Covers grading, organization, prerequisites, infrastructure, challenges, testing, developer tools, and reasons to study software engineering.
Covers software engineering essentials, emphasizing requirements, modularity, and abstraction, with practical insights and examples.
Explores the history of computing, automated testing, TDD, test coverage, bug reports, and debugging.
Emphasizes good code practices, including user story specificity, problem-solving, readable code, design patterns, and defensive programming.
Covers testing, TDD, coverage, debugging, naming conventions, comments, and solutions for coding issues.
Explores software performance, covering measurement, goals, and improvement strategies, with real-world examples from Netflix and Grand Theft Auto.
Delves into code evolution, bug identification, refactoring, and legacy code management.
Explores software performance, covering metrics, latency, optimization techniques, and real-world examples like Grand Theft Auto.
Covers benchmark design, caching, latency, bugs, Excel leap year, refactoring, and legacy code evolution.
Covers the purpose of services in the Android ecosystem, app permissions, Intents, designing mobile vs desktop apps, and handling synchronous and asynchronous operations.
Explores Scrum, the waterfall model, teamwork, code reviews, and asynchronous software design in software development.
