Recommended resources
The freely available resources this lesson will direct you to.
Welcome. In this part of the course, the task is to turn definitions, distinctions, and clinical laboratory examples into a coherent academic report. A reader should be able to follow one argument: what a research problem is, how it is identified, why an aim and objectives are needed, and what those ideas look like in a realistic laboratory setting.
Here, النص المكتوب means the written text. For this assignment, that means connected academic prose—not merely a list of terms. Allow about 40 minutes for the lesson, including the short resources and time to sketch a report outline.
First, decide what kind of report you are writing
A report about developing research problems and objectives is different from a report presenting the results of a completed study. Your report explains concepts and illustrates them; it does not need a Results section unless you have actually conducted research. It can, however, use published studies as examples, provided you distinguish their findings from your own proposed ideas.
Watch this brief guide for the broad shape of an academic report. Adapt its structure to your assignment rather than copying every section it names.
How to write a research report in English|Academic Writing
“How to write a research report in English|Academic Writing,” from Netteum, distinguishes the opening material, main text, and references. Watch it to see where an explanation of research problems and objectives belongs.
Watch report structure for the document’s main divisions. Then watch planning the outline, especially the advice to check the task before choosing headings. The front matter segment is useful if your instructor requests a title page, contents page, or abstract.
For this assignment, a practical structure is:
| Section | Job it performs |
|---|---|
| Introduction | State the report’s purpose and clinical laboratory context. |
| Defining and identifying a research problem | Define the term, explain sources of problems, and show why the problem matters. |
| From problem to aim and objectives | Distinguish the terms and explain how each narrows the study’s purpose. |
| Characteristics and worked example | Explain what makes objectives assessable, then show a connected laboratory example. |
| Conclusion and references | Synthesize the argument and identify the sources you used. |
These headings are a report outline, not a mandatory proposal template. A proposal would also need a sufficiently detailed plan for conducting the study. Your present emphasis is on explaining and demonstrating the logic that would guide such a plan.
Make the sections form an argument
A strong report does more than place correct definitions under headings. Each section should give the reader a reason to read the next one. Begin with the clinical context, identify a consequential uncertainty, and then show how an aim and specific objectives make that uncertainty researchable.
For example, “sample quality” is a broad subject. “Hemolysis in emergency-department serum specimens” is a more focused topic. A research problem adds a consequential gap: perhaps the laboratory does not know how often specimens are rejected with hemolysis recorded, making it difficult to plan a targeted response. A research question asks what the study will find—for example, “What proportion of these specimens is rejected with hemolysis recorded over a defined period?” This sequence prevents the report from treating a topic, a problem, and a question as interchangeable.
Read the following proposal-writing guide for its account of how the introduction establishes a problem and how general and specific objectives follow it. Although you are writing an explanatory report, that relationship between ideas is directly useful.
How to prepare a Research Proposal - PMC
This article, available through PubMed Central, explains why a problem statement anchors the rest of a research document and distinguishes general from specific objectives.
Under “3. Introduction,” read the problem discussion. In the following paragraphs, read from the sentence beginning “Then it is necessary to provide the context” through the study rationale. Under “4. Objectives,” read the objectives discussion. Notice how each part answers a different reader question: Why this problem? What is the overall purpose? What, specifically, will be determined?
The terminology needs one careful distinction. An aim states the overarching purpose. A general objective, when an assignment uses that label, often serves much the same overarching function. Specific objectives state the narrower, assessable things the study must do to fulfill it. You need not invent a second purpose simply to have both an “aim” and a “general objective” heading; follow your instructor’s required terminology and explain how you are using it.
A well-written specific objective gives the reader enough information to judge whether it could be achieved. Verbs such as estimate, calculate, and compare identify an assessable action. The objective should also fit the proposed specimens or population, setting, time frame, and available records. “To understand hemolysis” does not yet tell the reader what will be measured; “to calculate the proportion of emergency-department serum specimens rejected with hemolysis recorded during a 12-week period” does.
