Medical School
Baylor College of Medicine
Residency
Neurosurgery: Vanderbilt University Medical Center
Fellowship
Minimally Invasive and Complex Spine Surgery: Hospital for Special Surgery (HSS), Memorial Sloan Kettering
                    Assistant Professor, Neurological Surgery
Director of Value Innovation, Neurological Surgery
                
 
                    
                                
                                909 Walnut Street, 2nd Floor
                                
                                Philadelphia, PA 19107
                            
                                
                                    215-955-7000
                                
                                215-503-9170 fax
                            
                    Assistant Professor, Neurological Surgery
Director of Value Innovation, Neurological Surgery
                
Baylor College of Medicine
Neurosurgery: Vanderbilt University Medical Center
Minimally Invasive and Complex Spine Surgery: Hospital for Special Surgery (HSS), Memorial Sloan Kettering
Jefferson Methodist Hospital 
Thomas Jefferson University Hospital 
Jefferson Hospital for Neuroscience
Dr. Siva believes that spine surgery should be a last resort. That is why he prides himself on finding non-surgical solutions for patients, whenever possible. If someone does require surgery, however, he offers unique expertise:
MINIMALLY-INVASIVE: He uses small tubes to access the spine, avoiding big scars.
ENDOSCOPIC: He treats certain problems through an incision small enough for a Band-Aid.
MOTION PRESERVATION: He offers alternatives to fusion (such as disc replacement) when possible.
ROBOTIC: He is one of the few surgeons in the region performing robot-assisted spine surgery.
Previously, Dr. Siva was Director of the Spinal Surgery Quality and Outcomes Lab at Vanderbilt. Although he is a neurosurgeon, he received specialized training at the Hospital for Special Surgery (HSS) – the #1 orthopedic hospital in the world. He is an expert in clinical registries and predictive analytics for the outcomes and costs of spine surgery. The aim of his academic work is to quantify, compare, and improve the value of healthcare at scale. He has been asked to give lectures about spine surgery around the world.