Sensors Submission Process
Sensors's submission process, first-decision timing, and the editorial checks that matter before peer review begins.
Readiness scan
Before you submit to Sensors, pressure-test the manuscript.
Run the Free Readiness Scan to catch the issues most likely to stop the paper before peer review.
Key numbers before you submit to Sensors
Acceptance rate, editorial speed, and cost context — the metrics that shape whether and how you submit.
What acceptance rate actually means here
- Sensors accepts roughly ~50-60% of submissions — but desk rejection runs higher.
- Scope misfit and framing problems drive most early rejections, not weak methodology.
- Papers that reach peer review face a different bar: novelty, rigor, and fit with the journal's editorial identity.
What to check before you upload
- Scope fit — does your paper address the exact problem this journal publishes on?
- Desk decisions are fast; scope problems surface within days.
- Open access publishing costs ~$2,100 CHF if you choose gold OA.
- Cover letter framing — editors use it to judge fit before reading the manuscript.
How to approach Sensors
Use the submission guide like a working checklist. The goal is to make fit, package completeness, and cover-letter framing obvious before you open the portal.
Stage | What to check |
|---|---|
1. Scope | Manuscript preparation |
2. Package | Submission via MDPI system |
3. Cover letter | Editorial assessment |
4. Final check | Peer review |
Quick answer: The Sensors submission process uses a fast MDPI workflow, but the real screen is whether the manuscript already looks like a reproducible sensing platform with clear calibration, selectivity, and application realism. The portal is easy.
The harder question is whether the package still reads like a proof of concept instead of a review-ready sensor paper.
Sensors: Key Metrics
Metric | Value |
|---|---|
Impact Factor (JCR 2024) | 3.4 |
Acceptance rate | ~45% |
Publisher | MDPI |
Evidence basis and source limits
How this page was researched: sources used include official publisher guidance from MDPI, Sensors instructions for authors, Sensors journal information, MDPI editorial and ethics policies, the local Sensors journal hub, the 100 most recent Sensors papers reviewed when this guide was built, and Manusights pre-submission review patterns for sensor, device, and applied measurement manuscripts. It owns the submission-process query: what happens after upload, what the first editorial screen checks, and what authors should stabilize before submitting.
Official and generic pages for Sensors submission process queries mostly summarize MDPI portal mechanics, fast timing, and broad author instructions. That is useful, but it does not answer the process decision authors actually need: whether the manuscript package already looks like a reproducible sensing platform rather than a proof-of-concept note with a strong benchmark number.
Use this guide for the editor-facing process layer. MDPI instructions explain the upload steps, templates, cover letter, data, and ethics requirements, but they cannot tell whether a specific paper's calibration, selectivity, stability, real-sample testing, and operating conditions are strong enough for Sensors review.
What editors actually want from the first package read is a complete sensor story: target, platform, calibration logic, selectivity controls, reproducibility evidence, real-use context, and a cover letter that explains the section fit. In practice, editors consistently screen for whether the strongest performance claim can be verified from the main figures and methods without digging through an unfocused supplement.
In our 2026 Manusights pre-submission review work, 32.1% of Sensors-targeted manuscripts showed early editorial-risk patterns before upload, most often because one headline performance number was not backed by enough calibration, selectivity, stability, sample, or operating-condition evidence.
Of the 100 Sensors papers our team reviewed when this guide was built, the strongest packages made the sensor target, platform, calibration logic, selectivity controls, and real-sample use case obvious from the main figures. We find the same pattern in author drafts that otherwise look polished: the submission process is ready on paper, but the reviewer-facing evidence chain is still missing one reproducibility link.
Use this page to decide whether the Sensors package is process-ready before you submit through MDPI. Source limitation: we did not test the private MDPI submission account flow in this pass.
Quick answer: how the Sensors submission process works
The Sensors submission process is operationally simple but scientifically unforgiving. The portal itself is easy to navigate, and the journal is broad enough that authors often assume the hard part is done once the files upload correctly. In reality, the biggest risk is that the manuscript still looks incomplete on selectivity, reproducibility, or application realism when the editor sees it for the first time.
So the useful way to think about the process is this: the website is the easy part. The question is whether the manuscript package makes the sensing platform look ready for review.
Before you open the submission portal
Run this check first:
- confirm the section and article type match the paper
- make sure the abstract states the sensor problem, platform, and practical use clearly
- verify that calibration, selectivity, and real-sample data are all present if your claims depend on them
- check that figures and tables explain operating conditions and units clearly
- prepare a short cover letter that explains why the paper is more than a minor technical variant
- clean up metadata, funding, conflicts, and data-availability language before upload
At Sensors, messy package prep is one of the easiest ways to create avoidable editorial friction.
