Common Study Mistakes: Common Mistakes When Formulating Study

Formulating ‘study objectives’ is one of the most important stages of preparing scientific research or a master’s and doctoral thesis. They represent the compass that guides the researcher in their academic journey, and determine what they aim to achieve through their research.
Many beginner researchers make common mistakes when formulating objectives, such as vagueness, repetition, or inconsistency with the research problem, which leads to weakening the thesis or its rejection by the discussion committee.

Avoiding these mistakes begins with understanding what objectives are, their types, and how to write them in a precise and clear scientific manner. Good objectives should be measurable, realistic, and directly express what the researcher intends to achieve.

In this guide, we will systematically review the most common mistakes informulating study objectivesand how to avoid them, with practical examples and tips from academic experts.

What Are Study Objectives and Why Are They Important?

Study objectives are the statements that describe the purpose that theresearcheraims to achieve through their research.
They represent the ‘final destination’ of the research, and translate the research problem into specific results that can be reached through analysis and conclusion.
Objectives are not just general statements, but should be clear and organized to help build the entire research structure.

Study objectives are usually divided into two main types: general objectives and specific objectives.
General objectives represent the major purpose of the study, that is, what the researcher wants to achieve comprehensively.
While specific objectives are details derived from the general objective, and include the partial aspects that help reach the main objective.

The importance of formulating study objectives lies in that they represent the foundation on which the rest of the research elements are built.
They guide the formulation of research questions or hypotheses, determine the methodology used and data collection tools, and even affect the way results are analyzed and interpreted.
Clear objectives also help the evaluation committee or readers understand the extent of the researcher’s commitment to scientific methodology, and clarify whether their research is organized and coherent or not.

In other words, precise objectives are not just an academic requirement, but an indicator of the researcher’s maturity and true understanding of the problem they are studying.

Types of Study Objectives in Scientific Research

Study objectives are divided into two basic types, each with its role and function in the structure ofscientific research:

General Objectives

The general objective is the main purpose of the study, which is the final result that the researcher seeks to achieve through their research.
It is usually formulated concisely and comprehensively, such as:
This research aims to analyze the impact of functional motivation on employee performance in the health sector.

General objectives reflect the core idea of the research, but they do not go into detailed specifics.
They should be clear, realistic, and directly connected to the research problem.

Specific Objectives

Specific objectives are details or sub-steps that help achieve the general objective.
They are often derived from the main objective and are limited in scope, such as:

• Identifying the relationship between motivation patterns and level of job satisfaction.

• Measuring the impact of the reward system on employee productivity.

• Analyzing non-financial factors affecting professional performance.

These sub-objectives make the study more organized and provide the researcher with a clear action plan to move from the starting point to the final result.

Having a balance between the general objective and specific objectives is a sign of academic maturity in research, as it indicates that the researcher understands the theoretical and practical dimensions of their problem.

Common Mistakes in Formulating Study Objectives

Formulating study objectives is one of the areas where beginner researchers most often make mistakes.
Often, these mistakes lead to weak research consistency or critical comments from review committees.
Here are the most prominent mistakes to avoid when writing study objectives:

Using General and Vague Phrases

One of the most common mistakes is using loose words that do not express the true purpose of the research, such as ‘studying the problem’ or ‘understanding the phenomenon’.
These phrases are vague and do not clarify what the researcher will actually do.
For example:

• Incorrect formulation: ‘The study aims to understand the problems of e-learning.’

• Correct formulation: ‘The study aims to analyze the impact of weak technical infrastructure on the effectiveness of e-learning in Saudi universities.’
  The difference is clear: the second objective is specific, measurable, and clearly shows the direction of the research.

Confusing Study Objectives With Research Questions

Some researchers confuse between objectives and research questions, turning questions into objectives or vice versa.
The difference is that questions are posed for investigation, while objectives are what you aim to achieve by answering these questions.
Example:

• Question: What are the factors affecting customer satisfaction?

• Objective: To identify the factors that affect customer satisfaction in the Saudi banking sector.

Formulating Non-measurable Objectives

One of the most important conditions of a good objective is that it should be measurable.
Phrases like “improving awareness” or “increasing efficiency” cannot be measured unless they are specified with clear criteria.
The correct formulation is by using verbs whose results can be measured such as: identify, compare, evaluate, analyze, develop.

Writing Unrealistic or Unachievable Objectives

Another mistake is that the researcher sets objectives that exceed his capabilities or do not match his research tools.
For example, saying the researcher “analyze leadership strategies in all higher education institutions in the Arab world” is an unrealistic objective.
The correct approach is to narrow the scope: “analyze academic leadership strategies in government universities in the Kingdom of Saudi Arabia.”

How to Formulate Study Objectives Correctly

Formulating objectives is not just a linguistic matter, but a research process that requires a deep understanding of the research problem and the desired outcomes.
Here are practical steps for formulating study objectives accurately:

Clearly Identify the Research Problem

Start by understanding the essence of the problem your study addresses.
Each objective should stem directly from this problem.
For example, if the problem is “weak student interaction in virtual classes”, one of the objectives could be “to analyze the impact of interactive learning tools on increasing student participation in virtual classes.”

