Phase 1: conceptualisation | |
1 | Build a collaborative science team Recruit widely, select complementary expertise. Engage gatekeepers early. |
2 | Engage frequently with the end user What is the clinical problem to be addressed? End user engagement is a process, not an event. Develop digital transformation, not isolated algorithms. |
3 | Build collaboration agreements early Check for existing agreements. Use contracts and IG teams. Share your experiences with other CSTs. |
4 | Ethics: present a balanced view Present a balanced view of the challenges and benefits of AI projects. Seek out ethics review boards with prior experience. Ethical review may be protracted. |
5 | Invest in data science training for healthcare professionals in your team A common language is needed for the CST to work at its best. |
Phase 2: data acquisition and preparation | |
6 | Do not underestimate the challenge of data extraction Understand what data you really need. Identify a data champion. Engage healthcare informatics teams early; it will take longer than you expect. Consider building or contributing to a meta-data catalogue at your institution. |
7 | Protect patients’ data Give serious consideration to how you will anonymise and protect patient data from the outset of the project. |
8 | Remember that healthcare data varies in quality and reliability Healthcare data are influenced by a wide variety of factors. Clinicians can play a key role in interpreting and overcoming quality and reliability issues. |
Phase 3: AI application | |
9 | Design AI that can be trusted with patient care Use the right algorithms for your data and your end user. Strive for generalisable, well-validated solutions. |
Phase 4: translation | |
10 | Be mindful of medical device regulation Be mindful of the requirements for medical device regulation as your healthcare data science project progresses. |
AI, artificial intelligence; CST, collaborative science team; IG, information governance.