Git organization are discussed. To avoid bogging you down with software terminology, advanced topics like setting up a Git server are ignored. Descriptions are worded to keep you away from technical specifications. Examples are presented in easily digestible text files and focus on realistic scenarios and concerns without delving into one-off or advanced, oddball situations. You can see the results without focusing on the jargon. 

Once you understand the basics of Git, you’ll design a digital system circuit using a computer aided design (CAD) tool. You’ll learn to collaborate effectively through Git between team members, incorporate continuous development philosophy, work with project documentation, and build a solid project structure. Finally, you''ll see how Git can also ease maintenance tasks and provide CAD designers unique opportunities.  

What You''ll Learn

• Work with the Git-bash environment
  
• Incorporate continuous development philosophy
  
• Discover the links between Git and modern CAD programs

Who This Book Is For

Electrical engineers active in device manufacturing and other engineers and students unfamiliar with Git.