IEEE RBME Impact Factor
IEEE RBME impact factor is 12.0 with a 5-year JIF of 13.1. See rank, trend, and what it means before submission.
Associate Professor, Clinical Medicine & Public Health
Author context
Specializes in clinical and epidemiological research publishing, with direct experience preparing manuscripts for NEJM, JAMA, BMJ, and The Lancet.
Journal evaluation
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Quick answer: IEEE RBME, or IEEE Reviews in Biomedical Engineering, has a 2024 JCR impact factor of 12.0, a five-year JIF of 13.1, and a Q1 rank of 6/124 in its primary category. The practical read is that this is a strong top-tier review journal in biomedical engineering. The more useful question for authors is whether the manuscript is a real critical review, not just a long survey with a good topic.
IEEE RBME impact factor at a glance
Metric | Value |
|---|---|
Impact Factor | 12.0 |
5-Year JIF | 13.1 |
JIF Without Self-Cites | 11.9 |
JCI | 2.66 |
Quartile | Q1 |
Category Rank | 6/124 |
Total Cites | 3,062 |
Citable Items | 22 |
Cited Half-Life | 4.4 years |
Scopus impact score 2024 | 14.51 |
SJR 2024 | 2.762 |
h-index | 79 |
Publisher | IEEE |
ISSN | 1937-3333 / 1941-1189 |
That rank places the journal in roughly the top 5% of its primary JCR category.
What 12.0 actually tells you
The first useful signal is that RBME is punching at the top end of biomedical engineering review publishing. A top-10 category rank with a review-only posture means the journal is not just accumulating citations because it publishes broad summaries. It is getting attention for reviews that shape how readers understand a technical field.
The second useful signal is strength after normalization. The JCI is 2.66, which is high for a field spanning engineering, clinical translation, imaging, signal processing, devices, and computational methods. That suggests the journal performs strongly across mixed citation cultures.
The third useful signal is quality of the profile. The JIF without self-cites is 11.9, almost identical to the headline JIF, which makes the citation performance look clean.
IEEE RBME impact factor trend
The JCR row above is the authoritative impact factor on this page. For the longer directional view, the table below uses the open Scopus-based impact score series as a trend proxy.
Year | Scopus impact score |
|---|---|
2014 | 5.30 |
2015 | 5.48 |
2016 | 7.91 |
2017 | 6.52 |
2018 | 6.35 |
2019 | 6.96 |
2020 | 9.26 |
2021 | 7.97 |
2022 | 18.86 |
2023 | 21.23 |
2024 | 14.51 |
Directionally, the open citation signal is down from 21.23 in 2023 to 14.51 in 2024. That looks sharp, but it needs context. Review journals in technical fields can show larger short-window swings because a few very influential surveys can materially shift the average.
The healthier read is that RBME remains far above its long-run pre-2022 baseline even after cooling. It is still operating at a very strong level for a selective review journal.
Why the number can mislead authors
The common mistake is to see a strong impact factor and assume any good review topic should work.
That is not how the author guidance frames the journal. RBME publishes comprehensive, authoritative review articles, but it is unusually explicit that descriptive compilation is not enough. Methodological Reviews and Clinical Application Reviews need critical comparison, strong article design, future-direction framing, and original figures.
In practice, the journal tends to reward manuscripts where:
- the article teaches the reader how to think about a field
- the scope is broad enough for cross-field biomedical engineering relevance
- the review structure itself is disciplined
- the future questions and comparative judgment are load-bearing
That means the metric tells you the journal is prestigious. It does not tell you that a competent literature survey belongs there.
How IEEE RBME compares with nearby choices
Journal | Best fit | When it beats RBME | When RBME is stronger |
|---|---|---|---|
IEEE RBME | Broad, critical biomedical engineering reviews | When the topic needs a strongly structured review venue with engineering authority | When a specialist review journal would be too narrow |
Specialist biomedical engineering review venue | Deep technical reviews for one subfield | When the review mainly serves one small community | When the article genuinely matters across biomedical engineering |
Clinical review journal | Clinician-facing technology synthesis | When the engineering-method comparison is secondary | When the engineering reasoning itself is core |
Original research journal | New empirical or computational work | When the manuscript is still mainly a data paper | When the value is critical synthesis rather than new experiments |
This is why RBME can look attractive in search while still being a poor fit for authors holding a long but weakly shaped review.
