In line with data published from membership companies within the BIA Diversity in Biotech report our sector is mostly representative but with some room for improvement on the diversity of talent we attract in to the sector. With skills shortages across all sectors, we need to ensure we are attracting talent from the broadest talent pool which can be a particular challenge for SMEs. There are a number of organisations working across different areas that we would like to ensure our membership are aware of and are holding a webinar on 1st of October entitled – Attracting Next Generation Talent for SMEs to broaden awareness of these programs.
Speakers:
Questions? Contact Anjali.
Anjali Joshi
Events Coordinator, BIA
Anjali Joshi
Events Coordinator, BIA
What does your role at BIA involve?
My role involves the planning and execution of the BIA Webinars, our Diversity, Equity & Inclusion Workshops, dinners/lunches, and some of our smaller-scale events at BIA. My role also involves helping my team with tasks leading up to the larger events, and to help with on-the-day-coordination at these conferences & exhibitions.
Previous experience & achievements
I have a bachelor’s degree in criminal justice law and criminology. I previously worked at British Airways Pensions where I was a part of the Committee Servies team and oversaw the Governance and Operations Committee. My role started to shift into overseeing the end-to-end event logistics for in-house corporate events at British Airways Pensions. In this role, I had the opportunity to liaise with large stakeholders in the business would work on various exciting projects with them throughout the year. I also have experience as a wedding event planner and would help with on-the-day-coordination for these events.
If you could invite any scientist or entrepreneur to dinner, who would it be and why?
I would invite Marie Curie as she was the first woman to receive a Nobel Prize and the only woman to receive two Nobel prizes. Marie Curie also has a huge contribution to finding treatments for cancer and has fundamentally changed our understanding of radioactivity.