If you are considering robotic prostate surgery, you may wonder how surgeons learn to perform such a specialised procedure. The robotic system does not operate on its own, so the surgeon remains in control and needs strong knowledge of prostate cancer, anatomy and surgery.
Training begins with broad medical, surgical and specialist urology experience. Robotic training may start during specialist urology training and can continue through simulation, bedside assisting, supervised console operating, mentoring and, for some surgeons, focused fellowship training.
What Is a Robotic Prostate Surgeon?
A robotic prostate surgeon is a specialist urologist with additional training in robot-assisted procedures, such as robotic radical prostatectomy. The surgeon controls the robotic instruments from a console, while the system translates the surgeon’s hand movements into movements of the surgical instruments.
Where Does a Robotic Prostate Surgeon’s Training Begin?
Before specialising in robotic prostate surgery, a doctor first completes extensive postgraduate medical and surgical training. In the UK, doctors normally complete a two-year Foundation Programme before entering surgical training. The current GMC urology curriculum has an indicative training length of seven years including core surgical training, during which surgeons develop the knowledge, judgement and operative skills required for urological practice. Some surgeons then undertake additional focused fellowship training in areas such as uro-oncology or robotic surgery.
During specialist training, surgeons must also complete the required curriculum competencies and specialist urology examination before completing their formal specialist training. Robotic prostate surgery then requires additional procedure-specific training and experience rather than being achieved simply by completing general urology training. On successful completion of the required specialty training, a Certificate of Completion of Training (CCT) is awarded.
Robotic Prostate Surgeon Training at a Glance
| Training stage | What the surgeon develops |
| Foundation and early surgical training | Broad clinical experience, surgical principles, patient safety and management of complications |
| Specialist urology training | Diagnosis and treatment of urological disease, operative skills and prostate cancer management |
| Initial robotic exposure | Understanding the robotic system, theatre workflow, bedside assisting and basic robotic skills |
| Simulation training | Camera control, instrument handling, suturing and co-ordination without operating on a patient |
| Supervised console training | Performing selected parts of robotic procedures under direct supervision |
| Modular progression | Gradually completing more stages of robotic prostatectomy as competence develops |
| Fellowship or focused specialist training | More concentrated experience in robotic surgery and uro-oncology where undertaken |
| Independent practice and continuing development | Ongoing case experience, audit, professional development and review of surgical outcomes |
Why Does Robotic Prostate Surgery Require Additional Specialist Training?
Removing the prostate for cancer is a complex operation because the prostate sits deep in the pelvis near structures involved in urinary and sexual function. The surgeon must remove the prostate safely, control bleeding and protect nearby tissues where appropriate before reconnecting the bladder to the urethra.
Cancer control remains the main priority, so the surgeon must plan how to remove the cancer while considering whether nerve-sparing is appropriate and whether lymph-node surgery is indicated. Robotic systems provide a magnified view and articulated instruments, but using these features safely requires appropriate training, practice and experience.
What Role Does Robotic Simulation Play?
Simulation allows surgeons to practise robotic skills before operating on patients. Trainees can work on camera control, instrument movement, tissue handling and suturing in a controlled setting, repeating tasks without the pressure of a real operation.
Simulation can also provide feedback to highlight areas that need more practice. However, it is only one part of training and is combined with supervised clinical experience and competency assessment before a surgeon performs robotic prostate surgery independently.
Why Is Bedside Assisting an Important Part of Training?
Before spending significant time at the robotic console, a trainee may work as a bedside assistant while an experienced surgeon controls the robot. This helps them understand how the instruments are used, how the team communicates and how the operation progresses.
Bedside assisting also helps trainees understand practical theatre responsibilities, communication with the console surgeon and procedures that may be needed if the robotic system has to be disengaged. It gives trainees a better understanding of teamwork before they progress to supervised console experience.
How Does a Surgeon Learn to Operate at the Robotic Console?
Console training usually develops step by step rather than starting with a complete prostatectomy. Trainees may first perform selected parts of the operation under the supervision of an experienced robotic surgeon, gradually taking on more responsibility as their skills improve.
This modular approach breaks the operation into stages that can be learned and assessed individually. Progress is based on demonstrated competence, with supervised operating and assessment helping determine when a surgeon is ready to perform robotic prostate surgery more independently.
How Can Dual-Console Training Support Learning?
Some robotic systems allow an experienced trainer and a trainee to work from separate consoles during the same procedure. This can make supervised operating more practical because the trainer can closely observe the trainee’s technique while remaining able to take control when appropriate.
Dual-console access is not available in every hospital and is not a requirement for becoming a robotic surgeon. However, where it is available, it can form part of a structured supervised training programme. For example, some UK robotic fellowships use dual-console systems alongside simulation, theatre training, multidisciplinary work and audit.
What Is a Robotic Urology Fellowship?
A fellowship provides additional focused training after a surgeon has completed their main urological training. For robotic prostate cancer surgery, a uro-oncology or robotic fellowship can offer intensive experience with these procedures in a specialist centre.
Fellows may work alongside experienced robotic surgeons and gain experience across clinics, multidisciplinary meetings and operating lists. This helps develop both technical skills and a wider understanding of prostate cancer treatment and surgical decision-making. Fellowship pathways vary between centres, and completing a fellowship should be considered one part of a surgeon’s overall training and experience rather than a guarantee of a particular surgical outcome.
Does Every Robotic Surgeon Follow Exactly the Same Training Pathway?
Not necessarily. The exact route into robotic prostate surgery can vary according to when a surgeon trained, the hospital or training programme they worked in and the robotic experience available to them. Some surgeons gain roboticexperience during specialist urology training, while others develop further experience through fellowships, mentoring or structured programmes after completing their main specialist training.
What matters is that progression towards independent practice is based on appropriate training, supervision, assessment and local clinical governance. For you as a patient, the name of one course or fellowship is therefore less informative than understanding the surgeon’s overall prostate cancer experience, robotic training, current practice and how their outcomes are reviewed.
Why Are Mentoring and Proctoring Important?
Training does not always end when a surgeon completes formal courses or fellowships. During the move towards independent robotic surgery, an experienced mentor or proctor may observe procedures, provide guidance and support the surgeon’s progression towards independent practice.
Mentoring can also continue through case discussions, video reviews and assessment of surgical outcomes. This gradual approach allows surgeons to develop competence with structured support before moving towards more independent practice, and shows why their wider training and support environment can be important alongside technical skill.
How Is a Robotic Surgeon’s Competence Assessed?
Completing a robotic surgery course does not automatically mean a surgeon is ready to perform prostate surgery independently. Training also assesses technical skills, decision-making, communication and the ability to manage unexpected situations.
Competence may be assessed through simulator performance, supervised or proctored procedures, review of operative performance and structured competency assessments. Current RCS England guidance recommends structured proctored cases and competency checks before a surgeon progresses to independent robotic practice.
What Role Does Hospital Governance Play in Robotic Surgery?
Independent robotic practice does not depend only on a surgeon deciding that they are ready. Hospitals also have a responsibility to make sure that appropriate training, supervision and competency requirements have been completed before a surgeon operates independently. This can include reviewing training records, supervised or proctored cases and evidence of competence.
Governance continues after independent practice begins. Hospitals and robotic surgical teams can review outcomes, complications and other quality information as part of ongoing audit and quality improvement. This means safe robotic surgery depends not only on an individual surgeon’s technical ability but also on the systems, team training and oversight around them.
UK Guidance Note
RCS England published updated guidance on robotic-assisted surgery in December 2025 to strengthen training and governance for robotic procedures within NHS Trusts. The framework includes simulator training, supervised or proctored operating and competency assessment before independent practice, alongside structured team training.
The guidance also recommends formal hospital governance arrangements to approve independent robotic practice, monitor outcomes and oversee safe implementation. This means becoming an independent robotic surgeon involves both individual competence and approval within an appropriate clinical-governance framework.
Why Are Non-Technical Skills Part of Robotic Training?
Robotic prostate surgery requires more than precise instrument control. Your surgeon also needs to communicate clearly with the theatre team, stay aware of the wider situation and make sound decisions when unexpected findings arise.
Good leadership is especially important if a complication occurs, as the surgeon and team must respond together. This is why structured robotic training should include communication, judgement and decision-making alongside technical skills.
Why Does the Whole Robotic Surgical Team Need Training?
Robotic prostate surgery depends on coordinated teamwork as well as the skills of the console surgeon. The bedside assistant, anaesthetic team, theatre nurses and other staff need to understand their roles during preparation, docking, instrument changes and the different stages of the operation. Clear communication is particularly important because the console surgeon is positioned away from the operating table.
Team preparation can also include agreed procedures for equipment problems or situations in which the robotic system needs to be disengaged quickly. This does not mean that complications are expected; it helps ensure that everyone understands their responsibilities if the operation does not proceed as planned. Modern UK robotic-surgery guidance therefore places importance on team training alongside individual surgeon competence.
How Does a Surgeon Learn Who May Be Suitable for Surgery?
Being able to perform robotic prostate surgery does not mean surgery is right for everyone with prostate cancer. Your surgeon needs to consider your grade, stage, PSA, MRI, biopsy results, overall health and personal priorities, as well as other treatment options.
