Rolling admission · Istanbul · Delivered in English
Robotic Urology Observership the robotic theatre in uro-oncology, observed in Istanbul
Follow how a university urology department in Istanbul selects, plans and follows up robotic cancer operations — from the uro-oncology board to theatre and the ward — as a non-sterile observer, without console time.
What you see depends on the department's clinical calendar during your placement; the list below describes the department's usual scope, not a guaranteed programme.
Robotic uro-oncology cases where scheduled; which prostate, bladder or kidney operations are robotic in your dates is confirmed with the department
The uro-oncology multidisciplinary board: imaging, histology and staging reviewed with oncology, radiology and pathology before an operation is chosen
Theatre set-up and team workflow: positioning, port placement, docking and communication between console surgeon, patient-side surgeon, anaesthetist and nurses
Observation from a console-side or theatre-monitor vantage point agreed by the team, without touching the robotic system
Planning discussions on nerve sparing and lymph node dissection; nephron-sparing kidney surgery only where the department performs it during your dates — confirmed after review
How the same cancers are approached on the department's open and laparoscopic lists, and why an approach is chosen
The post-operative round and follow-up: catheter care, continence and recovery, and the pathology review that guides further treatment
How are patients selected for robotic uro-oncology, and who is in the room?
The robot is a choice of access, not of indication, so the decision begins at the uro-oncology board. For localised prostate cancer, PSA, grade group, MRI findings, clinical stage and life expectancy determine whether surveillance, radiotherapy or radical prostatectomy is appropriate. For a renal mass, tumour size, anatomical complexity and overall renal function weigh partial against radical nephrectomy. In muscle-invasive bladder cancer, neoadjuvant chemotherapy and the type of urinary diversion are settled before cystectomy. After that, the team considers whether a robotic, laparoscopic or open approach suits the patient.
In theatre, the work is shared. The anaesthetist plans for pneumoperitoneum and, in pelvic surgery, steep head-down positioning, with their effects on ventilation and pressure areas. Port placement and docking are agreed before the console surgeon starts; the patient-side surgeon exchanges instruments, retracts and applies clips; the nursing team manages the instrument arms and draping. Robotic teams also agree in advance how they would undock quickly and convert in an emergency. Observers follow this communication from a vantage point the team agrees, alongside the procedure on the theatre monitors.
After surgery, the focus moves to recovery and pathology. Catheter care, early mobilisation and continence are reviewed on the ward, and the final histology — margins, nodal status and stage — returns to the board for decisions about adjuvant treatment or surveillance. Follow-up continues with PSA or imaging according to the cancer treated. An observer who follows a case from the board to that review sees how the robotic operation fits into a longer oncological pathway rather than standing alone.
How this page differs
Unlike the urology department page, which spans endoscopic, functional, andrology and paediatric work, this page centres on one modality — the robotic platform in uro-oncology. The endourology page covers kidney and ureteric stone procedures, and benign prostate surgery, including laser enucleation, is a separate focus outside this page.
Who applies, and which route fits?
Clinical Observership
Students and graduate physicians preparing for urology specialty training who want to understand how robotic cancer surgery fits within multidisciplinary uro-oncology, from the board to the ward.
Clinical Fellowship
Urologists with a specialist qualification who state robotic uro-oncology as their interest within the urology department, for extended observation of case selection, theatre workflow and follow-up across a full clinical cycle.
What an observer does not do
Both routes are strictly observational: observers attend theatre and clinic without patient contact, do not scrub or assist, and are not assessed on any procedure.
No console time, simulator access or dry-lab sessions in either route, including the fellowship.
Observers stay outside the sterile field and do not touch the robotic system, instruments or patient.
Which operations are robotic, and how many fall in your dates, depends on the department's calendar; no procedure type or number is promised.
The certificate records attendance; it is not a robotic surgery credential and confers no competence or licence.
