- info@roboticurologyacademy.com
- Istanbul Turkiye
Request a robotic urology course tailored to your preferred procedure, robotic platform, participant level and educational objectives.
Requests may come from individual urologists, physician groups, hospitals, universities, urology departments, professional societies and robotic surgery teams.
Request
Feasibility Review
Course Proposal
Confirmation
A request can be submitted even when there is no currently scheduled course matching the educational need.
Patient selection, pelvic anatomy, planning, port placement, nerve-sparing, apex, reconstruction, anastomosis and lymphadenectomy.
Renal imaging, tumor complexity, ultrasound, hilar exposure, vascular control, excision, collecting-system repair, renorrhaphy and hemostasis.
Patient selection, pelvic anatomy, bladder dissection, lymphadenectomy, specimen management, urinary diversion and intracorporeal reconstruction.
SP platform orientation, access planning, deployment, internal triangulation, camera, retraction, suturing and workflow.
System orientation, positioning, port placement, docking, triangulation, fourth-arm control, bedside assistance and workflow.
VR simulation, robotic console, dry lab, needle handling, suturing, knot tying, anastomosis and procedure-specific models.
A focused workshop can concentrate on suturing, renorrhaphy, ureteral anastomosis, dissection, Multiport/SP workflow or bedside assistance.
For participants with no or limited robotic experience: system orientation, ergonomics, camera navigation, instrument control, clutching, coordination, needle handling and introductory suturing.
For participants with previous simulation, bedside assistance or limited console experience: advanced coordination, fourth-arm control, suturing, knot tying, anastomosis, dissection and procedure-specific exercises.
For experienced robotic surgeons: advanced dissection, complex suturing, reconstruction, procedure-specific techniques, Single-Port surgery, challenging cases and tissue-based exercises.
The requested course can be platform-specific or platform-neutral, depending on objectives and availability.
A requested course may combine more than one educational format.
Surgical anatomy, patient selection, planning, technical steps, strategy, complications and postoperative care.
Edited or unedited procedures, step-by-step demonstrations, technical variations, challenging cases and faculty discussion.
Camera control, instrument manipulation, clutching, coordination, needle handling, suturing, energy and procedure modules.
Synthetic/silicone models, suture pads, needle handling, intracorporeal suturing, knot tying, anastomosis and procedure-specific exercises.
Approved biological tissue may be used for handling, dissection, energy, suturing, hemostasis and reconstruction.
Selected advanced requests may include an approved live-animal component subject to ethical, institutional, veterinary, anesthesia, eligibility and regulatory requirements.
A separately arranged observership may potentially be combined with the course. Clinical observation does not involve operating on patients.
Venue selection depends on robotic platform, simulation and laboratory facilities, faculty travel, participant number, local technical support and institutional authorization.
Suitable for a defined subject, selected technical skill or short workshop.
Suitable for lectures, surgical videos and introductory practical exercises.
Suitable for broader procedural education and repeated simulation or laboratory exercises.
Suitable for combining theoretical education, simulation, dry lab and selected laboratory activities.
Small-group courses generally allow more direct faculty interaction and practical access.
Full name, professional title, institution, department, country, city, email, phone/WhatsApp and website where applicable.
Requested course, platform and preferred educational formats.
Individual/group request, estimated participant number, professional profile and experience level.
Preferred dates, duration, Istanbul / your institution / another venue / online / hybrid and flexibility.
Procedures of interest, technical skills, current robotic experience, expected outcomes, preferred practical exercises and institutional requirements.
Robotic platform, console, simulator, dry lab, wet lab, animal laboratory, OR, lecture room, AV equipment, technical personnel and local approvals.
We review the subject, participant profile, experience level, preferred platform, course format, dates, venue, facilities and educational objectives.
Faculty, platform, simulator, laboratory, models, venue, institutional, ethical/regulatory and travel requirements are evaluated.
If feasible, a preliminary proposal may include curriculum, duration, faculty, practical format, participant limit, venue, dates, estimated fee and included services.
The course is confirmed only after curriculum, faculty, venue/platform, fees, payment, documentation and any required approvals are completed.
A customized quotation can be prepared only after the request has been reviewed.
A certificate of participation or attendance may be provided for selected courses.
Our team will evaluate whether a suitable course can be planned according to faculty, facility, robotic platform and educational-resource availability.