List of ongoing research projects at CEMRR
The Center of Excellence in Medical Robotics & Research (CEMRR) has two main objectives, such as conducting state-of-the-art Research to develop medical robots and AI-based platforms and later commercializing these to generate revenue to contribute to the financial stability and independence of the center for future operations.
The state-of-the-art research at CEMRR is conducted in the areas of Robotics and Artificial Intelligence that can benefit the diagnosis, prognosis, and treatment of various diseases. This center also endeavors to conduct research to enhance our understanding about the human system and thereby effectively contribute to the existing body of knowledge. Research in the field of medical robotics will be carried out in two major areas, namely, rehabilitation robots and surgical robots.
Projects for Robot-assisted rehabilitation:
  1. NeuRo-Gait
  2. REGAIN-CP
  3. A-GEAR & P-GEAR
  4. RPS: Robotic Perturbation System (RPS)
  5. R.CASE: Rehabilitation using Cable-based Arm & Shoulder Exoskeleton
  6. PTF2
Projects for Robot-assisted Surgery:
  1. R.ALFRED: Robotic Assisted Autonomous Long bone Fracture Reduction System
  2. PTF1: Development and implementation of innovative medical technologies and devices to improve surgical interventions in prosthetics and rehabilitation in the field of orthopedics and medical rehabilitation.
Projects for AI in Medicine:
  1. AI-CPath: Advancing Cancer Diagnosis and Prognosis through Artificial Intelligence-based Computational Pathology Platforms.
  2. AI-MAP 53: Establishment of AI-Driven Morphology Analysis for p53-Dysfunctional Cancers
  3. Radiomics-based AI Models for Prognosis and Tumor Treatment Response.
Projects for AI in Sports: AI-PIONEER:
  1. AI-based Prescriptive System for Individuals’ Optimized and Normalized Evaluation from Elite-Referenced Butterfly Swimming.
  • Rehabilitation using Cable-based Arm & Shoulder Exoskeleton (R.CASE)
    Rehabilitation using Cable-based Arm & Shoulder Exoskeleton for the treatment of upper limb disabilities
  • ROBOT FOR ADVANCED LONG BONE FRACTURE REDUCTION (R.ALFRED)
    Robotic Assisted Autonomous Long bone Fracture Reduction System
  • A-GEAR & P-GEAR
    Astana Gait Exoskeleton Assisted Rehabilitation & Pediatric Gait Exoskeleton Assisted Rehabilitation for the treatment of lower limb disabilities.
  • Robotic Perturbation System (RPS) prototype
    Robotic Perturbation System (RPS) for balance improvement in children with Cerebral Palsy
  • Ankle Rehabilitation Robot System
  • WRIST Rehabilitation Robot
  • Medical Robotic System for Total Knee Arthroplasty