
<p>Inna Polichtchouk - Curriculum Vitae </p><p>Department of Meteorology <br>University of Reading Reading, RG6 6BX </p><p>(+44) 7722 150588 <br><a href="mailto:[email protected]" target="_blank">[email protected] </a><a href="/goto?url=http://www.met.reading.ac.uk/" target="_blank">http://www.met.reading.ac.uk/</a>∼sn907943/home/inna.php </p><p>EMPLOYMENT </p><p>European Centre for Medium-Range Weather Forecasts, UK </p><p>Nov 2016 – Present Aug 2014 – Present </p><p>Visiting Scientist, Earth System Modelling Section </p><p>Department of Meteorology, University of Reading, UK </p><p>Post Doctoral Research Associate Principal Investigator: Ted Shepherd </p><p>EDUCATION </p><p>Queen Mary, University of London, UK </p><p>Oct 2010 – Dec 2014 Sep 2006 – Jun 2010 </p><p>PhD in Astrophysics, School of Physics and Astronomy. </p><p>Thesis: Baroclinic Jets on “Other” Jupiters and Earths </p><p>Advisor: James Y-K Cho </p><p>Queen Mary, University of London, UK </p><p>MSci in Mathematics with Statistics, School of Mathematical Sciences – 1<sup style="top: -0.3299em;">st </sup>class. </p><p>Thesis: Baroclinic Instability on Hot Extrasolar Giant Planets </p><p>Advisor: James Y-K Cho </p><p>PROFESSIONAL EXPERIENCE </p><p>Met Office, Exeter, UK </p><p>Jun 2009 – Aug 2009 </p><p>Internship in Data Assimilation Research Team. Role: Investigated generation of global background error covariance matrices via ensemble-driven methods for implementation in four dimensional variational data assimilation. </p><p>Met Office, Exeter, UK </p><p>Jun 2008 – Aug 2008 </p><p>Internship in Health Team. Role: Analyzed the impact of Finnish weather on chronic obstructive pulmonary disease patients using statistical methods. </p><p>1</p><p>TEACHING AND SUPERVISION </p><p>University of Reading, UK </p><p>Joint principal investigator of Dr Nick Byrne, who works on the stratosphere-troposphere coupling in the IFS. </p><p>Oct 2017–Jan 2018 Oct 2010–Jun 2014 </p><p>Queen Mary, University of London, UK </p><p>• Guest lecturer for the Extrasolar Planets and Astrophysical Disks module. • Teaching assistant for the following modules: Complex Variables, Calculus I & II, <br>Introduction to Mathematical Computing, Differential Equations, Our Universe and Mathematical Techniques III. </p><p>AWARDS AND GRANTS </p><p>1. Royal Astronomical Society Grant to attend wave-mean flow interaction programme at the <br>Kavli Institute for Theoretical Physics, Santa Barbara, USA, May, 2014. </p><p>2. UK Space Agency/STFC studentship to attend the European Planetary Science Congress, <br>London, UK, October, 2013. </p><p>3. CR Barber Trust Fund to attend AGU Chapman Conference, Annapolis, USA, June, 2013. 4. Royal Meteorological Society Legacies Fund to attend AGU Chapman Conference, Annapolis, <br>USA, June, 2013. </p><p>5. Queen Mary, University of London Postgraduate Research Fund bursary to attend Fluid <br>Dynamics of Sustainability and the Environment Summer School, Cambridge, UK, September, 2012. </p><p>6. University of Cambridge Department of Applied Mathematics and Theoretical Physics bursary to attend Fluid Dynamics of Sustainability and the Environment Summer School, Cambridge, UK, September, 2012. </p><p>7. Institute of Physics travel bursary to attend the European Planetary Science Congress, <br>Nantes, France, October, 2011. </p><p>8. The Emil Aaltonen Foundation Young Researcher Grant to fund PhD, awarded for 2010-2013 but declined to take up STFC funded PhD studentship. </p><p>9. Westfield Trust Prize for Outstanding Academic Achievement in Mathematics – awarded for three consecutive years, 2008, 2009 & 2010. </p><p>INVITED TALKS </p><p>DLR, Oberpfaffenhofen, Germany </p><p>Jan 2018 <br>Sensitivity of the Brewer-Dobson circulation and polar vortex variability to parametrized nonorographic gravity-wave drag in a high-resolution atmospheric model </p><p>Institute