The literature or evidence supporting your problem should also move the argument forward. Do not write one disconnected paragraph per article and then announce a gap. Compare what is known, specify what remains uncertain, and explain why addressing that uncertainty would matter in the proposed setting.
Summary and Synthesis: How to Present a Research Proposal - PMC
This PubMed Central article shows how to turn a literature review into a justification for a study, then connect the study’s aim and objectives to its plan.
In “Background and Review of Literature,” follow the subsections “Provide a critical analysis of the literature,” “Discuss the limitations and lacunae of these studies,” and “Justify the present proposal by review.” Read from critical review through justification. Then, under “Aims and Objectives,” start at the sentence defining the aim and read aims and objectives. Focus on the connection between a stated gap, measurable objectives, and methods capable of addressing them; the article’s detailed methods material is beyond today’s report-writing task.
Use clinical examples without confusing evidence and illustration
The supplied graphical abstract is an example of a completed clinical chemistry study. Its panels summarize a background, an objective to assess laboratory performance across test-process phases, methods, results, and a conclusion. That compact arrangement shows how a study’s purpose relates to what its authors did and reported.
Notice what the graphic does not do for your report: it does not, by itself, establish that another laboratory has the same performance problem or the same research gap. Its reported sigma values are findings from the depicted study, not figures to insert into a hypothetical local study. You could discuss it as an example of a stated objective, then explain what additional local evidence would be needed before proposing a new problem elsewhere.
Here is a compact hypothetical model showing how your report’s ideas can connect. “Hospital A” and its proposed records are illustrative, not claims about a real hospital:
Defining the problem. A clinical laboratory research problem is a specific, consequential uncertainty that investigation could help resolve. For instance, rejection of a hemolyzed serum specimen may require recollection and delay reporting. If an initial review at Hospital A confirms that the relevant records exist but that their pattern has not been assessed, an appropriate problem would be the unknown proportion of emergency-department serum specimens rejected with hemolysis recorded over a defined 12-week period.
Distinguishing purpose from tasks. The study’s aim would be to characterize hemolysis-associated serum specimen rejection in Hospital A’s emergency department during those 12 weeks. One specific objective would be to calculate the proportion of submitted emergency-department serum specimens rejected with hemolysis recorded. A second would be to compare that proportion across recorded collection shifts, if shift information is available and sufficiently complete.
Explaining quality. These objectives specify actions, specimens, a setting, and a time frame. They are assessable because the first requires a count of relevant rejections and a count of submitted specimens; the second requires those counts by shift. A difference between shifts would describe an association in these records, not prove that the shift caused hemolysis.
The model’s paragraphs do distinct jobs. The first defines and locates the problem; the second differentiates the aim from measurable objectives; the third explains why those objectives are well written. This is more persuasive than giving three isolated definitions followed by an unrelated example.
Edit for coherence, not just completeness
When your draft is assembled, read its introduction, first sentence of each main section, and conclusion in sequence. They should tell a continuous story even before you read the supporting detail. Useful transitions state the relationship explicitly: Because the missing information concerns the frequency of rejection, the first objective estimates that frequency. Such a sentence does more work than “The next section discusses objectives.”
Then check the scope of every example. Is the problem presented as observed, supported by a source, or clearly hypothetical? Does the aim address that problem rather than a larger topic? Could the proposed records or measurements actually answer each objective? If a paragraph makes a factual claim about an existing study, cite that study; if it illustrates a possible study, label it accordingly. Finish with a conclusion that synthesizes what the distinctions accomplish rather than introducing a new problem or example.
A useful final outline has one main point per section and places definitions near the examples that clarify them. The reader should finish knowing not only what problem, aim, and objective mean, but also how to move responsibly from one to the next.
Conclusion
An effective academic report organizes this topic around a line of reasoning: clinical context and evidence establish a problem; the aim states the overarching purpose; specific, feasible objectives make that purpose assessable; and a consistent example demonstrates the distinctions. Use headings to support that reasoning, citations to support factual claims, and transitions to keep the written text connected.
The next lesson turns from organizing these elements to checking whether the problem, aim, objectives, and examples remain consistent throughout a completed report outline.