Program overview
The Fellowship in Robotic Gynecological Oncology at MGA Medical Global Academy is an intensive, specialized training program created for surgeons, gynecologic oncologists and gynecologists looking to master cancer surgery using a robotic platform. The fellowship will involve extensive academic training and clinical experience to gain knowledge of gynecologic malignancies, minimally invasive surgical techniques, robotic technology, perioperative care, and multidisciplinary oncology management. Fellows will actively observe and experience advanced robot-assisted surgery for cervical, endometrial, ovarian, and other gynecologic cancers, and learn from skilled robotic surgeons and experts in oncology. The program focuses on precision surgery, patient safety, evidence-based practice, technological innovation, and research, equipping fellows with a solid foundation for providing high quality cancer care with the most cutting-edge robotic surgical oncology technology.
Skills You Will Gain
Familiarity with gynecologic oncology, cancer staging, tumor biology and multidisciplinary cancer management.
Comprehensive understanding of robotic surgical systems, instrumentation, operating room configuration and robotic workflow.
Expertise in patient selection, pre-operative evaluation, surgical planning and peri-operative management of patients with gynecologic cancer.
Awareness of fertility preservation surgery for a subset of early-stage gynecologic cancers that can be performed via robot-assisted surgery.
Understanding of the use of robotics in complex procedures regarding the bladder, bowel, abdomen and pelvis.
Knowledge and understanding of how to anticipate, avoid, and address complications during and after robotic surgery procedures.
Knowledge of advanced imaging technology, fluorescence guided surgery, 3D imaging and augmented reality use in the field of robotic oncology.
Awareness of the application of robotic surgery in combination with chemotherapy, radiotherapy and multiprofessional cancer treatment.
Use of robots for rare gynecological tumors, sarcomas, recurrent and metastatic cancers.
Clinical research, outcome analysis, evidence-based decision making, academic presentation skills.
Improved patient counseling, communication, psychosocial and fertility preservation counseling skills.
Career Outcomes After the Fellowship
Develop a niche career in Cancer Surgery in the field of Robotic Gynecological Oncology and Minimally Invasive Surgery.
Practice in top oncology hospitals, robotic surgery centers, academic centers, and tertiary care centers.
Improve skills in the complex, recurrent, and high-risk Gynecologic Oncology cases.
Increase the number of career opportunities in robotic surgery, gynecologic oncology, fertility-sparing cancer surgery and advanced pelvic oncology.
Enhance professional recognition as a Robotic Gynecologic Oncologist.
Engage with other specialists and multi-disciplinary teams (MDT) such as medical oncologists, radiologists, pathologists, fertility specialists, and palliative care specialists.
Earn high-level positions in robotic surgery programs, oncology units, and advanced surgical units.
Participate in clinical research, innovation in surgery, medical education and evidence based oncology practice.
Be at the forefront of new and revolutionary technologies such as robotic platforms, artificial intelligence, image-guided surgery and digital surgical innovations.
Improve academic, teaching, conference presentation and mentorship opportunities in the field of gynecologic oncology.
Promote the professional development of one of the most rapidly changing and technologically sophisticated fields in the treatment of women’s cancers.
What you will learn
Learn from Industry-Leading Gynecologic Oncologists and Robotic Surgery Experts
Skill-Driven Workshops on Robotic-Assisted Gynecologic Procedures
Flexible Learning for Today’s Medical Professionals
Future-Ready Robotic Gynecologic Oncology Curriculum
Clinical Training for Real-World Oncologic Practice
Course curriculum
- Objectives:Introduction to robotic surgery: technology, tools, and system setup.
- Basic principles of gynaecological oncology, including common cancers (ovarian, cervical, endometrial).
- Surgical anatomy relevant to robotic surgery in gynaecological oncology.
- Overview of current approaches and technologies in minimally invasive surgery.
- Key Topics:History of robotic surgery and advancements in gynaecological oncology.
- Patient selection criteria for robotic surgery in gynaecological cancers.
- Safety protocols and complication management.
- Objectives:Develop hands-on proficiency in robotic surgical techniques.
- Learn and practice robotic-assisted procedures such as hysterectomy, lymph node dissection, and tumor excision.
- Key Topics:Robotic-assisted total laparoscopic hysterectomy (RATH).
- Robotic lymphadenectomy for endometrial and cervical cancer.
- Robotic radical surgery for ovarian cancer.
- Precision in performing pelvic and para-aortic lymph node dissection.
- Suturing and anastomosis techniques in robotic surgery.
- Objectives:Master the most complex and challenging robotic procedures for advanced gynaecological cancers.
- Practice managing extensive pelvic and abdominal tumor resections.
- Key Topics:Robotic surgery for advanced ovarian cancer with peritoneal metastasis.
- Robotic management of recurrent cervical cancer.
- Robotic-assisted multi-organ resections in advanced stage cancers.
- Advanced techniques in bowel, bladder, and ureteral surgeries via robotic approach.
- Objectives:Understand perioperative care protocols for robotic gynaecological oncology patients.
- Collaborate within a multidisciplinary team for optimal patient management.
- Key Topics:Preoperative assessment, optimization, and patient counseling.
- Postoperative care, including managing complications such as bleeding, infection, and bowel obstruction.
