Imperial people

“I am optimising growth conditions and working out how to maintain and store the different species of cyanobacteria”

I am a molecular biologist and the Research Technician for the newly stablished Molecular Evolution Lab. Our group is studying the origin and evolution of photosynthesis using cyanobacteria as a model system. Cyanobacteria are carbon-fixing oxygen-releasing microorganisms of major ecological impact. They played a significant role in Earth’s history by enabling the rise of oxygen in the atmosphere and the appearance of more complex life. 

My project aims to better understand the dynamics of genome evolution in diverse cyanobacteria. We have planned a long-term evolutionary experiment in which we aim to gather experimental data of the speed and process of their evolution under stable lab conditions. For this, four species of cyanobacteria will be grown under constant light and growth conditions and their genomes analysed using next generation sequencing techniques.  

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Read Dr Violeta Cordón Preciado, Research Technician, Life Sciences  in full

“I am developing a completely new type of computer-assisted technique that combines tools from different areas of mathematics with the latest advances in numerical optimisation”

I joined Imperial as an undergraduate back in 2010 to study Aeronautical Engineering. I found myself so much at home that after graduating I decided to stay, first as a PhD student and now as an Imperial College Research Fellow. 

My work explores new ways in which optimisation – the science of doing things as well as possible – can help engineers design technology that performs at its best, and is robust to changes in its operating environment. This is key to making industries such as energy and transport sustainable. 

To meet this ambitious goal, one must be able to answer questions like, “How much energy can a wind turbine generate?” or “In which conditions does it operate safely?”. High-fidelity computer simulations and machine learning methods can only provide partial answers because, for engineering systems of such complexity, the number of scenarios that one can simulate accurately and use to train artificial intelligence is typically very limited.  

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Read Dr Giovanni Fantuzzi, Imperial College Research Fellow, Aeronautics  in full

“I’m now part of the Grenfell Firefighters Study team, examining the physical health outcomes of almost 800 London firefighters who attended the Grenfell Tower fire.”

I’m a Research Nurse at the National Heart and Lung Institute, currently working with firefighters all day!  

My journey here was a bit like crossing a bridge and tunnel to reach the same destination. Intrigued by human behaviour, I completed a psychology degree but couldn’t see myself adopting its indirect approach. I then worked in charities and enjoyed building more therapeutic relationships with people, so trained as a nurse. I rarely saw people like me in either field. But when I discovered nurses could be researchers, I suddenly thought – why not me? 

I’m now part of the Grenfell Firefighters Study team, examining the physical health outcomes of almost 800 London firefighters who attended the Grenfell Tower fire. It’s undoubtedly a sensitive topic which I’m fortunate to gain insight into. I support firefighters to take part in the study, perform heart/lung function assessments and blood tests, then discuss their results. In the future, we’ll monitor medium and long-term health outcomes by reviewing their health records. 

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Read Tamanna Kabir, Research Nurse, National Heart and Lung Institute  in full