Early Career Committee
The Early Career Committee is for students, postdocs and early career professionals. It aims to focus on career development of RMS members through pre-congress workshops, industrial tours, networking events and more
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The RMS Early Career Committee enables students, postdocs and early career professionals to become more involved in the RMS than ever before, share their views and ideas for the RMS and make the most out of their RMS membership. Many students, postdocs and early career professionals often forget that the RMS can be utilised as a tool for professional development, a platform for collaboration and, most importantly, a community.
The Early Career Committee aims to bridge the gaps between a) students, postdocs and early career professionals, and b) research facility scientists, industrial scientists, academic staff, the RMS team and more. Upon creating a community here in the UK, the next step will be to encourage similar early career councils to be established (if they are not already) across Europe, such that this committee can be a branch of a much larger Early Career Council under the other Microscopy Societies.
The RMS Early Career Committee will not only organise new events and create new initiatives, but also make students, postdocs and early career professionals aware of the existing resources and opportunities provided by the RMS.
What will the RMS Early Career Committee do?
Provisional list of activities:
- Organise pre-meeting congresses for students, postdocs and early career professionals at national and international conferences (i.e. for European Microscopy Congress (EMC) in 2020 and Microscience Microscopy Congress (MMC) in 2021).
- Promote collaboration between students, postdocs and early career professionals in the RMS across both physical and biological sciences.
- Organise a biennial MSA-RMS student/early career researcher scholarship, where:
- 2-3 RMS members would be awarded scholarships to attend Microscopy & Microanalysis (M&M), and
- 2-3 Microscopy Society of America (MSA) members would be awarded scholarships to attend Microscience Microscopy Congress (MMC).
- Attend conferences to raise awareness of the RMS. Inform attendees of what the RMS can do and how they can get involved in the committee.
- Build a network with microscopy-related industries to provide support and careers advice for students, postdocs and early career professionals. Organise facility tours and informative presentations from research centres and industry if desired by members.
- Provide information on committee activities via email, infocus magazine and on the RMS website.
- We are open to further suggestions!
Who can benefit?
- Early career professionals
Any student, postdoc or early career professional who is a member the RMS can benefit from the activities organised by the Early Career Committee. You will be informed of upcoming events through the RMS website, emails and infocus magazine.
We are recruiting committee members!
If you are interested in becoming a committee member, please contact [email protected]. We aim to support students, postdocs and early career professionals, so it would be ideal to have committee members from each of these categories.
Early Career Committee Chair
University of Oxford
Colum O’Leary studied physics for his undergraduate degree at Trinity College Dublin in Ireland, before beginning his DPhil (PhD) studies in Materials at the University of Oxford. His research interests include atomic resolution scanning transmission electron microscopy, electron ptychography and 2D materials. Colum is one of the founding members of the RMS Early Career Committee, and is eager to organise more networking events and workshops for early career members of the RMS.
Early Career Committee Deputy Chair
University College London
Yanping is the Manager of the Flow Cytometry Translational Technology Platform at UCL Cancer Institute. After receiving her DPhil degree from Oxford University, Yanping did her postdoc research at UCL focusing on the hematopoietic stem cells and leukaemia. She enjoys helping users with training, experimental design and data analysis for flow cytometry in different disciplines. She is also keen about teaching and mentoring of younger scientists.
Dr Rebecca Thompson
Electron Microscopy Early Career and infocus Editorial Board Representative
University of Leeds
Rebecca Thompson is Facility Manager and senior cryo-electron microscopy (EM) support scientist at the Astbury Biostructure Laboratory, University of Leeds. Her research interests include imaging a broad range of biological specimens, from whole cells to macromolecular complexes, to high resolution using cryo-EM, and integrating data from EM with other microscopy techniques.
Dr Rebecca Saleeb
Light Microscopy Early Career Representative
Queen Mary University of London
Rebecca completed an interdisciplinary PhD at Heriot-Watt University in early 2017, employing commercial and developmental FLIM-FRET technology and super-resolution techniques to understand late-stage autophagy. Her focussed interest in imaging technology and method development has since led her into light microscopy facility management, initially managing the Edinburgh Super-Resolution Imaging Consortium and later moving to Lisbon’s Champalimaud Centre for the Unknown to specialise in imaging for neuroscience, in particular lightsheet microscopy. She now manages the Advanced Bio-imaging Facility within Queen Mary’s William Harvey Research Institute in London, which specialises in live sample imaging.
Dr Wing Chung Tsoi
Wing Chung Tsoi is a Lecturer at the College of Engineering at Swansea University. He obtained both his BSc in Physics (2002) and PhD in Physics (liquid crystal solar cells, 2007) at The University of Hull. He then carried out postdoctoral research at The University of Sheffield, Imperial College, and National Physical Laboratory on organic photovoltaic cells. In 2014, he started his independent research career as a senior research officer at Swansea University. In 2019, he become a lecturer there. His research mainly focuses on solution-process photovoltaic cells, including organic and perovskite solar cells. He also has expertise on advanced multiple mapping techniques (Raman, PL, photocurrent, electroluminescence) and functional atomic force microscopy. He is also a committee member of the Institute of Physics Wales, and a Fellow of the Royal Microscopical Society.