The two routes at a glance
The two routes side by side
Clinical Observership
Clinical Fellowship
Duration
1, 2 or 4 weeks (extension possible on request)
12 to 24 months, agreed with the host department
Who it is for
Medical students in clinical years and graduate physicians from outside Turkey
Recognised specialists and family physicians seeking advanced exposure beyond standard specialty training
Extended observational attachment to one department: daily practice, service structure and specific techniques
Certificate
Certificate of attendance issued by the host hospital and signed by its Medical Director
Certificate on completion issued under the accreditation of the affiliated university school of medicine
Start
Rotations typically begin on a Monday; dates are agreed individually
Start date planned around the date you request and the department's capacity
Before you apply
The programme is delivered in English and every applicant evidences their level with an official document.
Fees and terms are confirmed in writing after the eligibility review; they are not published on this page.
Apply three to six months ahead: departments accept only one or two observers at a time and files are reviewed in order.
State your focus in the objectives of your application. Allocation follows the department's lists during your dates.
What do candidates ask about Robotic Urology?
Is robotic console practice available?
No. There is no console time, simulator access or dry-lab component in either route, including the twelve-to-twenty-four-month fellowship, whatever your qualifications. Observers follow robotic cases from a console-side or theatre vantage point agreed by the team and watch the theatre monitors, but they do not control or touch the system. If you need structured console instruction for credentialing at home, that is a separate step outside this placement; the value here lies in seeing case selection, team workflow and follow-up.
Can the placement focus on prostate or kidney surgery?
You can state either preference in your objectives. Robotic uro-oncology is part of the department's regular activity where scheduled, but which prostate, bladder or kidney operations are carried out robotically during your dates depends on the patients listed, so the mix cannot be promised. A placement follows the department rather than one organ or one surgeon, and also includes the uro-oncology board, open and laparoscopic lists and the ward. Because robotic cases are spread across the department's lists, two or four weeks give more chances to follow one than a single week.
Which robotic system does the department use?
ATDERA does not name equipment or manufacturers on this page. The principles observers follow — patient positioning, port placement, docking, communication between the console and the patient side, and emergency undocking — apply across robotic platforms, and they are the focus of observation rather than the hardware itself. If a particular system matters for your objectives, raise it with the coordination team during the review, when the host department's details are shared with you.
What do observers take from the uro-oncology board?
The board is where the robotic operation is justified or ruled out. Urologists, medical and radiation oncologists, radiologists and pathologists review imaging and histology together and agree management for prostate, bladder, kidney and testicular cancers. Observers hear why one patient is offered surgery and another surveillance or radiotherapy, how staging and anatomy shape the robotic operative plan before theatre, and how final pathology returns to the board to change the plan afterwards.
What should I revise before a robotic urology placement?
Revise pelvic anatomy relevant to radical prostatectomy — the neurovascular bundles, the bladder neck, the urethral sphincter and the pelvic lymph node fields — together with renal hilar anatomy. Know the current prostate cancer risk groups, TNM staging for prostate, kidney and bladder cancer, and the principles of nephron-sparing surgery. A basic understanding of pneumoperitoneum and steep head-down positioning helps in theatre. The team explains details in English; the more context you bring, the more the discussions mean.
Apply for an observership with Robotic Urology as your focus
One online application for both routes. State Robotic Urology as your focus in your objectives; ATDERA reviews the file and prepares it for the Urology department, then replies with next steps, typically within two working days.
Five short steps: your details, education, programme choice, documents and declaration.
A personal link by email, so you can leave and return where you stopped — for 60 days.
Documents are uploaded in step 4; you need nothing to hand to begin.
ATDERA Global Limited (Companies House No. 17173428, registered in England and Wales) coordinates this programme for a university teaching hospital in Istanbul. ATDERA is not a hospital and does not provide clinical care; admission decisions and certificates are the host hospital's.
Ready to apply?
One online application covers both routes and all twenty-one specialties — details, programme choice and documents in five short steps. ATDERA reviews the file and replies with next steps, typically within two working days.