June 2, 2026

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 Introduction to Robotic Surgery and Gynaecological Oncology 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. Robotic Surgical Techniques for Gynaecological Oncology 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.   Advanced Robotic Surgery for Complex Gynaecological Cancers 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. Perioperative Care and Multidisciplinary Management 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. Robotic Surgery Complications and Troubleshooting 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.   Evidence-Based Practice and Surgical Outcomes 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. Robotic Surgical Research and Innovations 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. Professional Development and Leadership in Robotic Gynaecological Oncology 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.

Program overview The Fellowship in Gastrointestinal (GI) Surgery at MGA Medical Global Academy is an in-depth and specialized training program for doctors and surgeons looking to gain expertise in gastrointestinal surgical care. Fellowship training is focused on the diagnosis, surgical treatment and management of a diverse spectrum of gastrointestinal disorders involving the esophagus, stomach, intestine, liver, pancreas, biliary system and abdominal wall. The program is both academic and hands-on and includes open and laparoscopic, robotic, hepatopancreatobiliary (HPB), colorectal, bariatric, emergency and transplant related gastrointestinal (GI) surgical procedures. Participants acquire practical experience by doing clinical attachments, live surgical exposure, have case discussion with senior GI surgeons and get mentored by them, so that they develop high level surgical skills, which are in line with the updated standard and evidence based practices all over the world. Skills You Will Gain Familiarity with Preoperative assessment, surgical planning, Patient optimisation and Perioperative care. Diagnosis and treatment of common and complex gastrointestinal diseases based on evidence. Experiences in open, laparoscopic and robotic gastrointestinal surgical procedures. Specialty in upper GI surgery such as GERD surgery, hiatal hernia repair, bariatric surgery and gastric cancer management. Broad understanding of hepatopancreatobiliary (HPB) surgery including liver resection, biliary surgery and pancreatic surgery. Specialist surgical expertise in colorectal surgery, inflammatory bowel disease, proctology and stoma care. Knowledge of GI trauma management, emergency abdominal surgery and critical post op care. Exposure to GI endoscopy, colonoscopy, ERCP, EUS guided procedures and therapeutic endoscopic interventions. Experience with abdominal wall reconstruction, hernia surgery, management of fistulas and revisional GI surgery. Basic understanding of Liver Transplantation concepts, Portal Hypertension surgery, Advanced HPB surgery. Knowledge of nutritional optimization, enhanced recovery protocols and postoperative rehabilitation. Knowledge of new technologies such as robotic surgery, artificial intelligence, augmented reality, image-guided surgery and 3D surgery planning. Enhancement of surgical decision making, multi-disciplinary collaboration, patient counseling, and clinical research skills. Career Outcomes After the Fellowship Develop a subspecialty of Gastrointestinal Surgery and Surgical Gastroenterology. Operate in top hospitals, GI surgical centers, academic institutions and multispecialty healthcare organizations. Improve skills of managing complicated gastrointestinal conditions and high-risk surgical patients. Increase employment opportunities related to minimally invasive surgery, bariatric surgery, transplant surgery and GI oncology. Develop and consolidate the role of a GI surgeon with advanced clinical and operative skills. Cooperate with various other specialist teams such as gastroenterologists, oncologists, radiologists, endoscopists, nutritionists and critical care specialists. Seek surgical department, gastrointestinal surgery unit and institutional management positions. Support academic teaching, clinical research, surgical innovation and development of evidence-based practice. Keep abreast of advances in robotic surgery, AI-assisted surgery, digital health technologies and modern GI surgical techniques. Set-up and develop an independent surgical practice specializing in gastrointestinal and minimally invasive surgical care. What will you learn Learn from Industry-Leading GI Surgeons and Gastrointestinal Surgical Specialists  Skill-Driven Workshops on Advanced Gastrointestinal Surgical Techniques Flexible Learning for Modern Medical Professionals  Future-Ready GI Surgery Curriculum  Clinical Training for Real-World Surgical Practice Curse curriculum Foundations of GI Surgery Anatomy & Physiology of the GI tract Pathophysiology of GI diseases Preoperative patient evaluation and optimization Surgical instruments, suturing techniques, and energy devices Infection control and patient safety ERAS (Enhanced Recovery After Surgery) protocols Upper GI Surgery Surgical management of GERD and hiatal hernia Achalasia and esophageal motility disorders Gastric cancer – staging and surgical techniques (open/laparoscopic) Peptic ulcer disease and complications Bariatric/metabolic surgery (gastric sleeve, bypass, revision surgeries) Hepatopancreatobiliary (HPB) Surgery Liver resections for benign and malignant diseases Management of liver cysts, abscesses, and hydatid disease Biliary tract surgery (cholecystectomy, bile duct injuries, strictures) Pancreatic surgery (pancreaticoduodenectomy, distal