Reviewer Guidelines

Responsibility of Peer Reviewers

As a peer reviewer for Science and Engineering Horizon (SEH), your primary role is to critically assess manuscripts within your field of expertise and provide constructive, impartial, and evidence-based feedback.

Reviewers are expected to evaluate the manuscript's originality, scientific and technical quality, methodological rigor, validity of results, clarity of presentation, reproducibility, ethical compliance, and relevance to science, technology, and engineering.

Reviewers should provide specific and constructive suggestions to help authors improve the scientific accuracy, technical quality, clarity, and overall contribution of the manuscript. Reviews should remain objective and focus on the scientific and technical merits of the work.

Before Reviewing

1. Is the manuscript within your area of expertise?

If you receive a manuscript outside your area of expertise, please inform the editor as soon as possible. You may recommend an alternative reviewer with appropriate expertise in the relevant scientific or engineering discipline.

Relevant areas may include physics, chemistry, biology, computer science, mechanical engineering, civil engineering, and other related fields of science, technology, and engineering.

2. Do you have sufficient time to review the manuscript?

The review process should be completed within two weeks. If you need additional time, please inform the editor as soon as possible. If you are unable to complete the review within the designated period, you may decline the invitation or suggest another qualified reviewer.

3. Are there any conflicts of interest?

Before accepting the review, please disclose any potential conflict of interest to the editor.

Potential conflicts may include personal, professional, institutional, financial, academic, or collaborative relationships with the authors that could affect your impartiality.

If you are uncertain whether a particular situation constitutes a conflict of interest, please contact the editorial office for guidance.

Review Process

When reviewing the manuscript, please consider the following aspects:

Title

• Does the title accurately represent the main scientific or engineering topic of the manuscript?

• Is the title concise, specific, and informative?

• Does the title appropriately reflect the research problem, system, material, method, model, or application where relevant?

• Is the title consistent with the actual content and scope of the manuscript?

Abstract

• Does the abstract clearly describe the scientific or technical problem being addressed?

• Are the objectives or research questions clearly stated?

• Is the methodology or technical approach adequately summarized?

• Are the principal results presented clearly and quantitatively where appropriate?

• Does the conclusion accurately reflect the findings?

• Does the abstract communicate the scientific, technical, or practical significance of the study?

• Are the keywords relevant and representative of the manuscript?

Introduction

• Does the introduction clearly establish the scientific or engineering problem?

• Is the background supported by relevant and credible scientific literature?

• Does the manuscript clearly identify the research gap or unresolved technical problem?

• Are the objectives, research questions, hypotheses, or design goals clearly stated?

• Is the significance of the study adequately explained?

• Does the introduction establish the relevance of the work to science, technology, engineering, or practical applications?

Content Evaluation

Originality and Suitability for SEH

• Does the manuscript present an original scientific or technical contribution?

• Does it provide new knowledge, methods, models, materials, algorithms, designs, experimental results, theoretical insights, or applications?

• Is there a risk of plagiarism, duplicate publication, or substantial overlap with previously published work?

• Is the manuscript appropriate for the aims and scope of Science and Engineering Horizon (SEH)?

• Does the study provide meaningful value to researchers, scientists, engineers, technologists, practitioners, or other relevant stakeholders?

Scope

• Does the manuscript fall within science, technology, engineering, or a related interdisciplinary field?

• Is the study relevant to disciplines such as:

  • Physics

  • Chemistry

  • Biology

  • Computer science

  • Mechanical engineering

  • Civil engineering

  • Other related science and engineering disciplines

• Is the research relevant to current scientific or technological developments?

• Does the manuscript demonstrate an appropriate connection between the research problem, scientific principles, technical methods, and resulting findings?

Scientific and Technical Quality

• Does the study address a clearly defined scientific or engineering problem?

• Are the underlying scientific principles, assumptions, or engineering concepts appropriate?

• Is the research question or technical objective sufficiently focused?

• Does the work make a meaningful contribution to the relevant field?

• Are the conclusions supported by the evidence, calculations, experiments, simulations, or analyses presented?

• Are technical claims scientifically justified?

• Are the limitations and uncertainties of the study appropriately identified?

Methodology

Research Design and Technical Methods

• Is the research design appropriate for the scientific or engineering problem?

• Are the experimental, computational, theoretical, analytical, or design methods clearly described?

