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Research Associate in Airborne Infection Modelling and Measurement - Full Term and Fixed for 12 Months REQ210457

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Research Associate in Airborne Infection Modelling and Measurement - Full Term and Fixed for 12 Months REQ210457 School of Architecture, Building and Civil Engineering Research Associate in Airborne Infection Modelling and Measurement - Full Term and Fixed for 12 months REQ210457 As part of the University’s ongoing commitment to redeployment, please note that this vacancy may be withdrawn at any stage of the recruitment process if a suitable redeployee is identified. About the School of Architecture Building and Civil Engineering Research and teaching in the School of Architecture Building and Civil Engineering is driven by 80 academic staff, 34 technical and clerical support staff, 40 contract researchers and over 120 doctoral students. The School benefits by having academic staff from a wide variety of backgrounds, with a resulting rich diversity of perspectives. The undergraduate programmes include Architecture, Civil Engineering, Construction Engineering Management, Commercial Management and Quantity Surveying, Architectural Engineering and Design Management, Air Transport Management, and Transport and Business Management. In all courses, the academic content is directly aligned to the needs of the industry and there is a high level of sponsorship in our portfolio of programmes. Our record of graduate employment is second to none and we have been ranked 1st or 2nd in the National Student Survey for the last 6 years. Further information is available at: http://www.lboro.ac.uk/departments/abce/ In the 2014 Research Excellence Framework, the School was ranked fifth in the Architecture and Built Environment Unit of Assessment with 87% of the work judged as either “world leading” or “internationally excellent”. Importantly, this was achieved whilst still returning 100% of staff; world class research pervades the School. The research environment was ranked first overall; Loughborough is the best place in which to build a career in energy research. The School of Architecture, Building and Civil Engineering has participated in 27 European projects in several areas including Environment, ICT, Security, Capacities, and NMP. The international standing of our research is exemplified by our growing portfolio of collaborations with other leading universities and research institutes worldwide. These include: the UNSW Sydney, University of California at Berkeley, MIT, Chongqing, Hong Kong, Iowa State, Oklahoma State, RMIT, Georgia State and Penn State. We are equally proud of our collaborations with industry where we count organisations such as Willmott Dixon, Electricite de France, The BRE, Honeywell, Anglia Water and Biffa. Built Environment research is increasingly informing government policy through, for example, the Department for Business, Energy and Industrial Strategy and The Committee on Climate Change. For more on our research go to: http://www.lboro.ac.uk/departments/abce/research/ Project Description AIRBODS is a joint research programme between Loughborough University, University College London, the University of Cambridge, the University of Nottingham, the University of Sheffield and London South Bank University. AIRBODS (Airborne Infection Reduction through Building Operation and Design for SARS-CoV-2) is a UKRI-funded project which aims to quantify the risk of transmission of SARS-CoV-2 in buildings, and thereby offer guidance on the ventilation operation and future design of non-domestic buildings. The work brings together leading UK scientists and engineers to address the challenge of airborne SARS-CoV-2 using experimental methods, mathematical modelling and field work. By undertaking small-scale experiments and field tests to investigate the transport of aerosols carrying virus particles under various scenarios, the team will develop guidance on how to design and operate buildings to minimise the risk of airborne transmission and develop a range of modelling techniques and simulation tools for others to use to enable immediate deployment of knowledge. Copyright © Loughborough University. All rights reserved. 1 Job Description Job Grade: Specialist and Supporting Academic Grade 6 Job Purpose To use Computational Fluid Dynamics (CFD) modelling to predict the indoor air quality of a wide range of ventilation scenarios and to undertake field work to collect data for use in validation. Job Duties • To work with team members to develop bespoke mathematical models for CFD simulations. • To source and process geometrical and operational data for CFD models. • To undertake CFD simulations to predict thermal comfort and indoor air quality and use this to provide insight into ventilation performance and design with a particular insight into ventilation for reducing risk of Covid transmission. • To plan and undertake field testing to evaluate ventilation performance and indoor air quality in a range of space types. • To post-process data from field studies and chamber experiments and present in a manner suitable for publication and communication to stakeholders. • To contribute to regular meetings of the AIRBODS team in the areas of ventilation performance, CFD modelling and field study data collection. • To assist with web page development and preparation of graphics for presentations and publications. • To formulate detailed plans for the project based on broad guidance from the project team. • To feed back to the project team on progress, to make recommendations for next steps. • Write up regular progress reports and present outcomes to all Investigators and Collaborators. • To support the project team by enhancing relationships with existing collaborators and by assisting the establishment of relationships with new collaborators. • To write research papers suitable for publication in high quality academic journals. • To contribute to project promotion and public engagement events. • Contribute ideas for new research and enterprise directions. • Maintain confidentiality at all times and ensure that intellectual property (IPR) agreements are not violated. • To assist the academic staff in the project team with the supervision of undergraduate MSc and PhD project work and day-today supervision and support of other researchers. • Where appropriate, to deliver teaching, tutorial and laboratory sessions to students. • Engage in training programmes in the University (or elsewhere) that are consistent with the needs and aspirations of the project and those of the Department. • Undertake other duties as may be reasonably requested and that are commensurate with the nature and grade of the post. Points To Note The purpose of this job description is to indicate the general level of duties and responsibility of the post. The detailed duties may vary from time to time without changing the general character or level of responsibility entailed. Special Conditions All staff have a statutory responsibility to take reasonable care of themselves, others and the environment and to prevent harm by their acts or omissions. All staff are therefore required to adhere to the University’s Health, Safety and Environmental Policy & Procedures. Copyright © Loughborough University. All rights reserved. 2 All staff should hold a duty and commitment to observing the University’s Equality & Diversity policy and procedures at all times. Duties must be carried out in accordance with relevant Equality & Diversity legislation and University policies/procedures. Successful completion of probation will be dependent on attendance at the University’s mandatory courses which include Respecting Diversity and, where appropriate, Recruitment and Selection. Organisational Responsibility Reports to Professor Malcolm Cook Person Specification Your application will be reviewed with respect to meeting the essential and desirable criteria listed below. Your application will be reviewed against the essential and desirable criteria listed below. Applicants are strongly advised to explicitly state and evidence how they meet each of the essential (and desirable) criteria in their application. Stages of assessment are as follows: 1 – Application 2 – Test/Assessment Centre/Presentation 3 – Interview Essential Criteria Area Criteria Stage Experience Established background in computational fluid dynamics and building 1 physics Experience in ventilation design and modelling 1,3 Experience of predicting thermal comfort and indoor air quality 1,3 Authoring original work for academic journal papers, conference 1,3 papers or technical reports Skills and abilities RANS and URANS computational fluid dynamics modelling of natural 3 and mechanical ventilation Excellent written and oral communication skills 3 Self-motivated with ability to meet deadlines 3 Excellent interpersonal, and organisational skills 1,3 Working knowledge of Ansys CFX 3 Ability to write project reports and make technical presentations to 1,3 industrial and academic research groups Knowledge of methods for undertaking field studies to determine 1,3 ventilation performance Analysis of data from computer simulation and field studies 3 Knowledge of relevant Health & Safety issues 3 Training Demonstrate evidence of having undertaken further training 1 Qualifications PhD (or close to completion) and/or postgraduate research 1,3 experience in a relevant field or equivalent industry experience Other Commitment to observing the University’s Equal Opportunities policy 3 at all times. Copyright © Loughborough University. All rights reserved. 3 Desirable Criteria Area Criteria Stage Experience Modelling of virus transmission 1,3 Field work using CO2 and temperature sensors 1,3 Developing proposals for funding from external agencies 3 Working
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