This judgement develops through urology training, prostate cancer clinics, multidisciplinary meetings and specialist oncology experience. Your surgeon must also plan the procedure around your individual anatomy and cancer, making robotic technique just one part of their wider expertise.
Why Does Ongoing Surgical Experience Matter?
Becoming an independent robotic surgeon is not the end of training. Continued experience exposes surgeons to different prostate sizes, tumour locations, previous treatments and complex anatomy, helping them refine their approach.
However, procedure numbers alone do not show the full picture. Current practice, audited outcomes, specialist prostate cancer experience and continuing professional development provide additional context when considering a surgeon’s experience.
How Are a Robotic Surgeon’s Outcomes Reviewed?
Surgical experience is not assessed only by counting how many procedures a surgeon has performed. Surgeons and clinical teams can review information such as complications, operative outcomes, cancer-related pathology findings and other measures relevant to the procedure. Audit and quality-improvement activity can help identify whether practice is meeting expected standards and where further improvement may be needed.
Results also need careful interpretation because outcomes can be influenced by the complexity of the patients and cancers being treated. A surgeon who manages more complex cases cannot be compared fairly using one number alone. This is why procedure volume, outcomes, case mix, specialist practice and clinical governance should be considered together rather than using a single figure as proof of surgical quality.
Myth vs Fact
| Myth | Fact |
| The robot performs the prostate operation itself. | No. The surgeon controls the robotic instruments and makes the surgical decisions. |
| Completing one robotic course makes a surgeon ready to operate independently. | A course may form part of training, but progression can also involve simulation, supervised operating, assessment, mentoring and clinical governance. |
| Simulation alone is enough for robotic surgery training. | Simulation develops technical skills without operating on a patient, but it is normally combined with supervised clinical experience. |
| Every robotic prostate surgeon follows exactly the same training pathway. | Training routes can vary between surgeons, programmes and hospitals. Competence and appropriate governance are more important than one identical route. |
| The surgeon who has performed the most operations must be the best. | Procedure volume can provide useful context, but outcomes, case complexity, specialist experience, training and ongoing audit also matter. |
| Training ends once a surgeon starts operating independently. | Surgeons continue professional development, outcome review and skills maintenance throughout their practice. |
What Should You Ask About Your Surgeon’s Robotic Training?
You can ask who will perform your operation and about their relevant experience. Ask whether your surgeon specialises in prostate cancer and how much of their current practice involves robotic prostatectomy.
You can also ask about fellowship or specialist robotic training, how they were supervised and how their results are monitored. It may also help to ask how often they perform the procedure and whether they have experience with cases similar to yours. You can also ask who will perform the different parts of your operation and whether a trainee or fellow may participate under supervision.
Key Takeaways
- A robotic prostate surgeon first develops broad clinical and specialist urology skills before progressing in robotic surgery.
- UK urology training itself takes several postgraduate stages before optional subspecialty fellowship training.
- Robotic training can include simulation, bedside assisting and supervised console operating.
- Modular training allows individual parts of robotic prostatectomy to be learned and assessed progressively.
- Fellowship, mentoring and proctoring can provide additional supervised specialist experience.
- Independent practice should depend on demonstrated competence and appropriate clinical governance rather than completion of one course alone.
- Surgical experience is important, but procedure numbers should be considered alongside outcomes, case complexity, specialist practice and continuing professional development.
Frequently Asked Questions
1. What training does a robotic prostate surgeon need?
A robotic prostate surgeon first completes specialist urological training before gaining additional experience in robotic and prostate cancer surgery. This may include simulation, supervised procedures, fellowships and mentoring.
2. Does a robotic surgeon need specialist prostate cancer training?
Yes. Robotic prostatectomy is a complex procedure, so experience in prostate cancer surgery and uro-oncology is an important part of a surgeon’s training.
3. How do surgeons learn robotic prostate surgery?
Training usually progresses from observation and bedside assisting to simulation and supervised console operating. Surgeons gradually take on more of the procedure as they demonstrate competence.
4. Is robotic prostate surgery training completed after a fellowship?
Not necessarily. A fellowship can provide additional specialist experience, but surgeons continue developing their skills through ongoing practice, education, case reviews and professional development.
5. How is a robotic prostate surgeon’s competence assessed?
Competence may be assessed through supervised operations, technical skills assessments, case reviews and hospital governance processes. Surgeons also need to demonstrate that they can make safe decisions and manage unexpected situations.
6. How important is a surgeon’s experience with robotic prostatectomy?
Experience can be important because regular practice helps surgeons manage different prostate sizes, tumour locations and anatomical challenges. However, procedure numbers should be considered alongside outcomes, specialist focus and ongoing training.
7. What is a robotic prostate surgery fellowship?
A robotic or uro-oncology fellowship provides focused training after core urological training. It allows surgeons to gain further experience in robotic prostate cancer surgery while working with experienced specialists.
