Thoughtful research. Clearer manuscripts. More confident submissions.
Engineering & Technology: Electrical, mechanical, civil, industrial, and multidisciplinary engineering research.
Engineering reviewers tend to read a manuscript from the figures and methods outward. They want to see what was built, simulated, or tested; under which conditions; with what instrumentation and tolerances; and how the results compare with existing approaches. A precise contribution statement and a well-labeled schematic often do more for a submission than polished background prose.
Publication routes vary as well. Some subfields publish first at conferences and extend the work for a journal later, while others treat the journal article as the primary record. Society publishers such as IEEE, ASME, and ASCE maintain their own templates, reference styles, and policies, and individual journals add further requirements, so preparation means reading the specific author instructions rather than relying on general habits.
Block diagrams, circuit schematics, CAD renderings, and plots carry much of an engineering argument. Reviewers look for legible axis labels with units, symbols that match the text, defined line styles and markers, and captions that explain what each figure shows without sending the reader back to the methods.
A methods section should let another group rebuild the setup: materials and specifications, equipment models, calibration, test conditions, boundary conditions or simulation parameters, and the number of trials. Measurement uncertainty and sources of error belong in the results, not in an afterthought.
SI units follow conventions set out in the BIPM SI Brochure (external link) and the NIST Guide for the Use of the SI (external link): a space between number and unit, upright unit symbols, italic quantity symbols, and no informal abbreviations such as “sec” or “mins.” Mixed unit systems are a frequent reviewer comment, especially where industry practice still uses non-SI units.
Equations should be numbered when referred to, punctuated as part of the sentence, and built from one consistent symbol set. When a variable is redefined between sections, or a symbol changes between the derivation and the figures, reviewers often ask for a nomenclature list.
Large datasets, code, extended derivations, videos of experiments, and additional test results often belong in supplementary files or a repository. The main text should still say what each file contains and how it supports the claims, and many journals now ask for a data availability statement.
Some manuscripts describe a system thoroughly without saying what is new about it. Editors often decide quickly whether a paper advances the field, so the novelty and its significance need to be explicit in the abstract and introduction.
Plots exported with small fonts, low resolution, or color-only distinctions become hard to read in a two-column layout and for readers with color vision deficiencies. Each publisher’s artwork guidelines specify resolution, file types, and minimum font sizes.
Reviewers frequently ask how a new method compares with established baselines, whether test conditions reflect real operating ranges, and whether results hold across repeated trials. Anticipating these comparisons in the first submission can shorten revision.
Reusing a published conference paper without disclosure, or with too little new material, can raise duplicate-publication concerns. Publishers set their own expectations for how much an extended version must add, so check before converting proceedings work into a journal article.
IEEE’s numbered references, ASME’s journal templates, and other publishers’ formats differ in citation order, equation layout, and heading structure. Moving to a new venue after a rejection often means reworking all of these, not only the reference list.
More on this in how to choose a journal beyond its impact factor.
Clarifies methods and results sections while keeping technical terms, symbols, and units consistent from the first equation to the last figure.
Adapts a manuscript to IEEE, ASME, or other publisher templates, including reference style, equation layout, and figure specifications.
Weighs conference and journal options and compares journals by scope, balance of theory and application, and publishing model.
Helps turn dense technical results into clearer abstracts, graphical abstracts, and conference posters.
Official guidance worth reading alongside your target journal’s instructions.
A practical, area-by-area checklist for the final stage before submission, from author guidelines and declarations to reporting guidelines, ORCID, and the last read-through.
Manuscript Preparation7 min read
Impact factor is one signal among many. This framework covers scope, readership, editorial policies, indexing, fees, and warning signs so you can build a shortlist you can defend.
Journal Selection8 min read
A clear response letter answers every comment, shows exactly what changed and where, and handles disagreement with evidence. Here is a method that keeps the letter and manuscript in step.
Peer Review6 min read
Editing can make a manuscript clearer, more consistent, and easier to review. It cannot validate your methods, repair your data, or decide the outcome. Here is where the line falls.
Academic Writing6 min read
Often, yes, but publishers set the terms. Many expect substantial new material, such as additional experiments, analysis, or theory, along with disclosure of the earlier paper and attention to who holds copyright in the proceedings version. Read the target journal’s policy on prior publication before you begin the extension.
Most engineering journals expect SI units, sometimes with other units in parentheses where field practice requires them. The BIPM SI Brochure (external link) sets out the rules, and the journal’s instructions state any exceptions. Consistency matters as much as the choice: mixing systems within one paper is a common reviewer comment.
Editing focuses on language, clarity, and consistency. It can flag an undefined symbol, a mismatch between an equation and its description, or a unit that changes between sections, but the technical content and its correctness remain the author’s responsibility. See what academic editing can and cannot change.
Engineering spans very different specialties, from power systems to structural design. Whether support suits your manuscript is confirmed during consultation, based on its subject, methods, and target venue, and you will know before any work is agreed. Describe your manuscript and target venue to begin.
Working on something specific?
Tell us the topic and the journal you have in mind. We confirm fit before proposing anything.
Ask about your manuscriptTell us the topic, the study design, and where you hope to submit. We’ll confirm whether we can help well before proposing anything.