pancreatectomy) Management of acute and chronic pancreatitis Colorectal Surgery Colorectal cancer – workup, staging, surgical approaches Management of IBD (Crohn’s, ulcerative colitis) Diverticular disease and complications Proctology: hemorrhoids, fistulas, fissures, pilonidal disease Stoma creation and care Minimally Invasive & Robotic GI Surgery Laparoscopic techniques: port placement, ergonomics, camera handling Advanced laparoscopic procedures: fundoplication, colectomy, splenectomy Introduction to robotic platforms (e.g., da Vinci, Versius) Simulation-based training and console skills development Indications, contraindications, and outcomes of robotic surgery GI Trauma and Emergency Surgery   Management of blunt and penetrating abdominal trauma Perforation peritonitis Acute appendicitis, bowel obstruction, strangulation Emergency laparotomy protocols Postoperative complications and critical care in GI surgery Transplant and Advanced HPB Surgery Principles of liver transplantation: indications, surgical steps, complications Living donor and cadaveric transplant overview Portal hypertension and shunt surgery Advanced resection techniques (ALPPS, ex-vivo resections) Post-transplant immunosuppression and surgical complications GI Endoscopy and Interventional Procedures Diagnostic upper GI endoscopy and colonoscopy Therapeutic endoscopy: polypectomy, hemostasis, stent placement Endoscopic retrograde cholangiopancreatography (ERCP) basics Endoscopic ultrasound (EUS) guided interventions Role of endoscopy in early cancer detection and management Pediatric GI Surgery Congenital GI anomalies: esophageal atresia, malrotation, Hirschsprung’s Pediatric appendicitis, intussusception, Meckel’s diverticulum Anorectal malformations Pediatric liver and biliary surgery Principles of pediatric laparoscopic surgery GI Physiology and Functional Disorders GI motility studies and manometry Functional bowel disorders (IBS, chronic constipation, dyspepsia) Neuroenteric and neuroendocrine tumors Management of small intestinal bacterial overgrowth (SIBO) Role of biofeedback and neuromodulation Nutrition and GI Surgery Nutritional assessment and optimization for surgical patients Role of TPN and enteral feeding Nutritional needs in cancer, IBD, and short bowel syndrome Impact of malnutrition on outcomes and wound healing Post-bariatric nutritional follow-up and deficiencies Surgical Innovation, AI & Technology Integration Artificial Intelligence in surgical planning and intraoperative assistance Augmented reality, image-guided surgery 3D printing in preoperative modeling and education Smart operating rooms and digital workflow optimization Ethics and limitations of AI in GI surgery Fistulae, Strictures & Complex Abdominal Wall Surgery Management of enterocutaneous fistulae (ECF) and entero-atmospheric fistulae Surgical and non-surgical treatment of GI strictures Reconstructive surgery for complex abdominal wall defects Use of biological and synthetic meshes Principles of component separation techniques Re-operative and Revisional GI Surgery Indications and planning for re-operative abdominal surgery Complication management after GI and bariatric procedures Adhesiolysis techniques and strategies to prevent recurrence Revisional colorectal and HPB surgery Imaging and diagnostic challenges in re-do surgeries Day-Care GI Surgery and Ambulatory Procedures Criteria for day-care surgical case selection Common ambulatory GI procedures

Program overview The Fellowship in Oral Oncology at MGA Medical Global Academy is a clinical and specialized program that caters to healthcare professionals aiming to gain deeper knowledge in the field of oral oncology and acquire cutting-edge skills and techniques for the diagnosis, treatment, and management of oral cancer. The fellowship is designed to be comprehensive and offers the opportunity to gain in-depth training in the various aspects of oral cancer and its treatment, including oral cancer biology, pathology, diagnostic methods, imaging modalities, surgical oncology, reconstructive procedures, and multidisciplinary cancer management. The program includes a well-designed theoretical component and clinical training in oral cancer screening, biopsy techniques, treatment planning, surgical management, rehabilitation and post-operative follow-up. Fellows are also exposed to the latest advancements in the field of molecular diagnostics, oral cancer research, evidence-based treatment strategies and opportunity to work with the highly experienced oral oncologists, maxillofacial surgeons and multidisciplinary oncology teams.  Skills You Will Gain Thorough knowledge of the biological, epidemiological, risk and disease progression of oral cancer. Knowledge of screening, detection, clinical examination and diagnostic evaluation for oral cancer. Interpretation of diagnostic investigations, such as biopsy reports, histopathology, CT, MRI, PET or molecular diagnostic tests. Oral cancer staging, treatment planning and a multi-disciplinary case management experience. Clinical training in surgical oncology, tumor resection and reconstructive surgery. Understanding of radiation therapy, chemotherapy, targeted therapy, and immunotherapy, and how they are used in the treatment of oral cancer. Advanced imaging technology, tumor mapping and modern diagnostic tools in the field of oral oncology. Post-operative management, rehabilitation, speech and swallowing support and survivorship care skills. Exposure to emerging technologies in oncology: robotic surgery, laser surgery, biomaterials, tissue engineering, nanotechnology and 3D printing. Awareness of molecular biology, genetics, genomics and individualized treatment strategies for managing oral cancer. The