AI and Imaging in Urology: From MRI Fusion to Robotic Planning

Training Overview

AI and Imaging in Urology: From MRI Fusion to Robotic Planning is an advanced, simulation-based training program designed for urologists, radiologists, and surgical specialists seeking to integrate artificial intelligence, multimodal imaging, and robotic planning into modern urologic practice. This two-day course combines in-depth theoretical instruction with immersive, hands-on simulation focused on MRI-targeted biopsy, AI-assisted image interpretation, and preoperative robotic pathway optimization.

The program begins with comprehensive sessions on prostate MRI protocols, PI-RADS interpretation, AI-based lesion detection tools, and data-driven diagnostic decision-making. Participants learn how machine-learning–enhanced imaging improves accuracy in detecting clinically significant prostate cancer, guides tissue targeting, and reduces biopsy-related uncertainty. The curriculum covers advanced imaging modalities including mpMRI, 3D segmentation, ultrasound–MRI fusion systems, and AI-powered reconstruction platforms.

Hands-on simulation modules allow participants to perform full procedural workflows using high-fidelity fusion biopsy simulators, virtual anatomy mapping tools, and AI-driven robotic planning platforms. Under expert supervision, attendees practice MRI–TRUS fusion alignment, needle pathway planning, cognitive targeting, and AI-enhanced contouring for minimally invasive robotic surgery.

Through interactive video analyses, case-based discussions, and faculty-led digital debriefings, participants examine complex imaging scenarios, compare AI-assisted vs. conventional diagnostic outcomes, and refine image-driven decision-making. The course integrates structured performance feedback to strengthen technical precision, interpretation confidence, and workflow integration.

By the end of the program, participants will have gained the expertise needed to apply AI and advanced imaging technologies to diagnostic, interventional, and surgical planning processes, ultimately improving accuracy, workflow efficiency, and patient outcomes in modern urologic care.

Target Audience

• Urologists

• Radiologists

• Robotic and Minimally Invasive Surgeons

• Urology Residents and Fellows

• Imaging Specialists and Technologists

• Interventional Radiology Professionals

• Clinical Instructors & Simulation Educators

Training Specifics

Training Name: AI and Imaging in Urology: From MRI Fusion to Robotic Planning

Duration: 2 full days

Language: English

Simulation Lab: High-fidelity MRI fusion simulators, AI-based imaging platforms, virtual robotic planning systems

Assessment Type: Practical Evaluation & Quiz

Certificate: Certificate of Completion & CME Credits

Venue: ADN CoE Training, Research Center & Core Lab

Additional Benefits

• Hands-On Fusion Simulation:Perform MRI–TRUS fusion biopsies using advanced simulation systems with AI-supported targeting.

• AI-Enhanced Interpretation:Master AI-driven lesion detection, segmentation, and diagnostic risk stratification.

• Robotic Planning Workflow:Experience AI-supported robotic pathway planning with 3D mapping and automated contouring tools.

• Expert Faculty Support:Receive guidance and individualized feedback from leading experts in urologic imaging and surgical planning.

• Video-Based Imaging Analysis:Evaluate real MRI, ultrasound, and fusion cases to recognize pitfalls and optimize decision-making.

• Performance Optimization:Improve efficiency, accuracy, and workflow integration in image-guided urologic procedures.

• Professional Recognition:Earn a certificate validating proficiency in AI-driven imaging and fusion technologies.

Key Benefits

• Comprehensive understanding of AI applications in urologic imaging, diagnostics, and surgical planning.

• Enhanced precision in MRI interpretation, lesion targeting, and fusion alignment.

• Improved diagnostic accuracy and complication prevention through AI-supported workflows.

• Strengthened interdisciplinary collaboration between urology and radiology.

• Increased confidence in applying advanced imaging and robotic planning tools in real clinical practice.

Ethical and Educational Standards

All ADN CoE training programs are designed in compliance with ethical, animal-free, and environmentally responsible education policies, ensuring clinical excellence and sustainability. For inquiries regarding accreditation or ethical compliance, contact trainings@adncoe.com.

Logistics and Additional Information

Transfer Services

Participants using ADN CoE accommodation and transfer options should adhere to the scheduled pick-up and drop-off times, which were shared before the training.

International Participants

Ensure your passport and visa are valid before travel. For invitation letters or official documentation, contact trainings@adncoe.com at least 4 weeks before the course start date. Information on nearby hotels, transport, and COVID-19 regulations will be provided before the event.

Attire

Business casual attire is recommended. Surgical scrubs and personal protective equipment will be provided for cadaver lab sessions. Please note: ADN CoE is a non-smoking, green-certified facility.

Health & Safety

Our venues comply with the highest safety and hygiene standards. Participants will receive orientation on fire, emergency, and biosafety protocols.

Transfer of Registration

Participants may transfer their registration to another individual from the same institution with prior written approval from ADN CoE, provided the request is made at least 10 days before the course start date.

Course Postponement or Cancellation

ADN CoE reserves the right to postpone or cancel the course due to unforeseen circumstances.

In case of cancellation by ADN CoE, participants will receive a full refund or the option to transfer to a future course date.

Non-Transferable Fees

Payment made for the course is non-transferable to other courses or services unless otherwise approved by ADN CoE.

Faculty Disclosure and Conflict of Interest 

All faculty members and proctors involved in this training disclose any financial or commercial interests. We maintain a strict policy of no conflict of interest with device companies, sponsors, or participants, ensuring unbiased and independent education.

Content Independence 

The educational content is developed based solely on the latest scientific evidence and clinical best practices. No product promotion or commercial advertising is included in our training materials.

Evaluation and Feedback 

We value your input. At the end of the course, you will be invited to complete a feedback survey and a knowledge assessment quiz. Your responses help us continually improve the training experience.

Quality Assurance 

Our training materials and curriculum are regularly reviewed and updated to reflect the most current research and technological advances in the field.

Sponsorship Transparency 

Any sponsorship or funding received for this course is disclosed upfront. We ensure that sponsors do not influence the content or delivery of the training.

Data Protection and Patient Confidentiality 

We strictly protect the privacy of all participants and uphold the highest standards of confidentiality regarding patient information shared during the training, in accordance with applicable data protection laws.

Accessibility and Inclusiveness 

We strive to make our training accessible to all participants. Language support and accommodations for disabilities are available upon request to ensure an inclusive learning environment.

If you have any questions about these policies or require assistance, please contact us at trainings@adncoe.com.

Please note that our trainings are specialized procedural trainings provided by ADN CoE. They are independent of any other training offered by relevant device companies.