The Centre is currently advertising the following positions:
The Centre is currently advertising the following positions:
CRUK/EPSRC PhD Studentship in Network Cancer Medicine
EPSRC Centre for Mathematics of Precision Healthcare Joint PhD studentships
The EPSRC Centre for Mathematics of Precision Healthcare was set up at the end of 2016 and acts as an interface between mathematicians and computational data scientists with clinicians, basic medical scientists and healthcare economists in order to develop novel mathematical techniques to answer key questions in data-rich aspects of healthcare.
A huge amount of detailed healthcare data is becoming available as part of the trend towards data analytics and increasingly personalised patient care, from imaging and ‘omics characterization of disease, to social and economic aspects of public health. to the use of machine learning techniques for patient trajectories or for the analysis of free text in health records. There is huge potential in using this trove of information to help decision making in medicine and healthcare, both at the individual and population levels.
The EPSRC CMPH has a number of PhD studentships available starting in October 2018, where the successful candidates will join a centre of leading PhD students, postdocs and academics across departments at Imperial to develop the mathematical and algorithmic foundations around Machine learning, Data Science, Inference and Optimization, Network Science, and Artificial Intelligence in healthcare and medicine to help unlock this information.
You should have an excellent academic record and passion for applied mathematics and modern computational and statistical methods.
We seek students that are open-minded, creative and willing to explore new ideas as part of a multidisciplinary team but at the same time committed to developing methods that are generic and transferable. The candidate should have excellent mathematical and computational skills, as well as outstanding presentation skills for various audiences. It is expected that candidates hold (or be near completion of) a top undergraduate degree in mathematics, physics, computer science, engineering, or equivalent quantitative backgrounds. The PhD positions will be based in the Department of Mathematics but will be highly collaborative.
Below we summarise three PhD projects that are currently available but the Centre is expected to appoint/host several additional PhD students in the broad areas described above. The positions only cover UK/EU fees.
Applications should include a CV and names of two referees.
EPSRC Centre of Precision Healthcare joint with Cancer Research UK PhD Studentship in Network Cancer Medicine
Title: "Tracking the metabolic footprints of cancer using network analysis"
We have an exciting opportunity for a student who wishes to work at the interface of cancer biology, network theory and data science. The project is part of a thriving collaboration between the Biomathematics Group (D Oyarzún, M Barahona) and the Cancer Metabolism & Systems Toxicology Group (H Keun) at Imperial College London. The student will be based at EPSRC Centre for Mathematics of Precision Healthcare in South Kensington, at the heart of London's cultural and scientific quarter.
Description - Abnormal metabolism is a hallmark of cancer cells. Yet the complex connectivity of metabolic networks makes it difficult to establish how misregulation of specific pathways translates into malignant phenotypes. In this project we will study metabolism of tumour cells with a mix of network theory and high-dimensional data analysis. We will build graph models from genome-scale metabolic reconstructions and interrogate them with the various tools from network science, such as centrality analyses, graph embeddings and community detection.
The goal is to capture systemic changes in metabolic network for various environmental conditions and genetic alterations, so as to find new drug targets and biomarkers for tumour malignancy. Models will be refined with available omics datasets, together with cutting-edge metabolomics/fluxomics data from the Keun lab at the Department of Surgery & Cancer. We will test the novel therapeutic interventions with various interference experiments (siRNA, shRNA/CRISPR, small molecule inhibitors) in specific tumour cell models.
This is a well funded 4-year position for UK or EU nationals, co-funded by the Imperial College Cancer Research UK Centre and the EPSRC Centre for Mathematics of Precision Healthcare. The student will benefit from the thriving environment of the CMPH composed of mathematicians, clinicians and public health specialists working on data-based solutions for healthcare. This will also afford the student close contact with end users and industrial partners developing personalised cancer diagnostics and therapeutics. Experience with cancer biology and/or flux balance analysis would be advantageous.
EPSRC Centre of Precision Healthcare joint with Institute of Global Health Innovation PhD studentship
This PhD project is a collaboration between CMPH and the Institute of Global Health Innovation (IGHI). IGHI provides an extensive platform for collaborations with healthcare institutions, practitioners and medics within Imperial, the NHS and international partners. The Institute covers a broad spectrum of areas from organizational aspects of healthcare provision (patient safety, patient flows in hospitals, patient-sharing networks, socio-economic aspects of health provision, social media in healthcare) to areas of the adoption of innovation in healthcare to decision-making in public health and healthcare provision.
This project will focus on developing mathematical and computational frameworks for patient safety, patient flows, innovation adoption, social media and decision-making, utilizing big data in healthcare. The techniques are diverse but will likely include graphs, stochastic processes, machine learning, inference and optimization.
This project will be funded for 3.5 years and is open to UK/ EU nationals.
EPSRC Centre of Precision Healthcare joint with Medical Research Council Doctoral Training Council PhD Studentship
This is an open-ended project to be developed in collaboration with the MRC DTP (Medical Research Council Doctoral Training Partnership). The project will focus on mathematical and computational techniques in the general areas of medical research from modelling to data integration, imaging, modelling of infectious disease, early and enhanced discovery in disease, patient stratification, social aspects of disease, or personalisation of therapy.
The student will be based in the Department of Mathematics and the EPSRC CMPH but will also be integral part of the MRC DTP cohort, thus allowing for the integration with a multidisciplinary group of students.
This project will be funded for 3.5 years and is open to UK/EU nationals that fulfill the UK residency requirement (3 years in the UK).
The Centre for Health Economics & Policy Innovation (CHEPI) at Imperial College Business School has received funding from the European Commission for a Horizon 2020 project aiming to address the burden of childhood obesity in European countries. The project, Science & Technology in childhood Obesity Policy (STOP), involves 31 research, advocacy and governmental organisations from 16 countries, with Imperial College London as coordinating partner.
STOP will focus on expanding and consolidating the multi-disciplinary evidence base upon which effective and sustainable policies can be built to prevent and manage childhood obesity. It aims at creating conditions to translate evidence into policy and impact. The project will identify the critical stages of childhood development that can be efficiently and effectively targeted by interventions. In STOP we will develop mathematical and computational tools to incorporate different modelling assumptions into data-rich decision-making. The use and integration of different sources of data, the development of modelling and inference techniques, and the use of high-dimensional, dynamical data in conjunction with network-based techniques will be brought to bear in this important area.
Please contact Chloe Stockford with any informal enquiries.