Deriving Objectives from the Problem

Each objective should be derived from one element of the research problem or the questions you raised.
Avoid objectives that are not related to the main problem, as they weaken the coherence of the research.

Using Precise and Clear Verbs

Use verbs that indicate measurable activities such as: identify, analyze, compare, evaluate, develop, propose, explore, examine.
Avoid vague actions like “understand”, “know”, or “appreciate” because they are not scientifically accurate.

Applying the SMART Rule in Goal Formulation

The SMART rule is used in research planning to formulate goals professionally.
It consists of five basic criteria:

• S – Specific: The goal should be clear and precise.

• M – Measurable: It can be measured through research tools.

• A – Achievable: It should fit the researcher’s abilities and capabilities.

• R – Relevant: The goal must be related to the research problem.

• T – Time-bound: The goal should preferably be achievable within the specified research period.

Practical example of a title using the SMART rule:
“Evaluating the effectiveness of e-training in improving the efficiency of customer service employees in Saudi banks by 2026.”

Practical Examples of Study Goals Written Correctly

To clarify the picture further, here are some real examples of goals formulated scientifically and accurately:

In the Field of Education

• Determining the effect of using blended learning techniques on the achievement of high school students in science.

• Comparing student outcomes between virtual classrooms and traditional classrooms in private schools.

In the Field of Business Administration

• Analyzing the relationship between employee satisfaction and productivity level in medium-sized companies.

• Evaluating the impact of transformational leadership on enhancing organizational loyalty in private institutions.

In the Field of Health

• Determining the level of nurses’ awareness of infection control procedures in government hospitals.

• Analyzing the impact of continuous training programs on the quality of nursing services.

In the Field of Media

• Studying the impact of social media in shaping public opinion among university youth.

• Evaluating the credibility of news content on digital platforms compared to traditional channels.

All these examples share three basic elements:

1. Clarity and precision of the objective.

2. Its measurability and applicability.

3. Its direct connection to a specific research problem.

Expert Tips to Avoid Mistakes in Study Objectives

Recommendations from academics and thesis supervisors clarify that research success begins with the quality of formulating objectives.
Here are the most prominent tips that experts in this field provide:

Consult Your Academic Supervisor Early

Don’t wait until you finish writing the first chapter to review your objectives.
Start discussing them with your supervisor from the early stages.
The supervisor has enough experience to assess the extent of the objectives’ consistency with the problem and methodology, and can guide you to simple modifications that significantly improve the quality of the research work.

The Connection Between Objectives and Methodology

One of the most common observations recorded by discussion committees is that some researchers formulate objectives that do not align with the research methodology used.
For example, the objective cannot be ‘measuring the relationship between two variables’ while the researcher uses a purely descriptive methodology.
The methodology should support achieving the objectives, and data collection tools (such as questionnaires or interviews) should be appropriate for them.

Focus on Clarity and Precision

Vague objectives confuse the reader and diminish the scientific value of the research.
Therefore, ensure you use short and direct sentences, and avoid rhetorical phrases or vague words like ‘in-depth study’ or ‘comprehensive understanding’.
Remember that the objective should be read and understood without needing additional explanation.

Check for Internal Consistency

Review the objectives after writing them to ensure they are interconnected and sequential.
All specific objectives should serve the general objective, and they should not conflict with each other or go beyond the scope of the research topic.

Tools to Help Researchers Formulate Precise Objectives

Thanks to digital development, smart tools are now available that can help researchers plan and formulate strong and interconnected research objectives.

Research Planning Tools

• Miro: A platform that helps you visually organize your ideas through mind maps connecting research problems to proposed goals.

• Notion Research Planner: An effective tool for documenting thinking stages, formulating goals, and tracking proposed modifications.

• Google Docs Collaboration: Allows you to share goals with your academic supervisor and receive feedback directly.

Artificial Intelligence Tools

• ChatGPT (in academic research mode): You can use it to generate initial goal proposals based on your research problem, then refine them later in your academic style.

• Grammarly Academic Mode: Helps you improve academic language and avoid ambiguity or linguistic errors in your goals.

• QuillBot: To rephrase goals professionally without changing the original meaning, making them clearer and more fluent.

Using these tools doesn’t mean relying on them completely, but rather they are helpful tools that assist you in producing more accurate and organized text.

Frequently Asked Questions About Study Goals Formulation

1. What is the difference between study objectives and research questions?
Objectives describe what the researcher aims to achieve, while research questions specify what the researcher wants to answer.
In other words: Questions are the path, and objectives are the final destination.

2. What is the ideal number of research objectives?
It is preferable for the thesis to have one general objective and 3 to 5 specific objectives, covering all aspects of the problem without repetition or elaboration.

3. Can study objectives be modified after approval?
Yes, modification is possible with the approval of the academic supervisor or the graduate studies committee, especially if changes occur in the research problem or methodology.

4. How do I know if an objective is written correctly?
Ask yourself: Is the objective specific and clear? Can it be measured or tested in the field? Does it directly serve the research problem? If the answer is “yes” to all these questions, then the objective is written correctly.

5. What are the errors that cause the defense committee to reject objectives?
Among the most prominent: objectives not related to the research problem, repetition in different forms, or writing them in a non-scientific declarative style.