Scientific Research Formulation: Best Ways to Formulate a

Formulating a scientific research problem is one of the most important stages that any researcher goes through when preparing their study. It is the cornerstone upon which all subsequent questions, hypotheses, methodology, and analysis are built. Defining a clear and specific problem greatly contributes to the success and quality of the research, while weak or imprecise formulation leads to deviation from the scientific path or ambiguity in results.

The importance of this step lies in its ability to clarify for the reader – whether it be an academic supervisor or a review committee – the nature of the phenomenon the researcher intends to study, the reason for choosing it, and its connection to the scientific or social context.

Moreover, formulating the problem is the researcher’s first real encounter with the practical framework of their study, and it guides the entire research process, defining its scope and direction. The more specific the problem, the easier it is to set objectives and choose appropriate methodological tools to address it.

What Is Meant by Formulating a Scientific Research Problem?

When we talk aboutformulating a scientific research problem, we mean the process of converting a phenomenon or issue of interest into a specific scientific question that can be addressed and analyzed. The problem is not merely a description of a particular reality or an expression of personal interest, but rather a precise scientific expression of a knowledge gap or a practical issue that deserves study and investigation.

Technically speaking, the problem is the central element around which all components of the research revolve. It contributes to:

1. identifying research questions or hypotheses.

2. guiding the methodology (quantitative, qualitative, or mixed).

3. determining the type of data required and tools for collecting it.

4. drawing the theoretical framework that supports the interpretation of results.

It is also important to distinguish between the ‘problem’, the ‘research question’, and the ‘study objectives’. The problem represents the phenomenon or general issue, while the question expresses the researcher’s approach to investigating that problem, and the objectives define the purpose of the study in light of the problem.

How Is a Problem Formulated in Scientific Research?

This question is often asked by graduate students: ‘How is a problem formulated inscientific research?’ The answer begins with adhering to clear steps that help the researcher transform their ideas into a precise research problem. Among the most prominent of these steps are:

1. Identifying the general topic: The researcher begins by choosing a general field of interest, such as education, health, or media, and explores their personal interests or observations within it.

2. Focusing on the phenomenon or issue: The scope is narrowed by focusing on a more specific sub-problem within the field, such as ‘declining motivation among high school students’.

3. Reviewing literature and previous studies: By examining what has been written on the same topic, the researcher can identify research gaps or unresolved issues.

4. Formulating the problem as a question or problematic statement: After collecting data and observations, the issue is transformed into a clear research problem, such as: ‘What are the causes of weak motivation among high school students in physics?’

5. Ensuring the problem is researchable and analyzable: The problem must be measurable, testable using scientific tools, and not merely impressions or opinions.

It is important for the researcher to progress gradually in their thinking, moving from general to specific, and to avoid rushing to the final formulation before completing a review of related sources.

The Basic Criteria for Formulating a Successful Scientific Research Problem

To formulate a strong and academically acceptable research problem, it must adhere to a set of criteria that ensure clarity, precision, and researchability. Among the most important of these criteria are:

1. Clarity and precision: The problem should be written in understandable language, free from ambiguity or unnecessary terminology. Ambiguity in formulation opens the door to contradictory interpretations and weakens the credibility of the research.

2. Realism and feasibility: The problem should be practically studyable, meaning data can be collected about it and tested in the available research environment.

3. Academic or social importance: It is not enough for the problem to be interesting; it must represent a scientific contribution or help solve an impactful real-world issue.

4. Temporal and spatial specification (when needed): It is preferable to specify the temporal and framework if necessary. For example: ‘In schools in northern Jordan during the academic year 2024/2025.’

5. Formulation as a question or declarative statement: Some research schools prefer that the problem be written in the form of a question (To what extent…? How does it affect…?), while others prefer to formulate it as a declarative statement describing the current reality.

Formulating the problem according to these criteria helps the researcher draw a clear map for their study, and contributes to making it more consistent and systematic.

Types of Problems in Scientific Research

Problems inScientific researchare not a single pattern, but vary depending on the specialization, the methodology used, and the nature of the phenomenon studied. Among the most prominent types of research problems:

1. Cognitive or scientific problem: Addresses a lack of information or conflicting results within a specific knowledge domain. For example: ‘Lack of research on the impact of technology in second language acquisition.’

2. Applied or practical problem: Focuses on a real-world issue that needs a practical solution. For example: ‘Students’ tardiness in rural areas.’

3. Social or educational problem: Concerns social or educational phenomena, often related to individual behavior or education systems. For example: ‘Increase in verbal violence in elementary classrooms.’

4. Political or economic problem: Addresses issues related to political systems or economic models, such as: ‘The impact of government subsidy cuts on the purchasing power of limited income groups.’

Understanding the type of problem helps the researcher determine the most appropriate methodology for the study, and to design suitable tools for data collection and analysis.

Common Mistakes in Formulating Scientific Research Problems

Many researchers and graduate students fall into a set of common mistakes when formulating their research problem, which affects the quality of the research or leads to its rejection by academic committees. Among the most prominent of these mistakes:

1. Excessive generality: Formulating the problem in a broad way that does not allow for focus or detailed analysis, such as: ‘Weakness of education in the Arab world.’

2. Repetition or addressing a saturated topic: Choosing topics that have been studied extensively without a new angle loses the value of the research.

