Building high-performing teams: Cultivating a culture of success in complex urological surgery

Consistent team members and role specialisation

The value of consistent team composition cannot be overstated. Establishing a core team that routinely works together on challenging cases creates significant advantages through familiarity with procedural nuances, anticipation of surgeon preferences, and development of tacit communication patterns. Team familiarity has been shown to reduce patient morbidity and improve team performance. ¹

Working with the same anaesthetist across complex cases provides benefits. Anaesthetic management during major surgery requires specialised knowledge of haemodynamic fluctuations during events such as vascular clamping, patient positioning, potential pneumoperitoneum changes, and fluid management nuances that are unique to these procedures. A dedicated anaesthetist develops a deep understanding of these requirements and can anticipate surgical needs without extensive communication. There is evidence that increasing familiarity of the surgeon and anaesthetist can improve outcomes in complex cancer surgery. ² This is extremely important with robotic surgery, where the surgeon is somewhat removed from the operative field due to being at the surgical console, which may impair their ability to communicate effectively. ³

Having a regular experienced surgical assistant can enhance procedural efficiency and safety. The assistant’s familiarity with the surgeon’s technique, preferences, and potential complications creates a seamless extension of the primary surgeon’s capabilities. This partnership becomes especially critical during demanding phases of complex urological procedures, such as vascular control or complex dissection around vital structures. At our institution, we have extremely skilled Surgical Care Practitioners (SCPs) who provide that stable experience.

Independent SCPs

The integration of SCPs who can independently operate two ports during urological procedures represents a significant advancement in team efficiency. Experienced assistants have been shown to reduce operative time and length of stay.^4,5 They can also improve exposure and enhance workflow through their ability to manage aspects of the procedure without constant direction. For complex urological cases, SCPs develop a deep understanding of anatomical relationships and anticipate pathology and potential pitfalls specific to urological surgery.

The development of skilled practitioners requires structured training and mentoring pathways, progressive responsibility, and deliberate mentorship. Their integration into the team must include clear role definition, respect for their specialised expertise, and ongoing assessment of their technical proficiency. The extensive use of SCPs also has a very positive impact on the training of surgical trainees, as it frees them up from bedside-assisting duties that otherwise may have precluded console time. ⁶

Team briefing and cognitive preparation

Thorough team briefing before complex urological procedures establishes shared mental models of the upcoming operation. These briefings should include discussion of patient-specific considerations, anticipated challenges, equipment requirements, and contingency plans. For procedures like RPLND or caval surgery, briefings should explicitly address vascular control strategies, potential anatomical variations, and specialised equipment needs. Inadequate team briefings have been associated with an increase in adverse peri-operative events.^7,8

These briefings are opportunities to align team focus, identify potential concerns from any team member, and establish clear communication protocols for critical phases of the procedure. They transform individual preparation into collective readiness for the specific challenges of complex urological surgery. The most complex case should usually be scheduled first, while changing the order of cases at the last minute is to be avoided due to the disruption of the mental preparation of the surgical team.

Advanced visualisation and multidisciplinary input

The use of 3D models for preoperative planning represents a significant advancement in preparing for complex urological procedures. These models allow surgeons and team members to visualise patient-specific anatomy, plan precise approaches to challenging structures, and anticipate potential complications. For tumour cases involving the kidney, these models provide invaluable information about vascular relationships and potential invasion patterns and have been shown to improve peri-operative outcomes.^9,10

Multidisciplinary meetings (MDMs) further enhance preparation by incorporating perspectives from radiology, oncology, pathology, and other specialties. These discussions refine surgical planning, identify potential complications, and ensure comprehensive care pathways. For complex urological procedures, MDM input helps establish clear oncological objectives, identify potential systemic therapy considerations, and develop post-operative care strategies tailored to the patient’s specific circumstances.

Meticulous timing and resource allocation

Complex urological procedures require realistic time allocation that acknowledges their demanding nature. Scheduling adequate time prevents rushed decision-making during critical phases and allows for methodical progression through challenging steps. For procedures like RPLND or caval surgery, compressed timeframes risk technical compromise and may increase the risk of complications.

The prevention of early bleeding represents a fundamental priority in complex urological surgery. This requires meticulous dissection techniques, systematic approaches to vascular structures, and clear communication about anatomical landmarks and their relationships. Team members must share responsibility for maintaining visualisation, providing appropriate retraction, and anticipating potential vascular dangers based on preoperative imaging.

