Robot-Assisted Surgical Care Practitioner (Multi-Specialty)

Cambridge University Hospitals NHS Foundation Trust; Town of Cambridge; On-site; AUD 99,000 - 122,000; Full time

Benefits offered by this job

On-site leisure facilities

Bus travel subsidy

Free park & ride

Discounted parking

Staff cafe

Job summary

Cambridge University Hospitals NHS Foundation Trust is seeking a Robotic experienced Surgical Care Practitioner (Band 8A) to cover multi-speciality services including ENT, urology, gynaecology, colorectal and hepatobiliary. The role focuses on robotically assisted surgery with patient care from pre-assessment to post-operative stages.

You will work with consultant surgeons to support robot-assisted procedures, and act as an autonomous practitioner with specialist skills in planning, implementing

Qualifications

• Trained surgical practitioner with robotic experience.
• Involved in care across the surgical pathway from pre-assessment to post-operative care.
• Assists with robotically assisted procedures under consultant supervision.

Responsibilities

• Participate in operative procedures and aspects of pre- and post-operative care of robot-assisted patients.
• Assess, plan, diagnose, implement and evaluate patient care as an autonomous practitioner with advanced skills.
• Contribute to strategic review and improvement of clinical services with the multi-professional team.
• Implement integrated approaches to patient care with new treatments and evidence-based practices.
• Engage with patients and families to support shared decision making.

Skills

Robotic experience

Autonomous practitioner

Surgical care

Team collaboration

Job description

Cambridge University Hospitals NHS Foundation Trust is seeking a Robotic experienced Surgical Care Practitioner (Band 8A) to cover multi-speciality services including ENT, urology, gynaecology, colorectal and hepatobiliary. The role focuses on robotically assisted surgery with patient care from pre-assessment to post-operative stages.

You will work with consultant surgeons to support robot-assisted procedures, and act as an autonomous practitioner with specialist skills in planning, implementing