What Is IEEE Transactions on Rehabilitation Engineering?

IEEE Transactions on Rehabilitation Engineering is a peer-reviewed scientific journal that published research at the intersection of engineering and rehabilitation medicine from 1993 through 2000. It served as the primary IEEE outlet for work bridging biomedical engineering with physical and neurological rehabilitation, covering assistive technologies, prosthetics, orthotics, functional electrical stimulation, and human movement analysis. The journal was published by the IEEE Engineering in Medicine and Biology Society and established a dedicated venue for a discipline that had previously been distributed across broader biomedical engineering publications.

The journal grew from the recognition that rehabilitation engineering had matured into a distinct field requiring specialized peer review. Its scope encompassed both the technology side, including sensor design, signal processing of physiological data, and device fabrication, and the clinical side, including outcomes measurement, human factors, and the translation of laboratory findings into practical assistive devices.

Scope and Coverage

The journal published work across several core areas: functional electrical stimulation (FES) for restoring limb movement and bladder control in patients with spinal cord injuries, electromyography signal processing for prosthetic limb control, motor control modeling, and the design and evaluation of mobility aids such as powered wheelchairs and exoskeletons. It also covered sensory substitution devices for individuals with vision or hearing loss, communication aids for people with motor impairments, and measurement methods for quantifying human movement and functional performance.

Papers ranged from bench-level engineering studies on materials and actuators to clinical trials assessing device efficacy in patient populations. This breadth reflected the journal's positioning as a translational venue, requiring authors to connect engineering contributions to rehabilitation outcomes rather than treating device performance in isolation.

Transition to Neural Systems and Rehabilitation Engineering

In 2001, the journal was renamed IEEE Transactions on Neural Systems and Rehabilitation Engineering to reflect the growing integration of neuroscience into rehabilitation research. Advances in neural recording, brain-computer interfaces, and cortical stimulation had made neuroscience increasingly central to the field, and the name change signaled an expansion of scope rather than a departure from the original rehabilitation focus. The IEEE Transactions on Neural Systems and Rehabilitation Engineering, as published by the IEEE Engineering in Medicine and Biology Society (EMBS), continues to carry the archival content from the original Transactions on Rehabilitation Engineering volumes.

The renaming coincided with a broader trend in which rehabilitation engineering and computational neuroscience were converging around shared problems: decoding neural signals for prosthetic control, designing closed-loop stimulation systems, and modeling the plasticity of the nervous system following injury. Work that had appeared in the original journal under the heading of functional electrical stimulation became a foundation for the neural interface research that followed.

Relationship to the IEEE Engineering in Medicine and Biology Society

The journal's editorial governance was embedded within EMBS, the society responsible for the IEEE Engineering in Medicine and Biology Conference (EMBC) and related publications. This institutional context ensured that the journal's scope aligned with the engineering-medicine boundary that EMBS has historically occupied, distinguishing it from more clinically oriented rehabilitation journals published outside of IEEE. The IEEE EMBS publication portfolio situates Transactions on Rehabilitation Engineering alongside journals in biomedical engineering, medical imaging, and neural engineering, reflecting the breadth of the society's technical mandate.

Applications

IEEE Transactions on Rehabilitation Engineering published research with applications in:

• Prosthetic limb control using electromyographic and neural signals
• Functional electrical stimulation for restoring motor function after spinal cord injury
• Powered wheelchair and mobility aid design
• Augmentative and alternative communication devices
• Gait analysis and movement measurement in neurological populations