Prehabilitation in Pediatric Orthopedics
Prehabilitation is the process of optimizing a patient’s functional capacity and physiological resilience before surgery, ensuring they can tolerate the procedure under the best possible conditions and achieve an optimal postoperative recovery. While extensively studied and implemented in adult medicine, prehabilitation remains an underdeveloped field in pediatrics.
Dr. Eilig is dedicated to advancing pediatric prehabilitation, particularly for children with complex orthopedic conditions. As the medical lead of a developing multidisciplinary prehabilitation service within the Pediatric Orthopedic Department at BC Children’s Hospital, he is spearheading efforts to integrate this approach into clinical practice. His work includes conducting clinical research, collaborating with specialists from various disciplines, and securing grant funding to build a robust, evidence-based program tailored to pediatric patients.

Innovation and Artificial Intelligence in Medicine
The rapid evolution of medical technology, particularly in Artificial Intelligence (AI), presents transformative opportunities for enhancing patient care. AI-driven innovations have the potential to improve diagnostic accuracy, streamline workflows, and personalize treatment strategies. However, the responsible implementation of these technologies requires rigorous research to ensure patient safety and clinical effectiveness.
Dr. Eilig is actively exploring the role of AI in pediatric orthopedics, assessing both its potential benefits and limitations. His research focuses on evaluating AI applications in clinical decision-making, identifying areas where automation can improve efficiency without compromising safety, and contributing to the development of evidence-based guidelines for AI integration in healthcare. Through this work, he aims to support the medical system in making informed, data-driven decisions regarding the adoption of emerging technologies.