This workshop provides essential knowledge and strategies for developing the capacity and infrastructure required for establishing robotics-assisted surgery services in healthcare organisations. It also elevates critical understanding and implementation of cost-effective robotics in surgical practice using informed project management approaches. Focusing on the planning, implementation, and management of robotic surgical systems, the workshop addresses key requirements such as training personnel, optimising workflows, and integrating advanced technologies to enhance surgical care delivery and outcomes. Tailored for hospital administrators, surgeons, biomedical engineers, policymakers, and trainee surgeons, this workshop provides a comprehensive overview of best practices and innovative approaches necessary for successfully establishing or expanding robotics-assisted surgery programmes.
This workshop aims to empower participants with advanced practical knowledge of quality and safety requirements in robotic-assisted surgery. Attendees will learn to identify and mitigate potential risks associated with robotic systems, establish comprehensive protocols, and implement best practices for their effective use in surgical procedures. The workshop critically explores regulatory standards, sophisticated risk management strategies, and methods for rigorous performance surgical monitoring to ensure high-quality care outcomes. Engaging discussions and case studies in group-based setting will provide hands-on insights, enabling surgeons, healthcare administrators, biomedical engineers, and researchers to enhance their operational and capabilities in the context of their roles. This workshop is also essential for graduate and postgraduate students focused on healthcare management, surgical sciences, and biomedical engineering.
This workshop is designed to capacitate participants with advanced practical knowledge and analytical tools for evaluating the cost-effectiveness of robotic-assisted surgery. Participants will explore the financial implications, including methods for assessing return on investment (ROI), patient outcomes, and operational efficiency, while also emphasising the importance of reducing revision surgeries and assessing other critical outcomes associated with robotic systems. Attendees will learn to analyse complications, postoperative recovery times, and the overall impact on quality of life, providing a comprehensive understanding of how adoption can improve surgical practices. Targeted at healthcare administrators, surgeons, policymakers, and researchers, this session will also benefit graduate students in healthcare management, surgical sciences, and health economics as they prepare for future challenges in the healthcare landscape.
This workshop provides participants with advanced understanding of the regulatory and ethical requirements surrounding robotic-assisted surgery, reflecting the practical application of these frameworks. Attendees will navigate complex legal landscapes, including the Medical Device Regulation (MDR) in Europe and the U.S. FDA guidelines, while addressing compliance standards critical for safe surgical practices. The workshop runs into case studies in group-based settings exemplifying patient safety initiatives, data privacy measures like the Health Insurance Portability and Accountability Act (HIPAA), and ethical decision-making frameworks. Participants will engage in practical discussions on liability concerns and explore global best practices, empowering healthcare administrators, surgeons, and biomedical engineers to implement surgical robotic systems responsibly and effectively in their healthcare institutions.
This workshop aims to capacitate participants with advanced knowledge and practical expertise in robotics-assisted knee surgery. Focusing on the integration of robotic systems in orthopaedic procedures, particularly knee replacements and repairs, this workshop contributes to yielding improvements in surgical precision, reduced recovery times, reduced revision surgeries and enhanced patient outcomes. Attendees will practically engage into procedural workflows, explore the latest robotic technologies, and discuss best practices for optimising knee surgical results. Designed for orthopaedic surgeons, healthcare administrators, biomedical engineers, and researchers, this workshop offers critical insights for the ethical and cost-effective implementation of robotic-assisted surgical services, further advancing the field of robotic assisted knee surgery and enhancing patient care.
This workshop provides an in-depth exposure to robotic-assisted hip arthroplasty, focusing on the sophisticated integration of robotic platforms that enhance surgical precision and accuracy. Participants will explore advanced techniques such as robotic-assisted femoral and acetabular component alignment, which substantially decreases the risk of malpositioning and subsequent revision surgeries. Emphasis will be placed on the application of three-dimensional preoperative planning and intraoperative navigation systems that facilitate optimal outcomes, including reduced postoperative complications like dislocations and infection rates. Published clinical outcomes will be reviewed to demonstrate the efficacy of robotic technology in improving patient recovery trajectories. Attendees will engage in discussions regarding procedural workflows, instrumentation nuances, and the impact of robotic systems on enhancing the overall quality of care in orthopaedics surgery. This workshop is designed for orthopaedics surgeons, surgical teams, and healthcare leaders committed for the ethical and cost-effective implementation of robotic-assisted surgical services, the further advancing the field of robotic assisted hip arthroplasty and enhancing patient care.
