Event details
Zoom link to join this event live!
https://imperial-ac-uk.zoom.us/j/96459883805?pwd=V29GczQ5ZmhyODF4ckd4NERHNnFmdz09
Passcode: i+S8iA
We are delighted to invite you to the next event hosted by Imperial College’s Marketing Professional Interest Network which will include a marketing careers talk about the path to Chief Marketing Officer.
Join us online on Wednesday 4th October 2023 to learn about the impressive careers of two Chief Marketing Officers – Adam Boita, CMO,Ecologi and Virginie Faucon, former CMO, BBC Maestro who will join us for a fireside chat with an audience of Imperial College alumni, students and friends .
Whether you are a student, a recent graduate or been in your job a while, come and find out about the career journey of two senior marketing executives and hear about their journey.
This event is now free.
Please note there are rail and train strikes on Wednesday 4 October so this is why this event is now online.
Timing:
Wednesday 4th October, 2023
18.30-19.30 with Q&A
Meet the speakers:
Virginie Faucon
Virginie is the former CMO for BBC Maestro and Clim8 and an award-winning marketing leader with 20 years’ experience in setting up marketing functions from inception to acceleration and delivering commercial growth.
Virginie is also a Board Advisor and school governor and an active member and mentor for Bloom UK and Thrivewithmentoring, She is currently studying for her executive coaching accreditation. Virginie is also a busy mum-of-2, looking after her 2 young children (3 and 7 years old).
Adam Boita
Adam has over 20 years brand and performance marketing experience with strong breadth and depth across disruptor growth brands in green tech, gaming, entertainment, lifestyle, FMCG and not for profit. He has overseen brands including PlayStation, Absolut Vodka, Havana Club, Malibu as well at NCS changing the lives of 16-17 year olds and now most recently tackling the climate crisis at Ecologi. He combines creative brand building with a digital first, data-driven approach to drive performance growth.