Description

Gastroenterologist Opportunity

Lutheran Kosciusko Hospital - Warsaw, Indiana

Lutheran Kosciusko Hospital is seeking a Board Eligible/Board Certified Gastroenterologist to join our thriving, collegial medical community in beautiful Warsaw, Indiana. Whether you're an experienced physician or a graduating fellow, you'll find a welcoming environment, immediate patient volume, and the autonomy to shape a practice that fits your goals.

• Opportunity to shape and expand a thriving GI service line
• Balanced practice with inpatient and outpatient caseload
• Non-demanding inpatient consultative call
• Newly remodeled, dedicated endoscopy suite
• Flexible clinic schedule based on provider preference
• Strong primary care referral base
• Opportunity to build practice volumes
• Primarily general GI with advanced procedures available if desired
• Block time with dedicated endoscopy staff
• Collaborative medical staff & administrative leadership

This is a unique opportunity to serve as the dedicated gastroenterologist in Warsaw while maintaining strong clinical collaboration with a network of GI colleagues at our sister hospital in Fort Wayne - offering the best of independent practice and system-based support. Step into a practice that will grow quickly, supported by an established referral network and efficient workflow.

You'll also have the opportunity to participate in clinical research and clinical trials if desired, contributing to innovation and advancing patient care within gastroenterology.

Comprehensive Compensation Package

We offer a highly competitive and rewarding compensation model that may include:

• Guaranteed base salary + wRVU incentive
• Commencement bonus
• Relocation assistance
• Medical education debt repayment
• CME allowance and generous vacation
• 401(k) retirement plan
• Comprehensive health benefits

Indiana is widely regarded as a "physician-friendly" state, offering malpractice tort reform and reduced non-compete restrictions-allowing you to practice with confidence and long-term stability.