This workshop aims to equip participants with comprehensive knowledge and practical expertise in robotic-assisted neurosurgery for stereotactic biopsies. Using notable appropriate robotic systems, this workshop focuses on performing precise and minimally invasive brain biopsies to reduce procedural risks and enhance diagnostic accuracy. Attendees will explore strategies for workflow optimization, imaging-guided navigation, and advanced robotic techniques applicable to stereotactic procedures. This workshop is ideal for neurosurgeons, surgical teams, healthcare administrators, biomedical engineers, and researchers to explore innovations in robotic-assisted neurosurgery for stereotactic biopsies, and learn about the associated ethical and cost-effective requirements in group-based settings. This workshop is also beneficial for graduate and postgraduate students in neurosurgical sciences and robotic technologies, upgrading their knowledge and skills in this evolving field.
This workshop provides participants with specialised knowledge and practical insights into robotic-assisted neurosurgery for brain tumour resection. Practically-orchestrated on the hands-on utilisation of robotic technologies, this workshop focuses on enhancing surgical precision, reducing invasiveness, and improving patient outcomes for brain tumour resection. Attendees will explore procedural workflows, the integration of advanced imaging, and best practices in robotic-assisted brain tumour surgeries. Designed for neurosurgeons, surgical teams, healthcare administrators, biomedical engineers, and researchers, this workshop provides a unique critical opportunity to advance skills in robotic neurosurgery and learn about the associated ethical and cost-effective requirements. Graduate and postgraduate students in neurosurgical sciences and biomedical engineering will also benefit from learning about innovative techniques in this evolving field.
This workshop aims to provide participants with specialised knowledge and practical skills in robotic-assisted neurosurgery for managing epilepsy and Parkinson’s disease. Focusing on the application of neurosurgery robotic systems in procedures such as seizure focus resection, neuromodulation, and deep brain stimulation (DBS), this workshop contributes to enhancing surgical precision and improving patient outcomes and learning about the associated ethical and cost-effective requirements in group-based settings. Targeting neurosurgeons, surgical teams, healthcare administrators, biomedical engineers, and researchers, this workshop also welcomes graduate and postgraduate students in relevant fields. Attendees will gain insights into the latest advancements in robotic-assisted techniques, refining their practice in the management of neurological conditions such as epilepsy and Parkinson’s disease.
This workshop provides participants with in-depth knowledge and practical skills in robotics-assisted general surgery, focusing specifically on cholecystectomy. By exploring the application of robotic systems in gallbladder surgery, attendees will learn how these technologies enhance precision, reduce recovery times, and improve surgical outcomes, including lower rates of revision surgeries. Participants will examine critical outcomes associated with robotic-assisted procedures, such as minimised postoperative complications and enhanced patient satisfaction, supported by published studies demonstrating significant improvements. The workshop will also cover procedural workflows, technology requirements, and best practices for implementing robotic techniques, empowering general surgeons, healthcare administrators, biomedical engineers, and researchers to advance patient care effectively.
This workshop is dedicated to advancing participants' comprehensive knowledge and practical expertise in robotics-assisted hernia repair. Focusing on the integration of robotic systems in laparoscopic and open hernia surgeries, attendees will explore techniques that enhance surgical precision and minimize postoperative complications, such as seroma formation and recurrence, ultimately reducing revision surgery rates. The workshop will critically assess key clinical outcomes, including decreased hospital stay duration and enhanced patient recovery trajectories, with evidence drawn from published clinical studies. Participants will also engage in detailed discussions regarding procedural workflows, instrumentation specifics, and the integration of robotic platforms within established surgical protocols. Targeting general surgeons, healthcare administrators, biomedical engineers, and researchers, this workshop aims to elevate the practice of hernia repair through innovation and evidence-based strategies.
This workshop provides an advanced exploration of robotics-assisted colectomy procedures, emphasizing the integration of robotic systems to enhance surgical precision and reduce invasiveness in colorectal surgery. Participants will investigate techniques that improve patient outcomes, specifically focusing on lowering revision surgery rates and minimising complications such as anastomotic leaks, pain, and infection. The workshop includes discussion on key performance metrics and critical outcomes supported by recent published studies demonstrating the efficacy of robotic interventions. Attendees will gain practical insights into advanced robotic surgical techniques, instrumentation requirements, and strategies for optimising workflow efficiency. Tailored for general surgeons, colorectal specialists, healthcare administrators, and researchers, this workshop is essential for advancing the field of robotic-assisted surgery in colectomy.