Dr Stefania Marcotti
King's College London
Stefania Marcotti is a postdoc in the Cellular Biophysics section at the Randall Centre for Cell and Molecular Biophysics at KCL. After a BSc and an MSc in biomechanical engineering under the guidance of Prof. Alberto Redaelli at Politecnico di Milano, she obtained a PhD at the University of Sheffield focused on the mechanical characterisation of bone cells with atomic force microscopy and finite element modelling. Thanks to the possibility of combining both experimental and computational approaches in all of her projects, she developed an interest in data and image quantitative analysis. In 2018 she joined Brian Stramer's group and her current research interest lie in developing and automating analysis pipelines for biological applications.
University of Southampton
Peter is a final year PhD student studying at the University of Southampton as part of the Molecular Biophotonics and Imaging group. His personal research interests are in designing and implementing label-free, super-resolution microscopy techniques for disease characterisation. He has a keen interest in science outreach and engagement, having designed and run activities at multiple events. As a member of the RMS EC committee, he particularly wants to facilitate early career researcher (ECR) engagement in public outreach and help create events to develop ECRs.
Mr Liam Rooney
Life Sciences Section Early Career Representative
Liam is currently a Post-Doctoral Research Associate at Heriot-Watt University. After obtaining a BSc(Hons) in Cell and Molecular Biology, his research has focused on the spatiotemporal mechanisms and behaviours of bacteria. Liam completed an interdisciplinary PhD in 2020, where he worked with Gail McConnell and Paul Hoskisson at the University of Strathclyde. As part of his PhD Liam discovered three-dimensional motility behaviours exhibited by the predatory bacterium, Myxococcus xanthus, using a novel multi-wavelength interference method; additionally, he identified a system of previously unobserved functionalised channels in large E. coli communities using the Mesolens, which were used for nutrient acquisition and dissemination in dense microbial aggregates; and he also developed and characterised a 3D transparent soil system for bacterial culture which was compatible with optical microscopy. At Heriot-Watt, Liam is currently investigating the mechanisms of the bacterial Type VI Secretion System in interkingdom interactions using super-resolution and single molecule localisation microscopy. Liam is the early career representative on the RMS Life Sciences Section committee, and also sits on the RMS Early Career Section committee.
Dr Minkyung Kang
AFM & SPM Section Early Career Representative
Dr Minkyung Kang is a Leverhulme early career research fellow in Department of Chemistry at the University of Warwick. She received BSc and MSc in Chemistry at Ewha Womans University (South Korea) and completed her PhD in Warwick Electrochemistry and Interfaces Group at the University of Warwick in 2017. She built strong background in electrochemistry and developed her expertise in state-of-the-art instrumentation and novel experimental approaches for scanning electrochemical probe microscopy (SEPM) at Warwick. On her current projects, she has a special interest in SEPM applications for fundamental studies of the (nano)interfaces involved in electrocatalysis.
Ms Nyree Manoukian
Engineering and Physical Sciences Early Career Representative
University of Oxford
Nyree Manoukian studied archaeology for her undergraduate degree at University of Toronto, and subsequently moved to the UK for her MSc degree in technology and analysis of archaeological materials. She is currently a PhD student at the University of Oxford in archaeological science. Her research interests include the analysis of ceramics using scanning electron microscopy and polarised light microscopy, in order to reverse-engineer the production and use of such materials in the past. Her fieldwork activities focus on the Caucasus region. Research areas include raw materials acquisition, manufacturing techniques, firing regimen, and the use/function of archaeological pottery. Nyree is the EPS Early Career Representative and is keen on organising archaeological science workshops, which integrate various scientific fields explored within RMS.
Dr Irene Del Molino Del Barrio
Early Career Representative
University College London & King's College London
Irene currently works between UCL and KCL as part of the Cancer ImmunoTherapy Accelerator (CITA) award with Prof. Adrian Hayday, and formerly Dr. Susanne Heck and William Day. Her current role in the consortium is designing flow cytometry immunophenotyping panels to analyse PBMCs of cancer patients and standardise this process to allow for computational analysis across different sites. Previously she worked at the University of Oxford as a postdoctoral researcher where she focused on the identification and validation of novel targets and molecules for the treatment of Friedreich's Ataxia. She is particularly interested in educating and promoting flow cytometry to new users
National Physical Laboratory
Dr Heba Sailem
University of Oxford
Dr Heba Sailem is a Sir Henry Wellcome Research Fellow at the Department of Engineering and Big Data Institute, University of Oxford and Junior Research Fellow at Corpus Christi College. Before that, she did her PhD at the Institute of Cancer Research in London where she discovered new links between cell shape and breast cancer progression. Her work is focused on developing intelligent systems for extracting knowledge from large-scale microscopy data using Machine Learning, Bioinformatics, and Systems Biology. She devised PhenoPlot, one of the first tools that are specifically designed for visualising phenotypic data. This method facilitates the interpretation of high dimensional data by generating pictorial representations of cells based on hundreds to thousands of measurements.