Aim of the Journal

The primary aim of the International Journal of Biomedical Engineering and Medical Devices is to promote interdisciplinary research that connects engineering innovation with clinical and healthcare needs.

The journal seeks to publish high-quality research that contributes to the development of safer, smarter, more accurate, accessible, and effective medical technologies.

Particular emphasis is placed on research that demonstrates potential for clinical translation, improved diagnosis and monitoring, therapeutic intervention, rehabilitation, patient safety, or healthcare delivery.

Scope of the Journal

The journal welcomes original research, reviews, technical studies, and innovative contributions in areas including:

Biomedical Engineering

• Biomedical engineering systems


• Biomedical instrumentation


• Biomedical electronics


• Bioengineering


• Clinical engineering


• Computational biomedical engineering


• Systems engineering


• Biomedical signal processing

Medical Devices & Technologies

• Medical device design and development


• Diagnostic devices


• Therapeutic devices


• Implantable medical devices


• Surgical devices


• Point-of-care devices


• Assistive medical technologies


• Smart medical devices


• Connected medical devices


• Device testing and validation

Medical devices range from relatively simple clinical tools to sophisticated systems such as pacemakers, prosthetic joints, robotic surgical platforms, imaging systems, and remote-operated technologies.

Sensors & Biosensors

• Biomedical sensors


• Biosensors


• Wearable sensors


• Implantable sensors


• Optical sensors


• Electrochemical sensors


• Microfluidic sensors


• Point-of-care diagnostics


• Physiological monitoring


• Wireless sensing


• Sensor integration

Biomaterials & Tissue Engineering

• Biomaterials


• Biocompatible materials


• Bio-inspired materials


• Tissue engineering


• Regenerative medicine technologies


• Artificial tissues


• Scaffolds


• 3D bioprinting


• Drug-delivery devices


• Nanobiotechnology

Biomechanics & Rehabilitation

• Human biomechanics


• Computational biomechanics


• Orthopedic engineering


• Rehabilitation engineering


• Assistive devices


• Exoskeletons


• Prosthetic limbs


• Orthotic devices


• Human–machine interfaces


• Sports biomechanics

Medical Imaging

• MRI


• CT


• Ultrasound


• X-ray imaging


• PET


• Optical imaging


• Medical image processing


• Image-guided procedures


• 3D medical imaging


• Imaging instrumentation


• AI-assisted medical imaging

Medical-imaging research increasingly combines instrument development with computational methods and AI-based image analysis.

Artificial Intelligence & Computational Technologies

• Artificial intelligence in biomedical engineering


• Machine learning


• Deep learning


• Medical image analysis


• Predictive diagnostics


• Computational modelling


• Digital twins


• Biomedical data analytics


• Computer-aided diagnosis


• Intelligent medical devices

Robotics & Automation

• Medical robotics


• Surgical robotics


• Rehabilitation robotics


• Assistive robotics


• Soft robotics


• Robotic prosthetics


• Human–robot interaction


• Robot-assisted surgery


• Automated healthcare systems

Soft and wireless robotic medical devices are an active area of research, with important considerations around safety, biocompatibility, navigation, fabrication, regulation, and clinical translation.

Neuroengineering & Bionics

• Neural engineering


• Brain–computer interfaces


• Neuroprosthetics


• Neural implants


• Neuromodulation


• Bionic systems


• Bioelectronic medicine


• Brain–machine interfaces

Wearable & Smart Healthcare Technologies

• Wearable medical devices


• Smart textiles


• Flexible electronics


• Remote patient monitoring


• Mobile health devices


• IoT-enabled healthcare


• Wireless health technologies


• Continuous physiological monitoring

Article Types

The journal can accept:

• Original Research Articles


• Review Articles


• Systematic Reviews


• Mini Reviews


• Technical Reports


• Methods & Protocols


• Short Communications


• Case Studies


• Device Development Reports


• Clinical Technology Reports


• Commentaries


• Perspectives


• Letters to the Editor

Why Publish With the Journal?

The journal aims to provide a platform for research connecting engineering, technology, medicine, and healthcare.

It is particularly suitable for interdisciplinary research involving:

Engineering → Device Development → Testing → Validation → Clinical Translation

This interdisciplinary focus is consistent with the broader biomedical-engineering field, which bridges engineering, life sciences, clinical medicine, and healthcare technology.