3. Use of non-scientific or emotional language: For example: ‘The disaster of disrespecting teachers in schools!’ This formulation does not align with the required scientific nature.

4. Exceeding the researcher’s authority: Some problems are broader than the researcher’s capabilities, for example: ‘Reforming the education system in the Arab world,’ an issue that cannot be addressed in a limited research.

5. Focusing on personal desire without a scientific basis: The problem should be built on a critical review of sources, not just the researcher’s personal interest.

Avoiding these mistakes is a first step toward building a successful and academically approved scientific research.

Examples of Professionally Written Research Problems

To better understand how to formulate a scientific research problem properly, it is useful to look at real-world examples taken from different fields. Here are some examples:

1. In the field of education:
   “High school students suffer from a decline in achievement levels in mathematics, despite the availability of a suitable educational environment. What are the reasons for this decline?”

2. In the field of media:
   “Recent years have witnessed a noticeable shift in information sources among Arab youth, where traditional media has declined compared to social media platforms. How has this shift affected the credibility of news received?”

3. In the field of economics:
   “Data indicates an increase in unemployment rates among university graduates in some Arab countries. What is the relationship between the type of academic major and the employment rate in the local market?”

4. In the field of public health:
   “Despite awareness campaigns, diabetes rates remain high among the 30-50 age group in urban areas. What are the reasons for this?”

5. In the field of technology and computer science:
   “New programming students face difficulties in understanding algorithm concepts. How can interactive learning techniques contribute to improving their programming understanding?”

What distinguishes these formulations is their clarity, connection to a reality that can be studied, and their identification of the target audience, geographical area, and time period – making them suitable for research and application.

The Difference Between Formulating a Problem and a Research Question

Despite their close relationship, there is a fundamental difference between a research problem and a research question, and the researcher must understand this difference to avoid confusing the two concepts.

1. Research problem:
   It is a general and precise description of a phenomenon that needs to be studied. It is often written as a statement or a problematic paragraph describing what is happening and why it needs research.

2. Research question:
   It is the interactive formulation that emerges from the problem, and is used to guide the research methodology. It takes the form of a clear question, and is often testable.

Illustrative Example:

1. The problem:
   “University students suffer from a decline in academic writing skills, despite the inclusion of specialized courses in this field.”

2. The question:
   “To what extent are university courses effective in improving students’ academic writing skills?”

In other words, the problem describes “what is happening?”, while the question asks “why is it happening?” or “what is the relationship between…?”. From here, the hypotheses and subsequent research steps emerge.

Tools That Help in Developing and Formulating a Research Problem

To help the researcher formulate their problem in a robust and well-studied manner, they can utilize various tools and methods that help clarify the idea and transform it into a research problem suitable for study:

1. Review of previous studies:
   Reviewing similar research helps identify knowledge gaps or questions that have not yet been answered.

2. Theoretical framework analysis:
   Hypotheses and theoretical models help understand the relationship between concepts and generate new questions.

3. Brainstorming:
   Organizing individual or group thinking sessions to raise as many questions as possible related to the research topic, then analyzing them to select the most appropriate ones.

4. Conducting preliminary interviews or simple surveys:
   Talking with stakeholders or reviewing opinions of the target audience may open up a new perspective for the researcher that they had not thought of before.

5. Using concept maps:
   These are visual tools that help organize ideas and clarify relationships between concepts, which helps narrow down the problem and formulate it precisely.

The more systematically the researcher uses these tools, the better they can write a strong research problem that serves as a solid starting point for their study.

Frequently Asked Questions About Formulating a Scientific Research Problem

Can the research problem be modified after starting the study?
Yes, it is common for researchers to modify the problem formulation in the early stages of research, especially after reviewing previous studies or when facing difficulties in data collection. The modifications should be well-considered and based on clear scientific justifications.

Is it necessary for the problem to be completely new?
It is not necessary for the problem to have never been studied before, but what matters more is that the researcher’s approach is new, or that they offer a different interpretation, or apply a theoretical model that has not been previously used in the same context.

How do I ensure my topic is not duplicated?
You can review local and international academic databases, such as Google Scholar, ProQuest, or your university’s digital library, to ensure there are no duplicate studies in the same context, sample, or timeframe.

What is the difference between a scientific problem and a personal desire?
A personal desire may be a good motivator, but alone it is not sufficient for formulating a research problem. The problem should be based on a literature review, realistic observation, and a real knowledge gap. Any problem that cannot be linked to a theoretical framework or real data is closer to a personal interest than a research issue.

Can more than one problem be formulated in a single research?
It is preferable for the researcher to focus on one main problem from which several sub-problems or questions may branch. Too many problems may weaken the research focus and scatter effort, especially in medium-sized university theses.

Conclusion:

Formulating the scientific research problem is one of the most important and delicate stages of research preparation, and it is the foundation upon which all components of the study are built: objectives, questions, hypotheses, and methodology. Therefore, giving this stage the time, thought, and reading it deserves is a real investment in the research’s success and scientific value.

The more precise, clear, and scientifically grounded the problem formulation, the higher the likelihood of producing a high-quality study that makes an impact and difference in the scientific or societal field. Therefore, we advise every researcher to review the problem they have formulated multiple times, present it to their academic supervisor or specialists, and compare it with what has been written in the literature of their specialty.

In the end, a good problem does not just pose a question, but opens up avenues for research, stimulates discussion, and contributes to genuine knowledge advancement.