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How to publish your first research paper? Start to end instructions | Step by step thumbnail

How to publish your first research paper? Start to end instructions | Step by step

WiseUp Communications·
5 min read

Based on WiseUp Communications's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Choose a research topic using one of three routes: ask a professor for open problems, scan faculty research pages, or read broadly (especially review papers) and narrow to an unresolved gap.

Briefing

Publishing a first research paper becomes manageable when the work is treated as a sequence: pick a research problem, run a disciplined research process, write in the right order, then submit strategically. The core message is that novelty doesn’t appear by accident—it’s built from a solid literature survey, careful experimentation, and constant analysis, before the paper is drafted and polished for journal standards.

The process starts with choosing a topic. Three practical routes are offered: approach a professor directly and ask what problems they need solved; scan university faculty pages to find active, recent research aligned with personal interests; or read widely—especially review papers and existing research—then narrow toward an unresolved issue. The topic selection also needs constraints and context: available research facilities in the college, which type of professor to work with, whether the project should be individual or group-based, and alternative paths such as research internships.

Once a topic is set, the next step is a “solid literature survey.” This isn’t just background reading. It builds fundamental knowledge, reveals experimental techniques others have used, and—most importantly—identifies shortcomings that remain unsolved. That gap becomes the starting point for designing experiments. With basics in place, the workflow shifts to experimentation: design and run experiments iteratively, expect some failures early, and treat results analysis and supervisor discussions as part of the loop. Early learning may require help from PhD students or postdocs for lab etiquette and instrument use, and the learning curve can be steep, but the guidance is to keep going rather than getting overwhelmed. Over time, repeated reading plus experimentation should lead to a solution that is new and not previously done.

Writing the paper follows a clear structure of five sections: abstract, introduction, materials and methods, results and discussion, and conclusion. The recommended order matters. “Materials and methods” is easiest to start because it is essentially a step-by-step record of what was used and how the work was carried out. Next comes the introduction, which should present the motivation, the research gap, and the objective and scope. The introduction benefits from extensive citation because it demonstrates grounded understanding of the field. After that, the results and discussion section presents the data, then interprets it by linking findings back to the objective. The conclusion restates the importance of the work, summarizes key results, and outlines future directions.

The abstract is written last even though it appears first, because it summarizes what the completed paper already contains. Finally comes publication. Before submission, references and citations must be checked, and the manuscript should be screened for plagiarism. Journal selection requires understanding open access versus subscription models, the role of impact factor, and how conferences can support publication. A key procedural rule is emphasized: submit to only one journal at a time, and move to the next only after a decision is received, to avoid repeated publication and plagiarism complications. The overall takeaway is a start-to-finish roadmap that turns “first paper” anxiety into a repeatable workflow.

Cornell Notes

A first research paper is built through a pipeline: choose a solvable, novel research problem; run experiments guided by what prior work has done and failed to do; then write the manuscript in a structured way and submit it carefully. Topic selection can come from professors’ open problems, faculty research pages, or broad reading that narrows into an unresolved gap. Research should begin with a literature survey that identifies techniques and shortcomings, then proceed through iterative experiments with constant result analysis and supervisor feedback. The paper’s sections follow a standard format (abstract, introduction, materials and methods, results and discussion, conclusion), but the abstract should be written last because it summarizes the finished work. Publication requires reference/citation checks, plagiarism screening, and strategic journal choice, including one-at-a-time submission.

What are the main ways to find a research topic for a first project, and how does each method lead to a problem worth solving?

Three routes are suggested. First, contacting a professor directly to ask what problems they need solved can quickly surface real, active research questions. Second, reviewing university faculty pages helps identify what professors are currently working on, giving a starting point aligned with personal interests. Third, reading review papers and research papers allows broad exploration (e.g., data science) and then narrowing toward a specific issue that other researchers have not solved—turning an area of interest into a concrete research problem.

Why does a literature survey matter beyond learning background information?

A literature survey is used to map progress in the field and to extract practical knowledge: what experimental techniques others used and what limitations remain. The most important output is identifying shortcomings that previous work did not overcome. Those gaps become the foundation for designing experiments that aim for something new rather than repeating existing results.

How should early experimentation be handled when some trials fail?

The guidance is to expect that not all experiments will work at the start. The workflow should include constant analysis of results and regular discussion with a supervisor to confirm the project is on the right track. Early learning may also require support from PhD students or postdocs for lab etiquette and instrument operation, helping reduce the steep learning curve.

What is the recommended order for writing the paper’s sections, and why is the abstract written last?

The paper has five sections: abstract, introduction, materials and methods, results and discussion, and conclusion. The easiest section to start is materials and methods because it documents the step-by-step process and details of materials used. The introduction follows, covering motivation, research gap, objective, and scope, with heavy citation to show grounded work. Results and discussion then connect data to the objective. The abstract should be written last because it summarizes the completed article, making it easier once the rest of the paper is finished.

What practical checks and submission rules affect publication success?

Before submission, references and citations should be verified for correctness, and the manuscript should be checked for plagiarism. Journal selection should consider differences between open access and subscription journals, the importance of impact factor, and how conferences can help with publication. A key rule is submitting to only one journal at a time and moving to the next only after receiving that journal’s decision, to avoid repeated publication and plagiarism issues.

Review Questions

  1. What specific outputs should a literature survey produce that directly influence experiment design?
  2. Why does writing materials and methods first make the rest of the paper easier to draft?
  3. What submission workflow reduces the risk of repeated publication and plagiarism problems?

Key Points

  1. 1

    Choose a research topic using one of three routes: ask a professor for open problems, scan faculty research pages, or read broadly (especially review papers) and narrow to an unresolved gap.

  2. 2

    Treat the literature survey as a gap-finding tool: extract techniques used by others and identify shortcomings they did not overcome.

  3. 3

    Design experiments iteratively, expect early failures, and rely on constant result analysis plus supervisor feedback to stay on track.

  4. 4

    Write the paper in a practical order: start with materials and methods, then introduction, then results and discussion, and write the abstract last as a summary of the finished work.

  5. 5

    Use the standard five-section structure (abstract, introduction, materials and methods, results and discussion, conclusion) to keep the manuscript aligned with journal expectations.

  6. 6

    Before submission, verify citations and references and run plagiarism checks; then select journals with awareness of open access vs subscription and the role of impact factor.

  7. 7

    Submit to only one journal at a time, and only move to the next after receiving a decision to avoid repeated publication and plagiarism complications.

Highlights

A research problem should be derived from a literature survey that identifies not just what exists, but what prior work failed to solve.
Materials and methods is the easiest section to start because it records the step-by-step process and materials used.
The abstract should be written last, even though it appears first, because it summarizes the completed paper.
Publication readiness depends on citation accuracy and plagiarism screening, followed by one-at-a-time journal submission.
Journal selection should weigh open access vs subscription models, impact factor, and the role of conferences in getting work published.

Topics

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