Journal of Biomedical Engineering and Health Technology is a journal in the EJSIR Publisher programme, focused on Biomedical Engineering and Health Technology. Its scope is organized into academic sections covering Medical Imaging, Biomedical Signal Processing, Biosensors, Medical Devices, Biomechanics, Digital Health, Health Informatics, AI for Clinical Support, Rehabilitation Engineering and Wearable Health Technologies. This structure helps authors assess disciplinary fit and gives readers a clear route through the journal’s subject coverage. The journal welcomes original research article, review article, systematic review, short communication and other contributions described in its author guidance when they fit the scope. Appropriate work may include device design, sensor development, image or signal processing, biomaterials, software, usability evaluation and clinical or laboratory validation. Authors should report test conditions, reference standards, datasets, safety considerations, calibration and limitations, with ethics and consent information where applicable. Authors should engage relevant scholarship, explain the contribution and report limitations needed for critical assessment. Editorial assessment considers journal fit, methodological or interpretive quality, research integrity and clarity. The stated review model is double-anonymous peer review, normally with at least two independent reviewers. Publisher policies on ethics, access, authorship, conflicts, data and corrections apply alongside this journal’s scope. Submission information is provided on this site; manuscripts can be submitted only after the journal’s submission route opens.
Choose the area that best describes the manuscript’s main scholarly contribution, then review the linked section scope. A topic match is a starting point; authors should also check the complete aims and scope.
This section covers medical imaging within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers biomedical signal processing within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers biosensors within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers medical devices within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers biomechanics within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers digital health within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers health informatics within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers ai for clinical support within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers rehabilitation engineering within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →This section covers wearable health technologies within biomedical engineering and health technology. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
Read this area’s section scope →