This workshop delves into the advanced applications of robotics-assisted gastric bypass surgery, focusing on enhanced precision through robotic stapling and visualisation techniques. Participants will explore the pivotal role of robotic systems in minimising complications such as gastric leaks and haemorrhaging, which contribute to revision surgeries. The workshop explores specific robotic instruments, such as articulating robotic arms and high-definition imaging systems, that facilitate meticulous dissection and anastomosis, improving surgical outcomes. Attendees will analyse clinical data demonstrating reduced postoperative pain and shorter recovery times linked to robotic interventions. With focused discussions, in group-based settings, on workflow optimisation and integration with minimally invasive techniques, this workshop is designed for orthopaedic surgeons, bariatric specialists, and healthcare professionals committed to advancing surgical practices in obesity management.
This workshop is focused on the intricacies of robotics-assisted thyroidectomy, providing participants with in-depth insights into advanced surgical techniques enabled by surgical robotic systems. Attendees will explore the use of robotic arms and innovative instrumentation for enhanced visualisation and dexterity, and thus minimising risks associated with thyroid procedures, such as recurrent laryngeal nerve injury and haemorrhage. Supporting the attainment of superior surgical precision, the workshop present published outcomes that demonstrate reduced rates of revision surgeries and improved recovery times. Participants will engage in practical simulations, optimising their understanding of robotic workflows and techniques tailored specifically for effective and safe thyroid surgery, ultimately enhancing patient outcomes.
This workshop delivers an extensive examination of robotic-assisted prostatectomy, capacitating participants with specialised expertise and hands-on skills pertinent to this advanced surgical modality. The workshop explores the intricacies of robotic systems, highlighting the role of articulated robotic arms and high-definition visualisation in facilitating precise dissection and nerve-sparing techniques crucial for optimising functional outcomes. Participants will learn how incorporating robotic-assisted surgery significantly mitigates complication rates, including haemorrhage and postoperative urinary incontinence, thereby reducing the necessity for revision surgeries. The workshop also explores critical benchmarks, such as cancer control rates and patient-reported outcomes, supported by recent clinical studies. Designed for urologists, surgical teams, and healthcare administrators, this workshop aims to foster innovation and improve standards in prostate cancer surgery.
This workshop provides an advanced exploration of robotic-assisted nephrectomy, focusing on the sophisticated integration of robotic platforms to optimise surgical precision in renal tumour resection and complex nephron-sparing procedures. Participants will examine the utilisation of robotic-assisted technologies to facilitate meticulous dissection, minimize intraoperative complications such as haemorrhage, and enhance postoperative recovery profiles. The workshop underscores critical outcomes, demonstrating substantial reductions in revision surgery rates and improved patient quality of life, supported by contemporary clinical evidence. Attendees will gain insights into advanced procedural workflows, the use of intraoperative imaging, and application of best practices for integrating robotic assistance into existing surgical paradigms, thereby elevating standards in urologic oncology.
This workshop provides an advanced exploration of robotic-assisted ureteral reconstruction, emphasising the precision and efficacy of robotic systems in executing complex surgical manoeuvres. Participants learn the intricacies of robotic platforms that enhance dissection capabilities and facilitate meticulous anastomosis, thereby minimising complications such as ureteral strictures and urine leaks. The workshop provides analysis of published clinical outcomes showcasing significant reductions in revision surgeries and improved postoperative recovery metrics. Attendees will engage in hands-on training in group-based settings, employing advanced surgical techniques and workflow optimisation strategies to effectively integrate robotic assistance into their practices. This workshop is designed for urologists and surgical teams aiming to elevate functional outcomes in reconstructive urology using robotics.
This workshop provides a comprehensive exploration of robotic-assisted pyeloplasty, focusing on its pivotal role in correcting ureteropelvic junction (UPJ) obstructions. Participants will gain insights into the sophisticated robotic systems that enhance surgical precision and facilitate minimally invasive techniques, such as intracorporeal suturing and advanced dissection methods. Emphasis is placed on quantifiable outcomes, including significantly reduced rates of revision surgeries and the mitigation of complications such as urinary extravasation and stricture formation, supported by current literature demonstrating enhanced recovery periods and improved patient satisfaction. Attendees will be engaged in interactive group-based settings, with hands-on training sessions to master procedural workflows, instrumentation, and best practices essential for excelling in robotic-assisted urologic surgery. This workshop is designed for urologists, surgical teams, and healthcare professionals dedicated to advancing techniques in the field of urology robotic surgery.