Project Management models- Technical and Non Technical
Project management methodologies or models helps us to define our approach to lead or manage any project as per the nature of project.
Here's a breakdown of different project management models and methodologies which could be utilised to manage technical and non technical projects both.
1. Waterfall Model
Description:
A linear and sequential approach. Each phase must be completed before moving to the next (e.g., Requirements → Design → Implementation → Testing → Deployment → Maintenance).
Best for: Projects with well-defined requirements and low risk of changes.
Example:
Building a bridge or hardware product where scope and requirements are fixed from the beginning.
2. Agile Methodology
Description:
An iterative and incremental approach focused on flexibility, collaboration and customer feedback. Work is delivered in small, usable chunks called sprints.
Best for: Software development, fast-changing environments.
Example:
Developing a mobile app, where features evolves based on user feedback every 2-4 weeks.
3. Iterative Model
Description:
The product is developed in cycles (iterations). Each iteration improves the previous one based on feedback. Unlike Agile, not all iterations result in a working product.
Best for: Projects with evolving requirements and need for frequent refinements.
Example:
Developing an AI model where initial versions are tested and refined with each cycle.
4. Incremental Model
Description:
The system is developed and delivered in small functional pieces (increments). Each increment adds functionality.
Best for: Projects that can be broken into independent features.
Example:
Launching a website where login, shopping cart and checkout features are added one at a time.
5. V-Model (Verification and Validation)
Description:
An extension of the Waterfall model, where each development phase is associated with a testing phase. It emphasizes quality and validation at each step.
Best for: Projects needing high reliability, like embedded or defense systems.
Example:
Developing medical devices that must meet strict compliance and testing standards.
6. Spiral Model
Description:
Combines elements of both iterative and Waterfall models. Focuses on risk assessment at every phase, with repetitive refinement through cycles.
Best for: Large, complex and high-risk projects.
Example:
Creating a new banking system with many unknowns and regulatory requirements.
7. Big Bang Model
Description:
All resources are thrown into development and the product is built in one go without clear requirements. Minimal planning is there and it denotes full sprint delivery where development is all at once.
Best for: Small projects, proof of concepts, or R&D where requirements are unclear.
Example:
A startup experimenting with a new app idea without knowing if there’s a market yet.
8. Hybrid Methodology
Description:
It is a combination of both Waterfall and Agile methodologies where teams tailor their approaches to meet the project goals.
Best for: Projects which starts in a sequence and then adapts or evolves as per the requirements.
Example: Suitable for any Enterprise software development projects.









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