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Learn how to use discrete mathematics to become a better programmer. Find out about the role of math in programming, and how to use discrete math to analyze and manipulate data, test logic, and visualize solutions.
Learn how to connect programming theory to practice. This series of training videos explains basic programming concepts such as functions, variables, and loops by comparing them to real-life scenarios.
Build more secure software by leveraging architectural analysis for security, security frameworks, code analysis and risk analysis tools, and security patterns.
Discover how a database can benefit both you and your architecture, whatever the programming language, operating system, or application type you use.
Explore 15 essential design patterns that will help you solve common coding challenges in Python.
Find out what it takes to break into STEM. Meet three inspiring women with successful careers in science, technology, engineering, and math.
Gain a deeper understanding of how computer programs store and manipulate data internally.
A software quality engineer discusses how to get started in quality assurance (QA), how QA fits in at companies small and large, and how it has changed since the rise of agile workflows.
Identifies seven object-oriented design patterns (including the singleton, observer, decorator, and factory patterns) that make your development process faster and easier.
Make your programs faster and more responsive by understanding how to create efficient, optimized, well-running code in any programming language.
Learn how to incorporate different kind of software testing into your development cycle and start testing, recording, and resolving defects.
Create more reliable, maintainable software by using test-driven development.
Take existing code and make it better—more readable, efficient, understandable, and updateable—with refactoring.
Reviews the history of version control and demonstrates its fundamental concepts: check-in/checkout, forking, merging, commits, and distribution.
Introduces object-oriented terms like abstraction and inheritance and shows how to define requirements and use cases and create a conceptual model of your application.
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