Job description
Description
Dane Street is seeking experienced Board-Certified Orthopedic Surgeons to join our growing team of expert clinical reviewers. In this role, you will apply your orthopedic expertise to conduct comprehensive reviews of clinical cases and provide objective, evidence-based medical opinions.
This is a telework opportunity that allows you to customize your schedule while working as a 1099 independent contractor.
Your primary responsibilities will include reviewing medical records, preparing clear and concise clinical summaries, participating in peer-to-peer discussions when appropriate, and responding to specific questions from our clients related to orthopedic care.
We are currently seeking professionals with expertise in:
- Orthopedic Surgery
- Musculoskeletal Injuries and Conditions
Join a team that values your clinical judgment and commitment to improving the quality, accuracy, and consistency of healthcare assessments. Your expertise plays a key role in supporting high-quality, defensible medical determinations.
Requirements
- MD or DO with completion of an accredited Orthopedic Surgery residency
- Board Certification in Orthopedic Surgery
- Current, unrestricted Texas medical license
- Minimum of 5+ years of clinical orthopedic experience
- Ability to attend all required orientation and training sessions
- Maintains appropriate credentialing, state licensure, and any certifications required to perform the role
Benefits
- Independent consultant role offering schedule flexibility and predictable work hours
- Ability to select case types and workload based on your availability
- No doctor–patient relationship established; no treatment is provided — all reviews are advisory only
- Streamlined case flow through a user-friendly online work portal
- Dane Street manages all administrative processes, medical record organization, and communications
- Fully prepared cases with organized medical records and applicable clinical guidelines
- Initial training provided, with ongoing support and a dedicated point of contact
