Orthopaedics and Sports Medicine

Waleed Hardan, MD, MBBCh

Dr. Hardan is a triple fellowship trained surgeon in arthroplasty, orthopaedic oncology and trauma. He specializes in joint replacement surgeries as well as all major reconstructive procedures around the hip and knee. An expert in revision hip and knee replacement, he is equipped to manage all complications that follow these major procedures. He has a special interest in robotic and navigation assisted hip and knee replacements, anterior hip replacement, partial and total knee replacement, periprosthetic infections and complex periprosthetic fractures around major joints.

In his free time, Dr. Hardan enjoys travelling, swimming and weight lifting.

Kevin O’Keefe, M.D.

Dr. O’Keefe is a board-certified Orthopaedic Surgeon. He has advanced training in sports medicine and athletic injuries. Dr. O'Keefe received training at Creighton University School of Medicine, completed his residency at SUNY Upstate Medical University, and a fellowship at Lake Tahoe Sports Medicine in South Lake Tahoe, CA.

His areas of special interest include:

• Total shoulder, hip and knee replacement
• Robotic Hip & knee Replacement
• Athletic injuries/sports medicine
• Minimally invasive Arthroscopic knee and shoulder surgery  (i.e., ACL reconstruction, meniscus repair, rotator cuff repair and shoulder instability) 

In his free time, Dr. O'Keefe enjoys golfing, skiing, bike riding, hiking, spending time at the lake, and spending time with his family.

Robert Feinman, RPA-C

Robert Feinman is a Registered Physician Assistant. He has advanced skills in all areas of orthopaedics and provides both patient care and surgical assistance.

William Wonderling, RPA-C

William Wonderling is a Registered Physician Assistant. He provides comprehensive orthopaedic care, as well as assisting in surgery.

UR Medicine Noyes Health is proud to be the only hospital in the area to offer robot-assisted joint replacement surgery.

The use of this technology allows for enhanced precision, reduced recovery time, and improved outcomes. Robot-assisted joint replacement allows surgeons to perform complex procedures with exceptional accuracy, minimizing the risk of errors and tissue damage. Real-time 3D imaging and advanced robotic tools ensure precise alignment and placement of joint implants, leading to better joint function and longevity. Patients often experience smaller incisions, less pain, and faster rehabilitation compared to traditional methods. Additionally, robotic assistance reduces surgical variability, leading to more consistent results and higher patient satisfaction. This innovative approach represents a significant advancement in joint surgery, offering tailored, effective treatments for enhanced mobility and quality of life.

Listed below is educational literature and discharge planning information for orthopedic patients.

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