Skip to main content

Fixed Price (FP) vs Time and Materials (TM) Contract

A Fixed-Price model allows you to leave all of the work to the developers until the product is ready.

Time and Material, on the other hand, requires constant supervision of task progress, materials used, and budget spent, as well as frequent meetings with the development team.

The FP contract price includes all known risks that can happen during project performance. These risks may occur or may not. Still, the customer always pays for them.

The fixed price contract is a precise agreement on a particular time and cost, where a service provider guarantees to deliver the described results on specified terms.

Such a system allows service providers to predict project delivery dates, rates, and requirements. The product owner gets a clear picture of the work scope and its pricing.

Under TM contract, the customer will pay only for real project work. One doesn’t overpay for the risks which may not occur, but in case they take place, contrary to FP, it’s the customer who bears additional costs.

Time and materials pricing uses hourly rates as a billing basis.

Here, the development team does an estimate of the work scope based on hour count and provides the hourly rate for a particular service. The additional report covers the cost of materials — tools, hardware, additional expenses.

When can we go for FP contract?

  1. For small and medium size project
  2. When project requirement is fixed and won't change
  3. No need meeting, set expectations to development team
  4. When there is no major risks
  5. When you have limited budget

When can we go for T&M contract?

  1. The scope of the project is not small
  2. The requirements are not fully known
  3. The requirements may change during the course of the project
  4. The you wants flexibility to modify scope or change features while the project is underway
  5. When you have higher budget
  6. When you have time for supervision of task progress, materials used, and budget spent

Labels:

Comments

Post a Comment

Popular posts from this blog

Certified Enterprise Architect Professional (CEAP) - Module 4 - Architecture Precursors

 Architecture Precursors: Precursors to modern Enterprise Architecture (EA) include early frameworks like IBM's Business Systems Planning (BSP), which focused on aligning business strategy with information systems, as well as other Information Systems (IS) architecture methodologies that emerged in the 1970s and 80s, emphasizing the connection between business processes and IT systems, laying the groundwork for the holistic view of an organization that EA represents today; the "Master Plan for Information Systems" by Evans and Hague is also considered a foundational concept in this area. Drivers: internal / external pressure enforce to change the system Aims & Directives: Aims:  Goals Objectives Requirements Directives: Principles (example: Principles can be associated with business, data, applications, infrastructure, or security) Policies (example: Members of the public have minimal access to data) Business Rules (example: A rule directs and restricts a procedure)
Post a Comment
Read more

Scaled Agile Framework (SAFe)

The Scaled Agile Framework (SAFe) is a set of organizational and workflow patterns for implementing agile practices at an enterprise scale. The framework is a body of knowledge that includes structured guidance on roles and responsibilities, how to plan and manage the work, and values to uphold. Scrum is a simple, flexible approach to adopting Agile that's great for small teams. SAFe is an enterprise-wide Agile framework designed to help bring Agile beyond the team and into the company as a whole. Scaled Agile has built a comprehensive level that includes all the four layers called the team, program, large solutions, and portfolio level. 4 Layers: Portfolio - Strategy, Vision, Roadmap, Strategy goal, Decision making, Budget, Portfolio level metrics,  Program - Align multiple teams towards a common mission, Bring together all the Agile teams, transparency, collaboration, and synchronisation, Scrum of Scrums, Product Owners to define the overall vision. Large Solutions - ar...
Post a Comment
Read more

4 T's - Technology, Time, Teamwork, Transparency

 1) Technology: Software development technologies are the tools and methods that developers use to design, develop, test, and deploy software applications. These include a wide range of software technologies, such as programming languages, frameworks and libraries, databases, and cloud computing platforms. 2) Time: A timebox is a fixed time period within which a deliverable must be produced in a project management context. It's a time management technique that involves dividing time into individual time periods, each with its own goal, duration, and deadline. Timeboxes are self-contained calendar events that can't be extended once they've started. The fundamental principle of timeboxing is that time in timeboxes can't shift, and once the time runs out, work must stop, even if the task isn't finished.  3) Teamwork: Teamwork in project management is a measure of how well a project's team works together to achieve a goal. It involves collaboration, communication, a...
Post a Comment
Read more