Software Engineering Full Course
Master Modern Software Engineering: From Agile and Design Patterns to Security and Dependability, Dive into Essential Practices and Mindsets for Future-Ready Development!
4.0
(1)
9 learners
What you'll learn
- Understand and apply software process activities and ethics in software engineering.
- Demonstrate knowledge of agile development methods and extreme programming techniques.
- Develop skills in requirements engineering, including specification, validation, and management.
- Implement design patterns and open-source coding for effective software design and implementation.
This course includes
- 16.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 15 lessons • 16.5 hours of video
Comprehensive Software Engineering Fundamentals
15 lessons
• 16.5 hours
Comprehensive Software Engineering Fundamentals
15 lessons
• 16.5 hours
- #Software #Engineering - Lecture 1 : Introduction, Software Products, Process Activities & Ethics 53:19
- #Software #Engineering - Lecture 2 : Software Processes, Activities, The Rational Unified Process 01:03:49
- #Software #Engineering - Lecture 3 : Agile Software Development and Extreme Programming 01:10:55
- #Software #Engineering - Lecture 4: Requirements Engineering, Specification, Validation & Management 01:38:09
- #Software #Engineering - Lecture 5 : System Modeling - Context, Interaction, Structural & Behavioral 01:33:03
- #Software #Engineering - Lecture 6 : Architectural Design Decisions, Views, Patterns & Applications 01:09:43
- #Software #Engineering - Lecture 7 : Design and Implementation, Design Patterns & Open Source Coding 01:25:31
- #Software #Engineering - Lecture 8 : Test-driven Development & Release, User & Software Testing 01:11:57
- #Software #Engineering - Lecture 9 : Software Evolution and Maintenance & Legacy System Management 01:17:49
- #Software #Engineering - Lecture 10 : Sociotechnical Systems, Complex Systems, System Engineering 43:11
- #Software #Engineering - Lecture 11 : Security and Dependability, Safety, Availability & Reliability 57:15
- #Software #Engineering - Lecture 12 : Dependability, Safety, Security & Reliability Specification 55:30
- #Software #Engineering - Lecture 13: Dependability Engineering & Programming, Redundancy & Diversity 59:05
- #Software #Engineering - Lecture 14: Security Engineering, Management, Risk Assessment & Design 51:35
- Solid Principles Full Tutorial In C# - Interview Answers - Design Patterns In .NET - Coding Examples 01:07:40
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