What to Look for When Choosing a Journal
Before submitting your research, evaluate journals on these key criteria:
- Biomedical engineering scope — medical devices, biomaterials, clinical engineering, imaging
- Interdisciplinary editorial board with engineering and clinical expertise
- Rigorous double-blind peer review by biomedical engineers and medical scientists
- Open access for global reach across clinical and academic communities
- Review speed — 2–4 weeks ensures timely dissemination of health-critical research
- Transparent APC with no surprise fees after manuscript acceptance
Recommended Journals — Cluster 2: Engineering, Technology & Applied Sciences
All journals below are published by Keith Publications — open access, peer-reviewed, and indexed for global discoverability.
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Applied Sciences, Engineering, and Technology Journal
(ASETJ)
Applied sciences, engineering disciplines, technology innovation, and interdisciplinary research bridging theory with real-world application.
Applied Sciences Engineering Research Technology Innovation Interdisciplinary Studies -
Columbia Journal of Engineering and Technology
(CJET)
Electrical, mechanical, civil, computer, software, environmental, and industrial engineering with a focus on emerging technologies.
Electrical Engineering Mechanical Engineering Civil Engineering Computer Engineering -
Journal of Medical Technology and Innovation
(JMTI)
Medical technology, biomedical engineering, health informatics, clinical innovation, and translational research at the medicine-technology interface.
Medical Technology Biomedical Engineering Health Informatics Clinical Innovation
Fast Publication: All Keith Publications journals complete initial review within 2–5 business days and full peer review within 2–4 weeks. Articles are published online within 5–10 days of acceptance — making us one of the fastest open access publishers in the engineering and technology field.
Biomedical Engineering Research Scope at Keith Publications
The Journal of Medical Technology and Innovation (JMTI) and Applied Sciences, Engineering, and Technology Journal (ASETJ) both welcome biomedical engineering research: medical device design and testing, biomaterials and tissue engineering, prosthetics and orthotics, biomedical imaging and signal processing, surgical robotics, wearable health technology, clinical engineering, physiological modelling, drug delivery systems, and the regulatory and ethical dimensions of medical device innovation.
Clinical Translation and Biomedical Engineering
The most impactful biomedical engineering research is that which moves from laboratory to clinic — addressing real patient needs and demonstrating clinical safety and efficacy. Keith Publications particularly encourages research that documents the translational pathway, from proof-of-concept through validation studies to clinical implementation. Reporting on regulatory compliance (ISO, FDA, CE mark considerations) strengthens the practical significance of your biomedical engineering paper.
Tips to Maximise Your Acceptance Chances
- Align your topic with the journal's scope — read the aims and scope carefully before submitting.
- Write a compelling abstract — it's the first thing editors and reviewers read. Make it clear, concise, and keyword-rich.
- Ensure strong methodology — clearly describe your research design, experimental setup, or computational approach.
- Use current and relevant citations — include recent publications (within the last 5 years) alongside seminal engineering works.
- Follow formatting guidelines exactly — non-compliant manuscripts are often desk-rejected without review.
- Present results clearly — use tables, figures, and graphs to communicate quantitative findings effectively.
- State practical implications — explain how your engineering or technology findings can be applied in practice.
Frequently Asked Questions
Related Research Guides
Explore other research journal guides in the Engineering, Technology & Applied Sciences cluster: