Imperial College London

Hear surgeon and humanitarian leader Dr Christos Christou share insights from his work with Médecins Sans Frontières, exploring medicine, leadership and politics in humanitarian settings. He’ll unpack the realities of delivering care in crises, with in-person attendance at South Kensington Campus or a livestream.

Professor Tom Ellis shows how rewriting DNA can turn microbes into programmable micro-factories. Explore how synthetic biology and materials engineering could create sustainable fabrics and bio-composites, and support smarter infrastructure.

Get weekly maths support from Imperial student tutors, tackling homework, coursework and revision or stretching yourself with extension tasks. Sessions take place in the Invention Rooms in White City, with a hot meal at each one.

Explore how HTLV integrates into human cells with Professor Goedele Maertens, then hear how her lab is investigating whether existing HIV drugs could prevent HTLV transmission.

Hear Anne Hidalgo unpack Paris as a case study in urban transformation, from cleaner transport and air quality to climate resilience and public space. The evening includes a fireside chat, a panel with climate and policy experts, and a drinks reception at South Kensington.

Hear Black professionals from academia, industry and professional services unpack their career journeys in an in-person panel chaired by an Equality, Diversity and Inclusion professional. Explore paths, progression and representation, with speakers spanning engineering, counselling, coaching, public speaking and academic leadership, in CAGB 500.

Choose a Maths and Physics or Biology and Chemistry stream, then try a taster session at Imperial. Get tips on admissions and personal statements, quiz current students in a panel Q&A and explore campus on a guided tour.

Hear second-year Mechanical Engineering students present technical topics they’ve chosen themselves, showing how university students explain engineering ideas. A school session can include up to six presentations, lasting up to 90 minutes.

Analyse oscillations using calculus, lab experiments and computer simulations in an intensive on-campus physics course. Programme with Matplotlib, NumPy and SciPy, then prepare a team presentation.