IEEE Sensors Journal Submission Guide: Devices, Sensing Systems, and Validation

Source: IEEE Sensors Journal guide for authors and IEEE Sensors Journal home page, accessed June 2026. JCR 2024 JIF from Clarivate.

The journal scope is anchored on the device. The IEEE Sensors Council defines it as the theory, design, fabrication, manufacturing, and applications of devices for sensing and transducing physical, chemical, and biological phenomena, with emphasis on the electronics and physics of sensors and integrated sensor-actuator systems. In practice that covers sensor phenomenology, materials and fabrication, chemical and gas sensors, biosensors, optical and physical and acoustic sensors, packaging, sensor networks, signal and data processing for sensing, and sensor applications.

The editorial line that authors miss most often is the difference between a sensing contribution and a sensing-enabled application. A new transducer principle, a fabrication route that improves selectivity or sensitivity, a readout circuit that changes the noise floor, or a sensor-fusion architecture that solves a sensing-specific problem all sit inside scope.

A clinical, agricultural, or structural-monitoring study that buys a commercial sensor and reports an application outcome usually sits outside the core, no matter how useful the result. The decisive test: if you swapped the sensor for a different commercial part and the paper read the same, the sensing-device contribution is not load-bearing.

Before you worry about portal mechanics, decide whether the paper is shaped correctly. Most accepted IEEE Sensors Journal papers make the device, its fabrication or design, and its characterization the protagonist, and treat the application as the setting that demonstrates the sensing advance.

The scope spans device physics through applications, and each lane needs different evidence. Reviewers screen for whether the validation actually supports the sensing claim.

The decisive question for every lane: would the evaluation look incomplete if the specific sensing device, its characterization, or its operating constraints were removed? If the answer is no, the manuscript reads as an application paper with a sensor attached.

The IEEE Sensors Council lists a median submission-to-ePublication of 8.8 weeks and an acceptance rate near 25%. Treat these as planning ranges, not promises.

• Day 0: IEEE Author Portal upload. The portal accepts the package, runs IEEE format and originality checks, confirms the mandatory graphical abstract, and routes to a handling editor matching the topic classification.

• Days 1 to 7: Administrative and editor assignment. Editorial staff verify the IEEE template, page count against the 8-page envelope, graphical abstract, and ORCID compliance. The handling editor evaluates whether the sensing-device contribution is in scope or belongs in an application venue.

The fastest scope-based desk rejections happen here.

• Days 7 to 21: Reviewer invitations. The handling editor invites reviewers from the relevant sensing subdomain. Device-characterization papers draw reviewers who will verify measurement methodology and baselines.

• Days 21 to 49: Peer review. Reviewer reports return on a roughly 3 to 6 week cadence; characterization-heavy and fabrication-heavy papers extend because reviewers scrutinize sensitivity, selectivity, and reproducibility claims.

• **Days 35 to 60:

First editorial decision.** Major revision is the most common outcome for papers that clear the desk screen.

• Weeks 6 to 9: Revisions and ePublication. The 8.8-week median submission-to-ePublication reflects single-revision acceptances; multi-round revisions extend the timeline.

This page handles the public submission rules; the draft still needs a journal-specific fit check. The review tells you whether YOUR paper passes the IEEE Sensors Journal fit screen before upload, especially around an application paper built on a purchased commercial sensor, a characterization section missing selectivity and reproducibility baselines, and a figure budget that overflows the 8-page envelope. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.

Before you upload, an IEEE Sensors Journal submission readiness check tells you whether the sensing contribution, characterization package, and scope fit clear the editorial bar before you commit to the submission.

In our pre-submission review work with IEEE Sensors Journal submissions, three patterns generate the most consistent desk rejections and major-revision loops, and they cluster around a single editorial question: is the sensor the contribution, or just the instrument? The IEEE Sensors Council scope is explicit that the journal emphasizes the electronics and physics of sensors and integrated sensor-actuator systems, and handling editors apply that line at the desk screen before reviewers are invited. The three patterns below are testable against your own manuscript before you upload.