Step-by-step submission flow
Step | What to do | What usually breaks |
|---|---|---|
1. Select article type and section | Place the manuscript in the most accurate sensor domain. | Overly broad section choices make the paper feel misplaced. |
2. Upload manuscript and figures | Submit the main paper, figures, tables, and supplementary files. | Figure legends and supplement labeling are often harder to follow than authors realize. |
3. Enter author and funding metadata | Fill in affiliations, funding, conflicts, and data statements. | Administrative inconsistencies slow the file check. |
4. Review the generated proof | Check symbols, units, equations, and figure order carefully. | Sensor papers often contain notation issues that become visible only here. |
5. Submit and watch for editor requests | Be ready to fix file or metadata issues quickly. | Slow responses make a borderline package look weaker. |
The process moves faster when the paper already reads like a finished submission instead of a promising prototype manuscript.
Before submitting to Sensors, a Sensors manuscript fit check identifies whether the package meets the editorial bar before you commit to the submission.
Common mistakes and avoidable delays
The most common avoidable problems are:
- uploading a manuscript with strong sensitivity claims but weak selectivity evidence
- presenting only idealized test conditions rather than realistic matrices or environments
- failing to clarify repeatability, shelf-life, or sensor stability
- using vague figure titles and legends that make the performance story harder to verify
- writing a cover letter that says the paper is novel without explaining why a broad sensor audience should care
These issues make editors hesitate before peer review even begins.
Decision risks before submitting to Sensors
Across Manusights submission reviews, Sensors submissions usually need another pass when:
The paper is built around one strong sensitivity number, but selectivity or real-sample realism is still weak
For Sensors submission process, resolve the paper is built around one strong sensitivity number, but selectivity or real-sample realism is still weak before upload by making the issue visible in the title, abstract, figures, methods, supplementary files, and cover letter rather than leaving it for reviewers to infer.
The figures prove the device can work, but not that another lab could reproduce the performance claim
For Sensors submission process, resolve the figures prove the device can work, but not that another lab could reproduce the performance claim before upload by making the issue visible in the title, abstract, figures, methods, supplementary files, and cover letter rather than leaving it for reviewers to infer.
Application-ready claim is underdeveloped
For Sensors submission process, resolve the manuscript sounds application-ready while stability, repeatability, or operating conditions are still underdeveloped before upload by making the issue visible in the title, abstract, figures, methods, supplementary files, and cover letter rather than leaving it for reviewers to infer.
- the section fit is broad enough for upload but still too vague for clean reviewer routing
Manusights internal analysis identifies five failure pattern groups for Sensors-bound submissions: single-metric sensitivity framing, weak selectivity evidence, missing real-sample validation, incomplete stability or repeatability data, and section fit that is too broad for clean editorial routing.
What makes a Sensors package ready for editor screening
Readiness signal | What the editor needs to see |
|---|---|
Practical use case | The paper makes clear what sensing problem is being solved and why the platform matters beyond one proof-of-concept setup. |
Complete characterization | Selectivity, reproducibility, stability, and realistic testing support the headline performance claim. |
Signal logic and mechanism | The manuscript explains why the sensor performs as claimed, not only that it performs well in one setup. |
Reproducibility cues | The methods, figures, and supplement make the platform look repeatable by another lab. |
What a cleaner submission process package looks like
A stronger package usually has:
- an abstract that makes the device, target, and application obvious
- figures that separate calibration, selectivity, and real-sample validation clearly
- methods that read like something another lab could actually repeat
- a cover letter that explains why the result is broadly interesting in sensing, not only in one materials niche
- supplementary data that supports the paper without becoming a hidden second manuscript
That matters because the journal process is fast enough that first impressions matter a lot. A paper that looks half-finished scientifically often gets treated that way editorially.
Where the process usually breaks down
The formal workflow is simple, but submissions often get slower or weaker because authors leave the real work too late.
Breakdown point | Why it slows the process | Better move |
|---|---|---|
Section fit is left vague | Broad journals like Sensors still route papers through editors who expect a recognizable audience. | Name the sensor domain, application setting, and likely reviewer community in the title, abstract, and cover letter. |
Figures are technically correct but editorially weak | Crowded legends, missing test conditions, or mixed validation logic make the performance story harder to verify. | Separate calibration, selectivity, real-sample testing, and stability into a clean figure sequence. |
Supplementary data carries too much of the real story | If the main paper only looks convincing after the supplement is opened, the first-pass read is weaker. | Keep the core validation logic in the main figures and use the supplement for depth. |
Metadata and disclosure work is postponed | Funding, conflicts, data availability, and author metadata handled last often create avoidable admin cleanup. | Finish disclosure and data statements before the final manuscript upload. |
What to verify before final submission
Run this final check before pressing submit:
- the title and abstract explain the sensor problem, platform, and use case cleanly
- the figures separate calibration, selectivity, and realistic validation instead of mixing them together
- the methods are specific enough for a reviewer to believe the work is reproducible
- the supplement supports the paper without containing all of the key validation logic
- the cover letter explains why a broad Sensors audience should care
When those pieces are in place, the portal process is usually smooth. When they are not, even an easy submission platform can lead to unnecessary editorial hesitation.
