12 CPD credits
Clinical Radiology Artificial Intelligence (AI): Blended learning course - FULLY BOOKED
Book the January Workshop now
Event overview
Due to the overwhelming popularity of our December 2024 course, which is now fully booked, we're excited to announce that bookings are open for the 17 January 2025 Workshop.
Registration is now open. Early booking is highly recommended to secure your spot.
Book the January Workshop now
Learning objectives
You will be introduced to AI in radiology and healthcare and the fundamental concepts when creating an AI algorithm.
By the end of this course, you will:
- Gain an understanding of the fundamental principles that form the basis of AI
- Be able to describe various AI techniques and their advantages and disadvantages, as well as justify the use of these methods
- Acquire basic knowledge of how AI models are created, with a particular focus on data gathering, annotation, and the importance of data management and security
- Understand the challenges associated with open-source datasets, be aware of AI grand challenges, and understand how bias and unintended outcomes can potentially affect AI models.
Who should attend?
- Clinical radiology consultants
- Clinical radiology trainees
- Allied healthcare professionals
This course is for healthcare clinicians at any level of training or experience who are working in the UK and overseas.
Pre-requisites for attending the workshop
- Completion of both online e-learning modules one and two before attending the workshop.
- A laptop available for accessing the online workshop.
- A Google account for running and accessing the Google Collab practical session.
Knowledge from the modules will be assumed in the workshop - delegates will not maximise the learning opportunity from this workshop without having completed the two online modules beforehand.
Programme
Timing |
Topic |
09:30 |
Introduction Dr Thomas Booth |
09:40
|
Overview of Online Learning Material - Modules 1 & 2 Dr Matthew Townend & Dr Jonathan Nash Discussion of use cases and applications for AI for different areas of radiology including the basic jargon and development of AI algorithms with opportunity to ask questions related to the topics from the online e-learning modules. |
11:45 |
Comfort break |
12:00
|
Addressing Small Data Challenges in AI for Radiology: Exploring the Potential of GANs, Transfer Learning, and Federated Learning Dr Mathew Storey How can we leverage small datasets or rare diseases to make AI models? |
13:00
|
Navigating the Complexities of Open-Source Datasets: Mitigating Bias and Unintended Outcomes in AI Models Dr Sonam Vadera Discuss the limitations and benefits of open-source datasets. What are grand challenges and what biases happen when we implement tools designed this way? |
14:00 |
Comfort break |
14:30 |
A primer to data curation and processing for machine learning in clinical radiology Dr Liane Canas |
15:00 |
Summary and Q&As Dr Thomas Booth |
15:15 |
Event close |
Speaker faculty
11
Location
This workshop will be delivered via Zoom, a link to join the event will be sent in your joining instructions one week before the event.
Access to the e-learning modules will be sent to delegates in October 2024.
“Excellent talks by all facilitators”
“Course aimed at the right level. Very comprehensive lectures. Easy to follow and understand”
Partner with the RCR
A partnership with the RCR offers your company the opportunity to form a mutually beneficial relationship, built on collaboration and connection. The RCR offers a variety of ways to get involved, including our new Annual Partnership packages, one and two-day events and our e-learning resources.
- Be a valuable part of the RCR’s growing community
- Network and engage face-to-face and online with multidisciplinary audiences
- Share details of new products and services
- Support and invest in the RCR’s mission: supporting excellence in medical imaging and cancer treatment.
If you are interested in partnering with us at this event or future events, please contact:
Catherine Bratcher
Head of Learning
+44 20 3805 4053
[email protected]