Group 32: CAMS Project Management, Governance, Agile Adoption in Organisations

CAMS project management

In an Earned Value Management System, the Control Account Manager (CAM) is crucial (EVMS).

The control account manager is in charge of planning, coordinating, and completing all work inside a Control Account, as well as acting as a single point of contact for all scope, technical, and cost issues - not an easy task.


The following are three characteristics that are required for good CAM project management:

  • Accountability

  • Authority

  • Responsibility

A CAM must be assigned complete responsibility for managing the Control Account's cost, schedule, and technical performance, as well as for supporting all client meetings and data requests. All work assignments, papers, and obligations concerning the control account must be reviewed and approved by the control account manager. Accountable for account performance control. The Program Manager authorises and holds the CAM accountable for the entire cost, schedule, and technical objectives.

  • CAM's tasks include the following:

  • Within the project's Integrated Master Schedule, their allotted portions (control accounts) (IMS).

  • Control Account Plan (CAP) creation and management, including Planned Value (PV), aka Budgeted Cost for Scheduled Work (BCWS).

  • The Control Account Authorization (CAA) paperwork are approved.

  • Within the control account, subcontractor effort is managed.

  • Managing the control account effort with the resources allotted to it.


Why organisations need Agile Adoption?


Software companies operate in a competitive market with a fast-paced atmosphere. These businesses must produce on-time, dependable, and flexible solutions that meet the changing needs of their consumers. Software teams have gradually adopted new managerial ideas and tools to help them manage and integrate changes in complex software solutions during the previous two decades. As a result, a new set of "methodologies" known as "agile" methodologies has arisen, which is gaining in popularity among software practitioners. These strategies are founded on managerial ideas that call into question "traditional" project management approaches based on up-front requirements identification, thorough documentation, and sequential development. These methods, such as the "V" and "waterfall" lifecycles, are thought to be incapable of dealing with the unavoidable changes in demand and rapid technological advancements.


Agile techniques stress short iterative development cycles (ranging from one to three weeks), close cooperation between developers and clients, and constant change adaption. Each iteration consists of releasing a new version of the product for the client to test. As a result, customer feedback is encouraged and can be incorporated into the product's future iteration. Requirements are defined iteratively depending on customer prioritising, unlike traditional methodologies. Despite the fact that agile techniques appear to improve project team collaboration, customer happiness, and product quality, adoption of these methodologies remains a struggle for many large organisations and software teams..


Agile Methodology:


There are various agile methodologies available. These approaches, in general, stress iterative development, self-organizing teams, code quality through continuous integration, unit testing, feedback, and change adaption. As a result, the delivery of a working product in small increments is prioritised over unnecessary paperwork and planning ahead of time. Actors work together to build and organise agile methodology adoption procedures without relying on a formal strategy. They make understanding of these approaches, as well as their implementation context, through ongoing conversations and negotiations, and try to adapt them to their individual situations. However, when the organisational setting is complex and dysfunctional, organising processes become extremely difficult. In distributed and huge businesses, for example, close collaboration and mutual adjustments become harder to achieve. Large and complicated businesses have a hard time adopting agile principles and technologies, especially when planning projects. People working in the agile transformation process are frequently unable of recognising the appropriate agile techniques for their firm, taking into account contextual factors and responding to business needs. As a result, excellent governance appears to be critical for determining who is responsible for the agile transformation process' input rights.


Designing a Governance Framework for Agile Adoption:


Each software company is made up of a unique set of actors, management techniques, organisational structure, policies, values, and norms, among other things. As a result, although while each agile methodology clearly describes the behaviours, roles, and tools that software teams are expected to adopt, each business will have a unique experience with the adoption process of agile approaches. The adoption of agile techniques can be seen as an organisational process based on ongoing interactions between actors who are seeking to make sense of these methodologies and come to an agreement on how to execute them [8]. From this standpoint, it appears critical to equip businesses with a governance structure that assists them in dealing with the decision-making environment during the adoption of agile methodologies.


Agile Key Decisions


In order to begin the adoption process of agile practises, organisations must first define the scope of the agile methodology they wish to employ. They must deal with five critical decisions in order to translate their business principles and project team requirements into agile principles and practises.

  1. Agile concepts,

  2. Agile architecture,

  3. Agile infrastructure,

  4. Project team needs,

  5. Agile project investment and prioritisation should all be considered in these decisions.


To stay competitive, software project teams must come up with new ways to provide unique customer value in order to meet corporate needs. As a result, they must identify wastes and dysfunctions that arise during the development process and resolve them using a set of best practises. Determine who should make decisions and provide essential input for each decision as the second phase in creating agile adoption governance. People with agile decision rights and/or input, in reality, play a vital role in the adoption process. Key stakeholders should be identified and assessed in this regard.

Conclusion Of Discussion:


Despite the fact that the number of agile adopters in software organisations continues to rise, several obstacles remain when integrating agile methods across software projects. In reality, most studies on agile adoption have focused on the issues faced by software developers who are actively involved in the product development process.

Until recently, there has been no organised approach to help organisations and businesses use agile methodology in their businesses, despite the fact that transitioning to a truly agile methodology is extremely tough for project teams. It would be wiser to structure their adoption by proposing a governance framework that firms seeking agility could rely on. This agile governance framework emphasises the importance of five critical decisions that firms must make when using agile approaches. The relevance of agile methodology adoption and its benefits has recently been recognised by organisations and industry. Because agile methodologies allow businesses to satisfy client demands. It also helps businesses manage their time and resources, which were previously necessary for adjusting any demanding requirements.