In our pre-submission review work
In our pre-submission review work on manuscripts targeting IEEE RBME, the repeat problem is not topic importance. It is review architecture.
We see authors who know the literature well but have not yet designed a review that compares methods, exposes bottlenecks, and gives the reader a strong forward map. The official guidance actually reinforces that expectation with page limits, original-figure requirements, and an Outstanding Questions box.
Editors explicitly warn against reviews that mainly compile prior work without substantive critical analysis. That documented standard is one of the clearest signals that article architecture matters as much as topic choice in RBME.
What pre-submission reviews reveal about IEEE RBME targets
In our pre-submission review work on manuscripts targeting IEEE RBME, four failure patterns recur.
The review is descriptive rather than critical. This is still the most common miss. The draft reports what exists but does not rank, compare, or judge it strongly enough.
The topic is too narrow. Even technically strong reviews can misfit if they only matter to one small biomedical engineering niche.
The structure is underdesigned. Weak figures, no strong comparative spine, and vague future directions usually make the article feel lighter than its reference list suggests.
The manuscript ignores the journal's constraints. Page limits, reference limits, original figures, and the Outstanding Questions box are part of the quality test, not afterthoughts.
If that sounds familiar, a review-architecture check for RBME is usually more useful than adding more references.
How to use this number in journal selection
Use the impact factor to place RBME correctly. It is a serious upper-tier venue for biomedical engineering reviews that are broad, critical, and future-facing.
But do not use the number as a substitute for article design. The better question is whether the review changes how a broad biomedical engineering reader organizes the field, not just whether the topic is fashionable.
If the answer is no, a narrower review venue is usually the better owner.
What the number does not tell you
The impact factor does not tell you whether the review is critical enough, broad enough, or well-designed enough for the journal's architecture standards.
That is where most mismatches happen. The metric places the journal. It does not turn a survey into a real RBME review.
Submit if / Think twice if
Submit if:
- the review is clearly critical, not just descriptive
- the topic matters across biomedical engineering
- the figures, structure, and Outstanding Questions box carry real intellectual weight
- the review compares methods or clinical applications rather than merely listing them
Think twice if:
- the manuscript is mainly a literature compilation
- the topic only matters to a small subcommunity
- the article still relies on extra pages and references to feel coherent
- the piece is really a disguised original research or methods paper
Bottom line
IEEE RBME has an impact factor of 12.0 and a five-year JIF of 13.1. The stronger signal is its combination of top-tier category rank, strong normalized influence, and a review format that demands genuine critical synthesis.
If the article is still mostly a survey, the metric will flatter the fit.
Frequently asked questions
IEEE Reviews in Biomedical Engineering has a 2024 JCR impact factor of 12.0, with a five-year JIF of 13.1. It is Q1 and ranks 6th out of 124 journals in its primary JCR category.
Yes. RBME is a serious upper-tier review journal in biomedical engineering. The more useful signal is the combination of a double-digit JIF, top-10 category rank, and a review format that demands real critical synthesis.
Because RBME is a review journal with unusually strict architectural expectations. A strong metric does not mean a long literature survey will work. The journal expects a critical review with original figures, structured future questions, and broad engineering readership value.
No. The journal is explicit that it wants comprehensive, authoritative reviews that critically compare methods or clinical applications. Narrow, descriptive, or under-designed reviews often misfit despite the journal's prestige.
The common misses are descriptive surveys, reviews that are too narrow for a broad biomedical engineering readership, and manuscripts that ignore the page, figure, reference, and Outstanding Questions expectations.
Sources
Reference library
Use the core publishing datasets alongside this guide
This article answers one part of the publishing decision. The reference library covers the recurring questions that usually come next: whether the package is ready, what drives desk rejection, how journals compare, and what the submission requirements look like across journals.
Checklist system / operational asset
Elite Submission Checklist
A flagship pre-submission checklist that turns journal-fit, desk-reject, and package-quality lessons into one operational final-pass audit.
Flagship report / decision support
Desk Rejection Report
A canonical desk-rejection report that organizes the most common editorial failure modes, what they look like, and how to prevent them.
Dataset / reference hub
Journal Intelligence Dataset
A canonical journal dataset that combines selectivity posture, review timing, submission requirements, and Manusights fit signals in one citeable reference asset.
Dataset / reference guide
Peer Review Timelines by Journal
Reference-grade journal timeline data that authors, labs, and writing centers can cite when discussing realistic review timing.
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