Robotic Thoracic Surgeon – Hawaii with Relocation & Sign-On

The Queen's Health Systems; Honolulu (HI); On-site; USD 576,000 - 601,000; Full time

Benefits offered by this job

Relocation assistance

Sign-on bonus

Loan repayment programs

Robotics and AI lung program access

Job summary

The Queen's Health Systems in Honolulu, HI seeks an experienced, board-certified Thoracic Surgeon to join a leading surgical practice serving Hawaii. You will handle a broad thoracic caseload, including robotic procedures, within a high-volume setting and collaborate with innovative lung and interventional teams.

This full-time role offers inpatient and outpatient schedules, relocation assistance, sign-on and loan repayment programs, with strong growth potential across the statewide network.

Qualifications

• Board certification by the American Board of Thoracic Surgery.
• Fellowship training in Thoracic or Cardiothoracic Surgery with a focus on lung and chest procedures.
• Minimum 2+ years of experience in thoracic surgery.
• J1 and H1b visa candidates are welcome to apply.

Responsibilities

• Work in inpatient and outpatient/clinic settings with an urgent-case component.
• Deliver a broad spectrum of thoracic surgical care with robotic-assisted options.
• Collaborate with a lung program that integrates robotics and AI and with interventional pulmonology.

Skills

Robotic surgery experience

Broad thoracic practice exposure

Education

Board Certification - American Board of Thoracic Surgery

Fellowship trained in Thoracic/Cardiothoracic Surgery - Thoracic track

Job description

The Queen's Health Systems in Honolulu, HI seeks an experienced, board-certified Thoracic Surgeon to join a leading surgical practice serving Hawaii. You will handle a broad thoracic caseload, including robotic procedures, within a high-volume setting and collaborate with innovative lung and interventional teams.

This full-time role offers inpatient and outpatient schedules, relocation assistance, sign-on and loan repayment programs, with strong growth potential across the statewide network.