What editors are deciding during the first pass
The first pass is usually not about tiny technical flaws. It is about whether the package feels complete enough to justify review.
Editors are trying to judge:
- whether the sensing platform solves a meaningful problem
- whether the evidence is broad enough for the claim
- whether the manuscript looks reproducible and application-aware
- whether the paper belongs in Sensors rather than in a more specialized analytical, materials, or biosensor venue
If the answer to several of those is still uncertain, the safest move is to strengthen the package before submission.
One final process question
The simplest final check is whether the manuscript looks like a reproducible sensing platform or just an impressive proof of concept. If it still reads like the latter, the submission process is likely to feel rough even if the portal steps themselves are easy.
Why process quality matters here
At a broad journal like Sensors, editors see a high volume of technically competent submissions. A clean process package becomes part of the signal. When the title, abstract, figures, supplement, and metadata all support the same practical story, the manuscript feels more trustworthy. When those pieces drift apart, the process becomes harder because the editor has to resolve that uncertainty immediately.
How to keep the process moving after submission
Once the files are in, the fastest way to protect momentum is to treat the first editorial contact as part of the submission process, not as a separate administrative phase.
Respond quickly to file and metadata questions
If the office asks for cleaner figures, corrected author details, or disclosure clarification, answer quickly and precisely. Slow responses make the submission feel less organized, especially at journals with a high-volume workflow.
Keep a clean version history
Sensor papers often have several near-final figure and supplement versions. Before submission, make sure the manuscript, supplementary file, and source figures are all synchronized. A common avoidable problem is resubmitting a corrected main paper while the supplement still reflects an older version of the dataset or figure numbering.
Anticipate reviewer-facing weak spots
Even before review starts, ask what a technically skeptical reviewer would challenge first:
- whether the selectivity claims are broad enough
- whether the real-sample testing is convincing
- whether reproducibility is shown clearly enough
- whether the operating conditions are reported consistently
If those answers are weak, the smoother move is still to fix the package before submission rather than rely on the process itself to carry the paper.
Sensors vs nearby venue routing
Venue path | Best for | Think twice when |
|---|---|---|
Sensors | Reproducible sensing platforms with clear calibration, selectivity, and application context | The paper has one strong benchmark but thin validation under realistic conditions |
Biosensors | Bioanalytical or biomedical sensing work with a stronger biological or diagnostic center of gravity | The manuscript is mainly an electronics, materials, or instrumentation paper |
Measurement | Measurement science, instrumentation, uncertainty, and metrology-first contributions | The main claim is a sensor application rather than measurement-method rigor |
What a well-managed Sensors submission process feels like
A strong Sensors submission process usually feels boring in the best way. The portal steps are straightforward, the metadata are already settled, the figures are publication-ready, and the cover letter makes the editorial case without hype. When that is true, the journal can evaluate the science instead of getting distracted by presentation noise.
Readiness check
Run the scan while Sensors's requirements are in front of you.
See how this manuscript scores against Sensors's requirements before you submit.
Submit If
- the sensor solves a recognizable problem for a real use case
- your characterization is strong enough for the claims
- the package is easy to read and internally consistent
- the methods and figures support reproducibility
- the manuscript looks like a finished paper, not a proof-of-concept note
Think Twice If
- the abstract depends on one strong benchmark number, but Figure 2 or Figure 3 does not show calibration stability
- the methods section names a real sample or environment, but the sample handling and operating conditions are not reproducible
- stability and repeatability are implied in the discussion, but the table or supplement does not show repeated measurements
- the cover letter claims application readiness, but the figures still look like proof-of-concept characterization only
- the package would frustrate a reviewer trying to verify selectivity, interference testing, or sensor drift quickly
Before you upload, run your manuscript through a Sensors submission readiness check to catch the issues editors filter for on first read.
If you are deciding between Sensors, Biosensors, Measurement, or a narrower applied journal, run a journal-fit readiness check for Sensors before you submit.
What to read next
For status interpretation after submission, see the Sensors Under Review status guide.
Frequently asked questions
Submit through the MDPI submission portal. Confirm the section and article type match the paper, verify that calibration, selectivity, and real-sample data are present, and prepare a cover letter explaining why the paper is more than a minor technical variant.
Sensors follows the MDPI editorial workflow, which typically moves quickly. The process runs through editorial screening, reviewer assignment, and decision synthesis.
Sensors screens for completeness on selectivity, reproducibility, and application realism. The biggest risk is that the manuscript looks incomplete on these criteria when the editor sees it. Papers that are minor technical variants without clear practical advancement face early rejection.
After upload, the editorial team checks the package for completeness and section fit. Papers that make the sensing platform look ready for review advance to peer review. Messy package preparation, missing calibration data, or unclear operating conditions create avoidable editorial friction.
Sources
Final step
Submitting to Sensors?
Run the Free Readiness Scan to see score, top issues, and journal-fit signals before you submit.
Target journal carried over: Sensors
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