Part 1 – Project management methods and Agile
With dynamically changing market scenarios dominating the outsourcing markets, it has become imperative to remain conversant with emergent technologies and use them for developing projects. New platforms and technologies have a lot to offer in terms of reduced development time and targeting a wider range of client-centric requirements, however, while reaping the benefits they offer, they also impose a few constraints regarding their applicability. Offshoring businesses can increase the productivity levels and generate higher profits but often face problems in finding technical teams familiar with the usage and implementation of new technologies. For most organizations, it is more profitable to find technical talent in other countries and outsource their projects depending upon the nature and scope of the project on hand.
It is very important to manage projects in an effective manner to make them profitable. Several project management frameworks and methods aim to make project management easier and more effective. Some of the popular methods used in the past, and even now are:
- Critical Path Method (CPM)
- Critical Chain Project Management (CCPM)
- PMI/PMBOK Method
- Event Chain Methodology (ECM)
- Extreme Project Management (XPM)
- Adaptive Project Framework (APF)
- Lean Development (LD)
- Six Sigma/Lean Six Sigma
- Dynamic Systems Development Model (DSDM)
- Feature Driven Development (FDD)
- Rapid Application Development (RAD)
- Systems Development Life Cycle (SDLC)
- Waterfall (Traditional)
Each method proposes to make project management easy and more accurate. Often, it is difficult to choose which method one ought to adopt for developing a project since every management technique has its own pros and cons. While a particular organization may offer a positive feedback regarding a method it is following, consultants might consider it a bad choice and speak against it. There are no postulates or rules which define a “successful” project. Also, there are no rules which can help in deciding whether a particular methodology is more effective as compared to the other. It is based more upon personal experience, understanding how a methodology works and what it has to offer, and how well it can be implemented. Perhaps, the most important aspect to understand is whatever methodology you choose, what is more, important is how well you use it to your benefit to make your project successful.
Projects may vary in terms of their scope, size, complexity, and nature. However, regardless of that, offshore or distributed teams have to be properly coordinated and managed. Agile project management framework offers several options for managing remotely developed projects.
1. Critical Path Method (CPM)
Recommended for developing small to medium sized projects using a team of 7 to 12 cross-functional and multi-skilled individuals. The Scrum framework is characterized by its clearly defined events, artifacts, roles, and process which have to be followed by the entire team. The error correction and retrospection activities take precedence over documentation and delegation of authority. The client is actively involved in verifying the development carried out by the team. The Scrum team delivers the business value in the project through successful product increments developed through periodic cycles known as sprints.
2. Extreme Programming (XP)
Extreme Programming (XP) offers a practical approach to program development and focuses primarily upon the delivery of business results. It follows an incremental, start-with-something approach towards product development, and makes use of continued testing and revision processes. XP is generally recommended for short-term projects, and development teams typically follow the code-test-analyze-design-integrate process. XP is known for “paired” programming i.e. two developers engaged with code development and testing simultaneously. One programmer creates the code while other tests it on the spot.
Based upon the concept of Toyota production model, Kanban offers a pragmatic approach to development by matching the actual amount of work in progress to the development teams capacity in delivering it. The framework provides more flexibility in terms of planning options, quicker output, a clear focus pertaining to what needs to be developed, and maintaining total transparency throughout the product development cycle.
4. Scaled Agile Frameworks (SAFe)
Scaled Agile Framework (SAFe) is a structured and prescriptive method to help large organizations and enterprises to get started with adopting Agile. It is a popular and efficient Agile framework successfully used by many companies covering various industry verticals. It is especially recommended for large sized software based projects where teams can function interdependently.
Nexus is an Agile framework focusing upon cross-team dependencies and team integration issues. It facilitates Agile implementation in complex and large-scale projects. It functions as an exoskeleton and helps multiple Scrum teams to integrate and pursue a common goal of delivering valuable product increments through sprints. Each team delivers a certain business value to the client through each product increment cycle, and the teams achieve this by following Agile principles and process. Nexus is recommended for development teams consisting of over 100 individuals.
Part 2 – Agile for distributed teams
While executing your very first remote project, the most logical thing to do is to document the project vision and figure out how the team will deliver the project goals. Proper and effective communication is of paramount importance while explaining the goals and objectives to team members. It is a simple and straightforward process most of the times, but while working with distributed teams, the cultural differences and varying language proficiency levels may often create constraints and lead to miscommunication as well as confusion. This can be a common scenario in the case of teams located in countries across different time zones and possess a limited ability to communicate using a particular language. Individuals may find it difficult to understand and capture the exact project requirements and deliver code or functionality that does not fulfill end-user requirements. Projects often fail because of these and other such technical and non-technical reasons.
Using Agile it may be possible to simplify these types of problems. Agile is not a silver bullet that can rectify all issues and problems faced during project execution. Agile is a framework, therefore It depends upon how well the team understands its principles and how effectively it implements them in the project. However, the framework is designed such that issues can be dealt with in a more proactive and effectual manner.
Part 3 – Dealing with issues using Agile
Businesses prefer making quick profits. If the organization is a public venture, or funds have been collected from stakeholders and investors, it may become even more important to generate quick profits and mention them in an annual report and general body meetings. Considering the intense competition levels in the market, it has become imperative for businesses to speed up development work and complete projects sooner by using emergent technologies rather than development projects using traditional development methods and techniques. New technologies offer many benefits which can speed up project execution, however, there is a catch involved – people have to collaborate and gather feedback from the development process before analyzing it and fine-tuning the process to make it more effective and productive.
