Empowering Tomorrow’s Doctors

The MDT gives healthcare trainees an on-demand, voice-based AI patient and examiner for realistic spoken practice and immediate structured feedback.

Trusted by healthcare professionals

Real feedback from clinicians and learners who have used The MDT.

“The AI patient responses are surprisingly nuanced… content is authentic, the flow is smooth and prompts mirrored real ward questions.”

Dr Bidisha Ghosh
Consultant Obstetrician & Gynaecologist College Tutor

“What sets it apart is its meticulous attention to clinical accuracy, alignment with examination blueprints, and remarkably natural conversational flow.”

Dr Aaron Murugasu
Anaesthetics Registrar

“The programme is both user friendly and supports students as they prepare for their exams… the personalised feedback encourages self-reflection and helps targeted learning.”

Ms Suneetha Ganta
Consultant
Clinical Placement Supervisor & Academic Advisor

Practise the conversation. Get the feedback. Improve.

Choose a clinical scenario, speak naturally to an AI patient, and receive structured feedback on what you did well, what you missed and what to work on next.

Speak naturally

Practise with guidance

Know exactly what to improve

Tested. Measured. Improved.

Backed by £5,000 of Pankhurst funding, The MDT was tested across O&G and midwifery with human examiners, paired AI comparisons and structured candidate feedback — every finding now shaping V2.


Externally funded pilot

Clinical scenarios

Human–AI comparisons

Pilot NPS

Built from feedback, not assumptions.

The pilot showed us where the simulator was strong — and exactly where it needed to improve. Those findings directly shaped V2.

More nuanced marking

Pilot calibration led us to rebuild partial-credit and safety logic for more nuanced, clinically meaningful feedback.

Cleaner exam experience

Candidate feedback drove a simpler, less distracting live-station interface.

Stronger clinical scenarios

Stations, prompts and feedback were reinforced using real candidate and examiner behaviour.