8. Does the robotic system operate independently?
No. The surgeon controls the robotic instruments throughout the operation. The system translates the surgeon’s hand movements into precise movements of the instruments but does not make surgical decisions independently.
9. What should I ask a robotic prostate surgeon about their training?
You can ask about their urology training, specialist prostate cancer experience, robotic fellowship training, how many robotic prostatectomies they currently perform and how their surgical outcomes are monitored. It can also be useful to ask whether they regularly treat cases similar to yours and whether a trainee or fellow may participate in your operation under supervision.
10. Does a surgeon continue training after becoming an independent robotic surgeon?
Yes. Robotic surgeons can continue learning through professional education, reviewing their surgical results, attending specialist meetings and keeping up with developments in prostate cancer treatment and robotic techniques.
Final Thoughts: Choosing an Experienced Robotic Prostate Surgeon
Robotic prostate surgery requires more than learning how to operate a robotic system. A well-trained surgeon combines specialist urological knowledge, prostate cancer experience, robotic training and ongoing assessment to provide safe, considered care. Experience with similar cases and continued review of surgical outcomes can also be valuable when choosing your surgeon.
If you are considering robotic prostate surgery in London and would like specialist advice, you can contact us to discuss your options and arrange a consultation tailored to your individual needs.
References:
- Royal College of Surgeons of England (2025) Robotic-assisted surgery: A pathway to the future. Published 9 December 2025. Available at: https://www.rcseng.ac.uk/standards-and-research/standards-and-guidance/good-practice-guides/robotic-assisted-surgery/
- British Association of Urological Surgeons (no date) Career Path of a Urologist: The Steps to Becoming a Urologist. Available at: https://www.baus.org.uk/professionals/education/career_path_of_a_urologist.aspx
- British Association of Urological Surgeons (BAUS) (no date) Uro-oncology Robotic Prostate Fellowship. Available at: https://www.baus.org.uk/trainees/fellowships/19/urooncology_robotic_prostate_fellowship/
- Volpe, A., Ahmed, K., Dasgupta, P., Ficarra, V., Novara, G., van der Poel, H. and Mottrie, A. (2015) ‘Pilot validation study of the European Association of Urology robotic training curriculum’, European Urology, 68(2), pp. 292–299. doi: 10.1016/j.eururo.2014.10.025. Available at: https://pubmed.ncbi.nlm.nih.gov/25454612/
- Lovegrove, C., Ahmed, K., Novara, G., Guru, K., Mottrie, A., Challacombe, B., van der Poel, H., Peabody, J. and Dasgupta, P. (2017) ‘Modular training for robot-assisted radical prostatectomy: Where to begin?’, Journal of Surgical Education, 74(3), pp. 486–494. doi: 10.1016/j.jsurg.2016.11.002. Available at: https://pubmed.ncbi.nlm.nih.gov/27932307/
- Raison, N., Harrison, P., Abe, T., Aydin, A., Ahmed, K. and Dasgupta, P. (2021) ‘Procedural virtual reality simulation training for robotic surgery: a randomised controlled trial’, Surgical Endoscopy, 35(12), pp. 6897–6902. doi: 10.1007/s00464-020-08197-w. Available at: https://pubmed.ncbi.nlm.nih.gov/33398587/
- General Medical Council (2024) Good medical practice. Updated 13 December 2024. Available at: https://www.gmc-uk.org/professional-standards/the-professional-standards/good-medical-practice
- Da Cruz, J.A.S. et al. (2025) ‘Does the surgeon’s learning curve impact pentafecta outcomes in radical prostatectomy? A systematic review and meta-analysis’, BMC Urology, 25(1), article 116. doi: 10.1186/s12894-025-01810-x. Available at: https://pubmed.ncbi.nlm.nih.gov/40336044/
- Soomro, N.A., Hashimoto, D.A., Porteous, A.J., Ridley, C.J.A., Marsh, W.J., Ditto, R. and Roy, S. (2020) ‘Systematic review of learning curves in robot-assisted surgery’, BJS Open, 4(1), pp. 27–44. doi: 10.1002/bjs5.50235. Available at: https://academic.oup.com/bjsopen/article/4/1/27/6061188
- National Institute for Health and Care Excellence (NICE) (2021) Prostate cancer: diagnosis and management. NICE guideline NG131. Published 9 May 2019; updated 15 December 2021; last reviewed 13 August 2025. Available at: https://www.nice.org.uk/guidance/ng131
- General Medical Council (GMC) (2021) Urology curriculum. Available at: https://www.gmc-uk.org/education/standards-guidance-and-curricula/curricula/urology-curriculum