1. Project vision and documentation
Agile does not emphasize upon extensive documentation. In real life scenarios elaborate or extensive documentation often remains locked away in filing cabinets or resides on shelves for future references – teams rarely bother to read them thoroughly since they can be large in size and a lot of time is spent in reading and understanding them. The attitude of most development teams (Don’t mean to disrespect them in any way) is to get started with work so deadlines can be met. Teams are generally pressed for time so they don’t bother, or can’t afford to spend hours reading the comprehensive documentation. Paperwork is greatly reduced in Agile, and if you choose to follow Agile, you need to create just enough documentation to get started with work. More importance is given to understanding client-centric requirements and delivering business value, rather than creating elaborate reports and documents. Moreover, one of the responsibilities of the product owner in Agile is to ensure that the team understands the deliverables and project vision properly before it starts to work. The PO also makes sure that the business value delivered from the sprints is useful and matches the project vision.
2. Maintaining quality standards
Quality and deadlines are the two most important factors associated with, and affecting, the success levels of a project. Quality features fulfilling end-user requirements have to be developed within the decided time so it can be properly marketed and business returns availed from it. In the IT market segment it is not just important to build quality software, but to release it in the correct manner at the correct time and at the correct place (targeted market audience i.e. the geographical boundaries within which end users are likely to buy your product. With online marketing these boundaries remain virtual but nevertheless play an important part in deciding the “target audience” when the project is planned and incepted). When outsourcing work to remote teams, the quality aspects could get compromised upon if a QA or testing process in setting up as a part of the development process. Fewer development teams actually bother to test the code for regression after it is developed unless it is a pre-decided activity and integrated with the development process.
The Agile manifesto states “Our highest priority is to satisfy the customer through the early and continuous delivery of valuable software.” Its emphasis upon “early and continuous delivery of valuable software” i.e. useful and valuable product features should be developed and delivered to the client on regular basis. Agile focuses upon the delivery of “shippable” features. Each feature should be properly tested for errors and made bug free before its development can be considered as complete and deployable. Developers and programmers often double as testers to carry out the QA part during sprint cycles. Agile fails if “workable” features are not developed. Remote teams trained in Agile have to fulfill the test conditions stated in the acceptance criteria defined for each development task created in the product backlog (ideally).
3. The supervisor or project manager’s role
Every project needs a manager to oversee its execution and completion. It is important for the supervisor or the project manager to remain available to the team and resolve problems and issues as and when they occur. When teams are located on-premises it becomes easy to resolve technical problems since face-to-face interactions are possible and the manager is always available when you need him or her. That is not always the case with remote or distributed teams. Owing to time differences, the manager could be ending the day while the remote team would be just about to start with work. Teams may be required to wait for some time before problems are resolved, and this could delay work further. Deadlines and commitments may therefore not be met.
The Scrum Master’s role is very clearly defined in the Agile framework. The SM often plays a servant-leader role, and mentors and facilitates the Agile process. The SM ensures that he or she is always available to the team and resolves glitches whenever the team gets stuck. In Agile, the Scrum Master is a specific role played by a person, rather than a designation or responsibilities given to a single individual. The role can be played by anyone on the team. In case of distributed teams, a responsible team member can be taught to play the Proxy Scrum Master’s role and provided with quick-access channels to communicate with the actual SM or PO in case of urgent issues. The person also functions as a team representative and creates daily feedback reports which can be studied by the client, PO, and the SM as per their convenience.
4. Ownership and team empowerment
Traditional project management methods differentiate between senior and junior level individuals, and have a clear hierarchical structure defining authority levels and who reports to whom. Even today, most organizations still follow this traditional hierarchical model, and individuals belonging to different levels of authority remain concerned about their responsibilities and reporting status. Even though the model is organized, it takes a lot of time for issues to get resolved as the escalation process involves several individuals starting from the junior level to senior levels. Moreover, people have a tendency to “pass on” issues to senior levels personnel and let them decide what to do next. Technical staff and junior level employees may prefer not to get involved with decision making since they often become scapegoats to bureaucratic procedures. In case of distributed teams, the scenario can become even worse because you don’t have to deal with just bureaucratic attitudes but the language and distance factor may further make the team even less accountable for the success or failure of the project.
Agile does not believe in shifting responsibilities or escalating issues. As per the model, teams are cross-functional and self-managing. Each team member often takes up additional tasks other than his or her particular skillset thereby reducing the total numbers of skilled members required in the team. There are no senior-subordinate levels – just three primary roles of a product owner, scrum master, and the development team. Rather than assigning tasks, each team member voluntarily takes up work based upon his or experience and skills. One of the most important aspects about Agile is that the team has to “own” the project on behalf of the client. It means each person is responsible not just for the work done by him or her, but the overall contribution of all members at the team level is even more important. The entire team is accountable for the success or failure of the project – not just the product owner but each and every member of the team.
Moreover, the three roles of PO, SM, and the team are empowered in Agile to decide on their own what course of action to take to best fulfill their objectives. The development team is not required to follow orders or take permissions in deciding how a particular feature should be developed, and in what manner. It has to deliver work as decided in an event – the sprint planning meeting – held before each product incremental cycle known as a sprint starts.