- Pain management and rehabilitation in robotic oncology patients.
- Collaborative approach with oncologists, radiologists, pathologists, and palliative care teams.
- Objectives:Develop the skills necessary to troubleshoot technical issues during robotic surgeries.
- Learn to manage and mitigate complications during and after robotic surgeries.
- Key Topics:Technical complications: robot malfunction, limited instrument range, visual field issues.
- Intraoperative bleeding and how to manage it with robotic tools.
- Bowel and vascular injury management in robotic surgeries.
- Postoperative complications: infection, wound healing, and adhesions.
- Objectives:Review and analyze the latest research in robotic gynaecological oncology.
- Learn to evaluate surgical outcomes and apply evidence-based practices.
- Key Topics:Review of current literature and clinical trials in robotic gynaecological oncology.
- Surgical outcome analysis: survival rates, recurrence, and quality of life.
- Research methodologies and data collection for clinical studies.
- Critical appraisal of robotic surgery in gynaecological cancer management.
- Objectives:Conduct research and contribute to innovations in robotic surgery techniques.
- Present findings at academic forums and conferences.
- Key Topics:Current advancements in robotic surgery technology.
- Robotics in minimally invasive surgery: future trends and innovations.
- Collaborative research projects with a focus on robotic surgery outcomes.
- Publication of research and presenting at conferences.
- Objectives:Develop leadership skills to become a future educator and mentor in robotic gynaecological oncology.
- Understand the ethical and professional responsibilities in a surgical career.
- Key Topics:Leadership in the operating room and teaching junior surgeons.
- Ethical considerations in robotic surgery and gynaecological oncology.
- Managing a robotic surgical team and handling interpersonal dynamics.
- Building a successful career in robotic gynaecological oncology.
- Objectives:Master robotic-assisted surgical techniques for the treatment of early-stage gynaecological cancers.
- Focus on conservative and fertility-sparing approaches using robotic surgery.
- Key Topics:Robotic-assisted laparoscopic surgery for early-stage cervical cancer.
- Fertility-sparing surgery for early-stage ovarian cancer.
- Robotic management of early endometrial cancer.
- Patient selection and counseling for fertility-preserving surgeries.
- Robotic lymph node dissection in early-stage cancers.
- Objectives:Develop advanced skills in managing recurrent and metastatic gynaecological cancers through robotic surgery.
- Learn the latest approaches to complex pelvic and abdominal tumor recurrences.
- Key Topics:Robotic-assisted resection of recurrent ovarian cancer.
- Robotic management of recurrent cervical and endometrial cancers.
- Techniques for metastatic disease resection using robotic approaches.
- Use of robotic surgery in palliative settings for improving quality of life.
- Managing complications in recurrent disease surgery (e.g., adhesions, bowel obstruction).
- Objectives:Understand how robotic surgery integrates with other oncological treatments like chemotherapy and radiotherapy.
- Learn how to coordinate with oncology teams for comprehensive patient care.
- Key Topics:Role of robotic surgery in pre- and post-chemotherapy or radiotherapy settings.
- Challenges of performing surgery after chemotherapy/radiotherapy.
- Managing surgical complications in patients undergoing adjuvant therapies.
- Coordination with oncology and radiation teams for optimal treatment planning.
- Multidisciplinary discussions on combined treatment modalities.
- Objectives:Specialize in the robotic treatment of rare and complex gynaecological malignancies, including sarcomas.
- Explore novel techniques in managing these challenging cases.
- Key Topics:Robotic surgery for uterine and ovarian sarcomas.
- Challenges of robotic surgery in rare gynaecological cancers.
- Surgical approaches to managing tumors with sarcomatous components.
- Tumor-specific challenges, including vascular involvement and distant metastasis.
- Robotic techniques in retroperitoneal tumor resections.
- Objectives:Familiarize with advanced imaging modalities and their integration into robotic surgery.
- Improve the precision of robotic surgeries with real-time imaging support.
- Key Topics:Use of intraoperative imaging (CT, MRI, ultrasound) in robotic surgery.
- Fluorescence-guided surgery in gynaecological oncology.
- 3D imaging and augmented reality in robotic surgery.
- Enhanced navigation techniques for more complex procedures.
- Robotic surgery in conjunction with real-time pathological analysis (frozen section).
- Objectives:Understand the psychological impact of gynaecological cancers on patients.
- Develop strategies to provide compassionate, patient-centered care.
- Key Topics:Psychological challenges faced by patients with gynaecological cancers.
- Communication skills for discussing cancer diagnosis and treatment options.
- Counseling strategies for fertility preservation and cancer treatment outcomes.
- Addressing sexual health and intimacy concerns post-surgery.
- Support systems: involving family, social work, and palliative care.
- Objectives:Gain specialized knowledge in performing robotic surgeries for elderly and high-risk gynaecological cancer patients.
- Learn how to manage frailty, comorbidities, and advanced age in surgical planning.
- Key Topics:Preoperative assessment and optimization for elderly patients.
- Minimizing surgical risks in high-risk patients using robotic techniques.
- Managing comorbidities such as cardiovascular disease, diabetes, and obesity.
- Postoperative care and rehabilitation in elderly patients.
- Adapting surgical techniques for frail or immunocompromised patients.