Agile Methodology
In the IT field Agile methodology is one of the most popular software engineering techniques in which various software production methodologies are related to the principles of agile. The main objective of Agile methodologies is to finish the product with collaborative efforts and the main benefit of this methodology is that it ensures regular release of products and continuous improvement with every iteration.
Advantages of Agile Methodology
- Due to involvement of small iteration it delivers high quality of output.
- With the help of Agile methodology allows creative improvements whenever working on the software product.
- The agile methodology is popular for its minimal reliance and adaptivity on the initial documentation.
Disadvantages of Agile Methodology
- Agile methodology doesn’t consist of any deadlines.
- Agile methodology also lacks clarity and the project vision.
What are Software Development Methodologies | 15 Key Methodologies
The main objective of Software Development companies is to provide high quality software products at low cost. Therefore, proper planning is required and proper management is required for the software development process. Thus a proper methodology is important for achieving this type of objectives by the companies and organizations. There are multiple types of Software development methodologies and in this article a detailed knowledge is provided about the Top 15 Software Development Methodologies.
Table of Content
- What is Software Development Methodology ?
- Top 15 Software Development Methodology
- 1. Agile Methodology
- 2. Behaviour-Driven Development
- 3. Lean Development
- 4. Scrum Methodology
- 5. Waterfall Methodology
- 6. Feature Driven Development (FDD)
- 7. Extreme Programming (XP)
- 8. Spiral Methodology
- 9. Rapid Application Development (RAD)
- 10. Prototyping Methodology
- 11. Rational Unified Process Methodology
- 12. Adaptive Software Development
- 13. Dynamic Systems Development Model
- 14. DevOps Methodology
- 15. Joint Application Development Methodology
- Conclusion
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