ability to develop clinical decision making, patient counseling, research, communication skills and multidisciplinary collaboration skills. Career Outcomes After the Fellowship Establish a career as an oral oncologist, oral cancer specialist and/or a multidisciplinary cancer specialist. Operate in oncology hospital, cancer center, oral and maxillofacial surgery units and specialized oral cancer units. Improve knowledge in the field of oral cancer screening, diagnosis, treatment planning and surgical management. Help achieve better outcomes for patients by use of evidence based oncology practice and whole person care. Increase access to oral cancer surgery, reconstructive surgery, rehabilitation and survivorship care. Develop professional recognition as a specialist in oral oncology and oral cancer management. Work with other specialists (oncologists, surgeons, radiologists, pathologists, rehabilitation, researchers). Seek academic, teaching, research and clinical leadership careers in oncology and oral healthcare institutions. Remain informed of the latest developments in molecular oncology, precision medicine, artificial intelligence and new technologies in cancer treatment. Enhance professional development in one of the most vital and rapidly changing of oral health and cancer specialties. What you will learn Learn from Oral Oncology Specialists  Practical Workshops with Real-World Focus  Clinical Case Discussions  Flexible, Self-Paced Curriculum  Master Diagnostics & Modern Techniques  Clinical & Surgical Exposure  Certification & Career Advancement Course Curriculum Introduction to Oral Oncology Overview of Oral Cancer: Etiology, epidemiology, and risk factors. Basic Pathophysiology: Cellular changes, tumor biology, and metastasis. Types of Oral Cancer: Oral squamous cell carcinoma (OSCC), salivary gland tumors, and rare oral cancers. Early Detection and Diagnosis: Importance of early screening, clinical examination, and diagnostic tools. Preventive Strategies: Tobacco cessation, alcohol consumption reduction, and HPV prevention. Clinical Assessment and Diagnostic Techniques History and Physical Examination: Conducting comprehensive oral exams, identifying clinical signs and symptoms. Diagnostic Imaging: Role of X-rays, CT scans, MRI, and PET in staging and diagnosis. Biopsy and Histopathology: Techniques in tissue sampling, interpretation of histopathological reports. Molecular Diagnostics: Advances in genetic testing and biomarkers in oral cancer. Multidisciplinary Team (MDT) Discussions: Importance of collaboration in diagnosis and planning treatment. Treatment Modalities in Oral Oncology Surgical Management: Surgical techniques for tumor resection, reconstructive surgery, and lymph node dissection. Radiation Therapy: Indications, planning, side effects, and advanced techniques (IMRT, SBRT). Chemotherapy: Chemotherapeutic agents used in oral cancer treatment, combination regimens, and toxicity management. Targeted Therapy and Immunotherapy: Mechanisms of action, current drugs, and clinical applications in oral oncology. Palliative Care: Managing pain, nutrition, and psychosocial support for terminal cases. Advanced Surgical Techniques in Oral Cancer Complex Tumor Resection: Management of large and advanced oral cancers. Reconstructive Surgery: Principles of reconstruction using free flaps, grafts, and prosthetic devices. Mandibulectomy and Maxillectomy: Techniques and functional restoration of speech and swallowing. Vascularized Flaps and Microvascular Surgery: Advanced techniques for improving outcomes in reconstructive surgery. Post-Operative Care: Complication management, wound healing, and rehabilitation. Post-Treatment Management and Follow-Up Care Survivorship: Addressing the physical, emotional, and psychological aspects of life after oral cancer. Long-Term Follow-Up: Surveillance strategies for detecting recurrences and managing late effects of treatment. Speech and Swallowing Rehabilitation: Role of speech therapists and rehabilitation techniques. Nutritional Support: Managing dysphagia, malnutrition, and the role of dietitians. Psychosocial Support: Counseling, patient support groups, and mental health considerations. Research and Innovations in Oral Oncology Current Trends in Oral Cancer Research: Ongoing studies and emerging therapies. Clinical Trials: Understanding the role of clinical trials in advancing treatment. Genomics and Personalized Medicine: Precision medicine approaches for better-targeted therapies. Artificial Intelligence in Diagnostics: AI-based tools for detection and decision-making in oral oncology. Future Directions: Promising technologies, immunotherapy advancements, and the potential for curative therapies. Ethical and Legal Aspects in Oral Oncology Ethical Dilemmas: Decision-making in palliative care, patient autonomy, and informed consent. Legal Aspects: Understanding the legal responsibilities in the diagnosis and treatment of oral cancer. Cultural Sensitivity in Oncology: Addressing the diverse needs of patients from different cultural backgrounds. End-of-Life Care: Ethical considerations in end-of-life decisions, advanced directives, and patient advocacy. Interdisciplinary Collaboration and Multidisciplinary Approach Team-Based Approach: Roles of oncologists, surgeons, pathologists, radiologists, and nurses in oral cancer care. Case Discussions and Tumor Boards: Interactive case studies to encourage collaborative decisionmaking. Communication Skills: Effective communication with patients and families in difficult situations. Multinational Perspectives: Learning from global practices and understanding regional challenges in oral oncology. Advanced Imaging Techniques in Oral Oncology Role of