Critical phase management

Sophisticated intraoperative briefing before critical phases, such as vascular clamping during renal or caval surgery, ensures that all team members understand their specific responsibilities during these high-risk periods. These ‘pre-clamp’ briefings should address anticipated haemodynamic changes, time constraints, instrument readiness, and contingency plans for unexpected bleeding or conversion.

During these critical phases, communication patterns typically shift towards more directive, concise exchanges focused on immediate technical needs. The team must adapt to this shift while maintaining situational awareness and readiness to respond to unexpected findings or complications.

Wider support network and backup strategies

The availability of a wider support network represents an essential safety net for complex urological procedures. This network might include experienced urological colleagues, vascular surgeons, interventional radiologists, critical care specialists, and additional nursing staff who can be mobilised rapidly if needed. Establishing these relationships before emergent situations arise facilitates rapid, effective response when complications occur. In our institution, we routinely perform complex open surgery in the presence of at least two experienced consultants.

Similarly, the development of backup strategies for scenarios like significant bleeding, difficult vascular control, or unexpected anatomical findings ensures that the team can adapt rapidly without improvisation under pressure. These contingency plans should be explicitly reviewed during preoperative planning and team briefing sessions.

Systematic case review and documentation

Recording and reviewing complex urological procedures provides invaluable opportunities for performance improvement. Video review sessions allow teams to analyse technical approaches, communication patterns, and workflow efficiency in a non-threatening environment focused on collective learning rather than individual criticism. This is only possible by the routine recording of all procedures onto a cloud-based database such as Proximie (Proximie Ltd., London, UK).

These reviews should examine not only technical aspects but also team dynamics, communication patterns, and decision-making processes. For complex urological cases, specific attention should focus on critical phases such as vascular control, tumour extraction, and management of unexpected findings. Such reviews have been demonstrated to improve surgeons’ understanding of errors ¹¹ and may subsequently help to mitigate against further occurrences in the future.

Complication management and support systems

Even the most skilled teams encounter complications. These complications can have significant adverse effects on surgeons. ¹² The hallmark of high-performing teams is not the absence of complications but the effectiveness of their response in salvaging the situation. Establishing support networks for managing major complications includes both technical resources (specialised equipment, blood products, intensive care unit (ICU) capacity) and psychological support for team members.

Debriefing after significant complications serves both clinical and psychological purposes. Clinically, it identifies system issues, technical factors, and decision points that might be addressed differently in future cases. Psychologically, it provides team members an opportunity to process difficult experiences, reinforces a culture of learning rather than blame, and maintains team cohesion during challenging circumstances. There is also evidence that debriefing can improve performance by reducing mental workload in a subsequent surgical crisis situation. ⁷

Leadership

Effective surgical leadership underpins the success of high-performing teams. A capable leader sets the tone for the entire team by fostering psychological safety, encouraging communication, and modelling calmness under pressure. Leadership in the robotic theatre extends beyond technical excellence – it involves strategic decision-making, anticipating next steps, and managing interpersonal dynamics. Empowering others in the room to contribute – such as inviting the anaesthetist or scrub team to raise concerns – creates a team culture that supports shared accountability. The best leaders delegate effectively, communicate expectations clearly, and remain approachable even in high-stress moments.

Personal preparation: food, rest, fluids, and coffee

The physical and mental preparation of the surgical team is frequently overlooked but critically important. Long operations demand sustained concentration and physical stamina. Team members should be well-rested, adequately hydrated, and appropriately nourished before beginning a major case. Skipping meals or operating while dehydrated can impair fine motor skills, decision-making, and emotional regulation. Similarly, excessive reliance on caffeine without food can lead to fluctuations in energy and mood. High-performing teams support a culture where preparation includes wellness – encouraging breaks, hydration, and respectful awareness of human limits. Scheduling comfort breaks during lengthy procedures and rotating staff can maintain performance throughout the case.

Distractions

Minimising distractions is vital to maintaining focus during complex robotic procedures. Unnecessary conversation, noise from devices, or frequent entries and exits from the theatre can break concentration and increase the risk of error. Establishing a ‘sterile cockpit’ rule during critical phases – such as vascular control, urethral anastomosis, or bowel reconstruction – helps preserve cognitive bandwidth for all team members. Mobile phones should be silenced, and non-essential traffic in and out of the operating room should be restricted. Furthermore, theatre design, including lighting, noise control, and ergonomics, can help reduce sensory overload and cognitive fatigue. Maintaining a distraction-free environment fosters precision, reduces complications, and supports trainee learning.