Project Feasibility Study with minimal effort

The project feasibility study tests the compatibility of project goals with one another, against specifications, environmental, and other conditions. It makes particular sense for large projects, projects with high risks, and projects with lots of uncertainties.

The study comprises data that is particularly collected for the study and data that already exists within the organization.

To carry out the feasibility study, you need knowledge of the project goals or the target state for which the project is undertaken. In absence of this, the study is not possible due to a lack of research focus.

The study aims to decide whether the project shall be initiated and proceed to project planning. The study itself can often be treated as a preliminary project, the result of which is used to decide whether the project shall be carried out.

The feasibility study develops knowledge and helps to better understand the project from different perspectives.

The main objectives of the study usually are

• Avoidance of bad investments and resulting losses,
• Revealing different solutions to achieve the project goals,
• Identification of risk factors, which could cause the project to fail,
• Establishing of prerequisites,
• Evaluation of environmental factors,
• Detection of weaknesses.

In other words, the study among others will typically answer the following questions:

1. Technical feasibility - "Is this project possible?"
2. Legal feasibility - "Are we allowed to do that?"
3. Operational feasibility - "Are we capable enough to do that?"
4. Schedule feasibility - "Is it achievable in the given time and does the project still make sense by then?"
5. Economical feasibility - "Is this project even worth it?"

As banal as it sounds, the main reason a feasibility study is conducted is to find an answer to the question "Should we or shouldn't we?"

Not every project initiation necessarily has to result in a project. On the contrary, the more project ideas are critically examined, the more likely projects will not be continued. This is based on the project environment and the limits set by top management. These may include, for example, strategic corporate goals, financial interests, prestige, or possible risk factors.

The preparation of a feasibility study makes sense for projects of all kinds and sizes, especially if the project develops a new product or process that never existed before, or if the project is executed in unknown territory with lots of uncertainties. This pre-evaluation of various subject areas depends on the effort and size, and can be considered a separate project in itself - a "preliminary project".

The completed feasibility study describes predictable results for the management and therefore serves as the basis of the decision-making process, pro or contra the project.

In many cases, the study reveals evident deficiencies and exclusion criteria that lead to a stop.

Reasons to stop could be, among others:

• Numerous risks associated with the project,
• Incompatibility of the project with the company's values or principles, or
• A negative response from intended users of the project product based on a survey.

To carry out a feasibility study, a lot of data has to be collected and converted into information through evaluation and comparison. In data collection, a distinction can be made between primary and secondary data.

Primary data

Primary data and research is used as empirical method to collect new, previously unknown data. The advantage is the possibility to collect data that is specific to the problem and to be able to pull this into the project context using its own methodologies. In this way, special questions can be developed and tailored.

The main disadvantage can be derived from this. The survey costs time and money, as well as a basis of specialist knowledge to process complex problems and develop questions. Methods of primary data collection can be, for example:

• Interview/survey (by telephone, in writing, computer-aided, in-person) For example, interviews with residents in the construction project. Expert opinions or technical discussions are also part of this. Likewise, self-commissioned studies.
• Observations can be useful, especially when it comes to environmental factors, but can sometimes take years to describe flora/fauna on-site in a construction project. Who would have expected the chaos around the famous German project "Stuttgart 21" because of a beetle?
• Experiments, samples, simulations An experiment sounds like a laboratory, but you could, for example, do a market test as part of project management for a product launch, which represents an experiment. Otherwise, this also includes geotechnical investigations and others.

Secondary data

Secondary data and information already exists within the organization or with third parties and are available. Secondary research data, which, for example, could be purchased from third parties, in contrast to the primary survey, can be collected relatively promptly. The aim is to collect initial data, additional data, or data for comparison and validation.

In contrast to the primary survey, the advantages and disadvantages are reversed. The advantage of the existing data is that it is available quickly. Depending on the source, the data can be cheaper than an own survey. However, the validity of the data needs to be confirmed, and the data may be collected for a slightly different purpose. Secondary data can be collected, for example, via:

• Market research institutes,
• Interest groups, lobbies,
• Patents, reports,
• Publications, dissertations, magazines,
• Information broker, subject matter experts,
• Sales statistics, cost accounting, business reports, and other internal or publicly available records.

Estimation methods

Not every data snippet has to be collected as part of the project study. Values can also be estimated, for example using proven methods or empirical values. The knowledge that is already available in the organization can be used for reliable estimates.

The estimates in the run-up to the project can have a low level of detail and therefore their quality may be low. Before the project, often neither resources nor expenses can be usually described or calculated in great detail. The quantification of values, price fluctuations, and other necessary items can only be estimated within a certain more or less accurate range.

The methods briefly outlined in this article in combination are suitable to create a more or less accurate project overview. The goal at this point remains to enable decision-making on whether the project can be carried out within a certain framework.

This is not yet the detailed planning of the project!

Also read about how to write a project management plan. I am offering a comprehensive template set that will save you a lot of time and effort.

As described above, there are many things to consider and include when preparing a feasibility study. So that you don't overlook anything, you get a complete document, which already contains the complete structure of your feasibility. All you have to do is fill in the sections with relevant data from your project.

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