51³Ô¹ÏÍø

On 12 September 200 alumni, students, parents, and friends met President Alice Gast and heard from leading synthetic biologists in Beijing.

Speaking to alumni and friends, President Gast said “A great university has great people: incredibly talented academics, brilliant students, and amazing alumni. Many of you in this room are pioneers and risk-takers. Please share your stories with us so we can inspire the next generation.” President Gast also outlined the recently published and its four themes: foundations, people, partners, and enablers. She also highlighted the fact that 51³Ô¹ÏÍø was the leading university in the UK for research and industry collaboration with Chinese partners.

Four of 51³Ô¹ÏÍø’s leading synthetic biologists, who had recently delivered presentations at the prestigious , were introduced to the crowd by Professor Maggie Dallman (Associate Provost, Academic Partnerships). She described synthetic biology as a ‘brave new world’ that works to benefit society, and praised the academics for working at a frontier of science.

from the Department of Bioengineering, explained how synthetic biology uses tools and methods derived from engineering to make ‘designer’ cells, noting that his laboratory was making penicillin from yeast. , Department of Life Sciences, told the audience that to overcome the limitations of conventional microbes like yeast, his laboratory was working on exotic microbes with special properties, like the ability to make chemicals from waste. He explained that one of their key challenges was to recreate in a laboratory the exotic climates usually inhabited by the organisms they work with.  

The role that biosensors can play in identifying when cells become ‘unhappy’ was discussed by , also from the Department of Life Sciences. Understanding this role offers hope for coming up with ways to scale-up findings in the laboratory into commercial endeavours. from the Department of Bioengineering then spoke about the use of feedback control, derived from engineering, and how it allows the development of controlled cell-based systems, which could produce and release drugs, or nutrients on demand when and where these are needed in the body. This could be used, for example, to maintain sugar or cholesterol levels within desired ranges, treat metabolic disorders or improve body functions.

Fangliang Li (BSc Earth Science 2009, MSc Environmental Engineering 2010) said, “It’s wonderful to see the changes at 51³Ô¹ÏÍø and all the new innovations. Every year I come to see new graduates and old friends – this is my fifth reception!”

Hongze Zou (current Mechanical Engineering student) said, “I think it’s a terrific event. I wanted to meet the President in person because she’s the figurehead of 51³Ô¹ÏÍø, and I like having the opportunity to ask her some questions.”

In her remarks to the crowd, Nicola Pogson, Director of Alumni Relations said, “We’re delighted to be here - 51³Ô¹ÏÍø has over 180,000 alumni, with 6,000 living in China and 1,000 based in Beijing. It’s an exciting time for alumni relations at 51³Ô¹ÏÍø with the establishment of the Advancement team, and we are working to build an ever-stronger alumni community able to benefit from, and be proud of, their lifelong connection with the College.”

The evening was organised with the 51³Ô¹ÏÍø College Alumni Association of China, in particular the Beijing chapter, and the event was supported by many alumni volunteers including (MBA 2001), Secretary of the Beijing chapter, who returned to China after completing his MBA at 51³Ô¹ÏÍø to manage the manufacturing business of the Planning Department of China National Petroleum Corporation. Also in attendance was (MEng Electrical & Electronic Engineering 2003) who followed his passion for cars to McLaren and BMW in Munich after leaving 51³Ô¹ÏÍø, and is now Senior Manager for R&D at BMW Beijing.

See below for a slideshow of images from the event, or view the full gallery on .