• Are the procedures sufficiently detailed to allow the work to be evaluated and, where applicable, reproduced?

• Are relevant materials, equipment, software, datasets, models, algorithms, or computational environments adequately described?

• Are experimental conditions and operating parameters clearly specified?

• Are assumptions, boundary conditions, constraints, and initial conditions appropriately stated where relevant?

• Are the selected methods technically and scientifically justified?

Experimental Studies

Where applicable:

• Are the experimental procedures adequately described?

• Are materials, instruments, equipment, and measurement conditions clearly identified?

• Are control groups, reference conditions, calibration procedures, or comparison methods appropriately used?

• Are the number of experiments or repetitions sufficient?

• Are measurement uncertainties and sources of experimental error considered?

• Are experimental results sufficiently reproducible?

• Are appropriate safety procedures followed where hazardous materials, equipment, or experimental conditions are involved?

Computational and Simulation Studies

Where applicable:

• Are the computational methods, algorithms, models, or simulations appropriately described?

• Are software, programming environments, computational tools, or relevant versions identified where necessary?

• Are model assumptions and parameters clearly explained?

• Are boundary conditions, initial conditions, numerical schemes, and convergence criteria adequately specified?

• Is the computational model appropriately validated or verified?

• Are simulation results compared with theoretical, experimental, benchmark, or reference data where appropriate?

• Are numerical errors and limitations adequately considered?

Theoretical and Analytical Studies

Where applicable:

• Are theoretical assumptions clearly stated?

• Are mathematical formulations and derivations logically correct?

• Are equations, models, and analytical approaches appropriately justified?

• Are variables, parameters, and symbols clearly defined?

• Are mathematical or theoretical conclusions supported by valid reasoning?

• Are analytical results appropriately compared with existing theories or established models?

Engineering Design and Applied Studies

Where applicable:

• Is the proposed design, system, process, device, material, or technology technically sound?

• Are design requirements and constraints clearly defined?

• Are engineering calculations and specifications appropriate?

• Are performance criteria clearly established?

• Is the proposed solution adequately tested or validated?

• Are comparisons with existing methods, designs, systems, or technologies provided where appropriate?

• Does the proposed application demonstrate practical feasibility?

Data Analysis

• Are the analytical methods appropriate for the type of data generated?

• Are statistical methods correctly selected and applied where applicable?

• Are statistical assumptions appropriately considered?

• Are uncertainty, error, variability, confidence intervals, or other relevant measures reported where appropriate?

• Are data processing and analysis procedures sufficiently transparent?

• Are computational or analytical results internally consistent?

• Are the analyses sufficient to support the conclusions?

• Does the manuscript avoid overinterpretation or unsupported extrapolation?

Results

Clarity and Presentation of Results

• Are the results clearly and logically presented?

• Do the results directly address the research objectives or technical questions?

• Are experimental, computational, theoretical, or engineering results presented accurately?

• Are numerical values, units, significant figures, and measurement uncertainties reported appropriately?

• Are important findings adequately highlighted?

• Are unexpected, contradictory, or negative findings appropriately reported?

• Are the results consistent with the methodology and analysis described?

• Does the manuscript distinguish clearly between observed results and interpretation?

Validation and Verification

• Are the proposed methods, models, algorithms, designs, or systems appropriately validated or verified?

• Are appropriate benchmark, control, reference, or comparison methods used?

• Is the evidence sufficient to demonstrate the reliability of the reported results?

• Where applicable, are experimental results consistent with theoretical or computational predictions?

• Are performance improvements supported by appropriate comparative evidence?

Tables, Figures, and Technical Illustrations

• Are tables, graphs, figures, diagrams, equations, schematics, and other technical illustrations necessary and relevant?

• Are they clear, accurate, and easy to interpret?

• Do they appropriately represent the reported data or technical concepts?

• Are axes, units, labels, legends, symbols, and captions clearly presented?

• Are figures of sufficient quality for scientific interpretation?

• Is information unnecessarily duplicated between the text, tables, and figures?

• Are technical diagrams and system architectures sufficiently detailed where applicable?

Discussion and Conclusion

Interpretation of Results

• Does the discussion appropriately interpret the major scientific or technical findings?

• Are the findings compared with relevant previous research?

• Does the author explain similarities, differences, or unexpected results appropriately?

• Are the interpretations consistent with established scientific principles or engineering theory?