A Manusights review checks whether your paper clears the IEEE Sensors Journal-specific readiness checks that the official IEEE author guidelines cannot evaluate from a generic portal checklist. Paid Manusights reviews include a 60-day money-back guarantee; submitted manuscripts are not used for model training.

Application paper with a purchased sensor framed as a sensing contribution

The most common scope failure we see for IEEE Sensors Journal is a manuscript whose real contribution is an application result, with an off-the-shelf commercial sensor used as the data-collection instrument. The abstract leads with the application outcome, the methods section names a commercial part number, and the figures report the application metric rather than any device characterization.

Reviewers and the handling editor at IEEE Sensors Journal apply a direct test: if the same study could be rerun with a different commercial sensor and the paper would read the same, the sensing-device contribution is not load-bearing and the work belongs in an application or domain venue, often Sensors (MDPI), not in the Sensors Council flagship.

The fix is to either elevate a genuine sensing contribution (a calibration method, a fusion architecture, a readout or compensation technique that is specific to the sensor) into the protagonist role and report it with device-level characterization, or to redirect the manuscript to a venue whose scope is the application. Make the sensing advance, not the application, the first thing the abstract and graphical abstract show.

Check whether your sensing contribution is load-bearing or just an instrument →

Sensor characterization that omits baselines, selectivity, or reproducibility

Across our IEEE Sensors Journal pre-submission reviews, characterization sections frequently report a single favorable measurement curve and stop. A biosensor paper reports a limit of detection but no cross-sensitivity to realistic interferents; a gas sensor reports sensitivity but no drift or recovery data; a fabrication advance reports one working device but no device-to-device variability or yield; a readout circuit reports a noise figure from simulation but no measured noise floor against a baseline.

IEEE Sensors Journal reviewers are largely measurement-oriented, and they check the characterization claim against the evidence component by component: dynamic range, selectivity, reproducibility across devices or samples, drift over time, and a baseline against the prior state of the art for that sensing modality. Manuscripts that claim a sensing improvement without the comparative and reproducibility evidence to support it draw major-revision requests that add months, because the missing measurements have to be run after submission.

The fix is to enumerate every performance claim in the abstract and contribution statement, map each one to a specific figure or table column, and either deliver the comparative and reproducibility evidence or weaken the claim before submission.

Check whether your characterization package supports every performance claim →

Overlength figure budget colliding with the 8-page envelope

A structural pattern specific to IEEE Sensors Journal is a manuscript built without respect for the 8-page double-column limit, so the figure-and-table budget overflows into mandatory $175-per-page overlength charges that authors did not plan for, or the manuscript is padded to look comprehensive at the cost of clarity.

We regularly see drafts arrive at 12 to 14 pages with a fabrication process, a characterization sweep, an application demonstration, and a sensor-network extension all competing for space, when the archival contribution is one of those stories.

IEEE Sensors Journal editors notice padding, and a manuscript that spreads four equal-weight stories across an inflated page count reads as less finished than a focused 8-page paper that makes one sensing contribution and supports it with reproducibility data.

The fix is to decide which single sensing advance is the paper, build the figure budget around the 8-page envelope, move extended derivations and additional characterization runs to supplementary material, and accept the overlength charge only when the additional pages carry load-bearing characterization that the contribution genuinely requires.

Check whether your figure budget fits the 8-page envelope before you submit →

Before submitting to IEEE Sensors Journal, an IEEE Sensors Journal validation and scope check identifies whether your scope fit, characterization package, and page budget meet the editorial bar before you commit the submission slot.

Or sanity-check your reported stats in 5 seconds before you finalize.

• IEEE Internet of Things Journal submission guide
• Sensors (MDPI) submission guide
• Is Sensors (MDPI) a good journal?
• For full journal context, see the Sensors journal overview.

Before you upload, run your manuscript through an IEEE Sensors Journal submission readiness check to catch the scope and characterization issues editors filter for on the first read. The check is free to run (/ai-review) and takes a single upload.

Last verified: June 2026 against IEEE Sensors Council author and journal pages.