• Does the discussion explain the significance of the findings rather than merely repeating the results?

• Are practical, technological, scientific, or engineering implications appropriately discussed?

• Are limitations, uncertainties, and potential sources of error adequately addressed?

• Does the manuscript avoid claims that exceed the evidence?

Conclusion

• Does the conclusion directly address the research objectives or technical goals?

• Is the conclusion adequately supported by the results?

• Does it accurately summarize the principal scientific or technical contribution?

• Does it avoid introducing new information?

• Are proposed applications or recommendations supported by the evidence?

• Where appropriate, does the conclusion identify opportunities for further research or technological development?

Reproducibility and Research Transparency

• Is sufficient methodological information provided to enable other researchers to understand and reproduce the work?

• Are datasets, source code, algorithms, models, experimental protocols, or supplementary materials made available where appropriate?

• If data or materials cannot be shared, is the reason adequately explained?

• Are computational procedures and experimental parameters sufficiently transparent?

• Are modifications to established methods clearly identified?

• Are sources of external datasets, software, models, or materials properly acknowledged?

Writing Style

• Is the manuscript written in clear, concise, and scientifically appropriate language?

• Is the terminology appropriate for the relevant scientific or engineering discipline?

• Is the manuscript logically structured and easy to follow?

• Are grammar, spelling, sentence structure, and academic writing conventions appropriately maintained?

• Are technical terms, variables, symbols, and abbreviations clearly defined?

• Are scientific and technical claims stated precisely?

• Does the manuscript avoid ambiguous, exaggerated, or unsupported statements?

References

• Are the references relevant to the scientific or engineering problem?

• Are the references sufficiently current and representative of important literature?

• Do the references adequately support the scientific and technical claims?

• Are important and relevant previous studies appropriately discussed?

• Where applicable, are recent developments, established theories, standards, or technical references included?

• Are citations and references consistently formatted according to the journal's requirements?

• Are there signs of excessive self-citation or inappropriate citation practices?

Ethical Issues

Research Ethics

• Has the study obtained appropriate ethical approval where required?

• Where research involves human participants, animals, biological materials, or sensitive data, are relevant ethical requirements addressed?

• Are privacy, confidentiality, informed consent, and participant protections appropriately considered where applicable?

• Are appropriate institutional or regulatory permissions obtained where required?

Environmental, Safety, and Responsible Research Considerations

Where applicable:

• Are potential health, safety, environmental, or societal risks appropriately addressed?

• Are hazardous materials, chemicals, biological agents, equipment, or experimental procedures handled according to appropriate safety requirements?

• Does the research appropriately consider environmental impacts?

• Are potentially harmful applications or risks of the technology adequately acknowledged?

Plagiarism

If you suspect plagiarism, duplicate publication, inappropriate text reuse, or substantial similarity with previously published work, please inform the editor immediately and provide relevant information where possible.

Reviewers should not independently contact the authors regarding suspected research misconduct.

Data Integrity and Research Misconduct

If you suspect that data have been fabricated, falsified, manipulated, selectively reported, or otherwise presented in a misleading manner, please bring the concern to the editor's attention.

Reviewers should provide specific observations or evidence where possible rather than making unsupported accusations.

Confidentiality

All manuscripts received for review are confidential documents. Reviewers must not share, copy, distribute, or discuss the manuscript or its contents with third parties.

Reviewers should not use unpublished information obtained through the peer-review process for personal research or professional advantage.

Reviewers should not contact the authors directly regarding the manuscript unless explicitly authorized by the editor.

Final Review

Before submitting your review, please ensure that:

• The review has been completed objectively and within the designated deadline.

• The manuscript's major scientific and technical strengths and weaknesses have been clearly identified.

• Comments are constructive, specific, and supported by scientific or technical reasoning.

• Major concerns affecting the validity, reliability, reproducibility, or significance of the study are clearly distinguished from minor editorial issues.

• Suggestions for revision are practical and relevant to improving the manuscript.

• Comments intended for the editor are distinguished from comments intended for the authors.

• The recommendation is consistent with the issues identified in the review.

• The review does not contain personal, discriminatory, or inappropriate comments toward the authors.

Your careful, objective, and constructive review is essential to maintaining the scientific and technical quality of Science and Engineering Horizon (SEH) and to advancing knowledge, innovation, technology, and engineering practice.