of Atmospheric Physics Seminar. <br>2<br>Finnish Meteorological Institute, Helsinki, Finland </p><p>Dec 2017 Jul 2017 <br>Sensitivity of the Brewer-Dobson circulation and polar vortex variability to parametrized nonorographic gravity-wave drag in a high-resolution atmospheric model </p><p>Climate Dynamics Seminar. MPI for Physics and Complex Systems, Dresden, Germany </p><p>Jets and their response to forcings in the hierarchy of global atmospheric models </p><p>Climate Fluctuations and Non-equilibrium Statistical Mechanics: An Interdisciplinary Dialogue. University of Reading, Reading, UK </p><p>Sensitivity of zonal-mean circulation to air-sea roughness </p><p>What a drag: the effect of surface processes on atmospheric circulation RMetS meeting. </p><p>Nov 2016 Sep 2016 Nov 2014 Mar 2014 Mar 2013 </p><p>ECMWF, Reading, UK </p><p>Sensitivity of zonal-mean circulation to air-sea roughness </p><p>Drag processes and their links to large-scale circulation. University of Oxford, Oxford, UK </p><p>Superrotation in Held & Suarez-like flows with weak surface temperature gradient </p><p>Geophysical and Nonlinear Fluid Dynamics seminar. University of Exeter, Exeter, UK </p><p>Simulations of Exoplanet Atmospheres </p><p>Astrophysics seminar. City University, London, UK </p><p>Intercomparison of General Circulation Models for Hot Extrasolar Planets </p><p>Mathematics seminar. </p><p>OTHER TALKS </p><p>ECMWF, Reading, UK </p><p>How good (or bad) is the circulation of the stratosphere and mesosphere in the IFS? </p><p>Informal Seminar. </p><p>Jan 2017 Jun 2016 </p><p>Helsinki, Finland </p><p>Can the Held-Suarez framework be used to understand the zonal mean atmospheric circulation response to external perturbations? </p><p>SPARC DynVar Workshop. Prague, the Czech Republic </p><p>Superrotation in Held & Suarez-like flows with weak surface temperature gradient </p><p>IUGG. </p><p>Jun 2015 Apr 2015 </p><p>Eynsham Hall, UK </p><p>Sensitivity of tropical and extratropical circulation to air-sea roughness in aquaplanet simulations </p><p>Momentum Budget and its Role in Weather and Climate Workshop. <br>3<br>Vienna, Austria </p><p>Superrotation in Held & Suarez-like flows with weak surface temperature gradient </p><p>European Geosciences Union General Assembly. </p><p>Apr 2015 Feb 2015 Jan 2015 Oct 2013 Jun 2013 Jan 2013 </p><p>University of Reading, Reading, UK </p><p>Challenges in Simulating Atmospheres of Other Jupiters and Earths </p><p>Department of Meteorology Lunchtime Seminar UCL, London, UK </p><p>Superrotation in Held & Suarez-like flows with weak surface temperature gradient </p><p>The Dynamics of Rotating Fluids Meeting. UCL, London, UK </p><p>Simulations of Extrasolar Planet Atmospheres under Large-Scale Forcing </p><p>European Planetary Science Congress. GFDL, Princeton, USA </p><p>Hot Jupiter and Terrestrial Atmospheric Jets </p><p>Atmospheric and Oceanic Dynamics seminar. Natural History Museum, London, UK </p><p>Intercomparison of General Circulation Models for Hot Extrasolar Planets </p><p>10th Early Career Planetary Scientists Meeting. UCL, London, UK </p><p>Intercomparison of General Circulation Models for Hot Extrasolar Planets </p><p>The Dynamics of Rotating Fluids Meeting (talk). </p><p>Jan 2013 Oct 2011 </p><p>Nantes, France </p><p>Baroclinic Instability on Hot Extrasolar Planets </p><p>European Planetary Science Congress/ Division for Planetary Sciences Meeting. </p><p>PUBLICATIONS </p><p>I. Polichtchouk, T. G. Shepherd, R. J. Hogan & P. Bechtold, 2018 Sensitivity of the </p><p>Brewer-Dobson circulation and polar vortex variability to parametrized nonorographic gravity-wave drag in a high-resolution atmospheric model, JAS, in press </p><p>I. Polichtchouk & T. G. Shepherd, 2016 Zonal-mean circulation response to reduced air-sea momentum roughness, QJRMS, 142, 2611–2622 </p><p>I. Polichtchouk & J. Y-K. Cho, 2016 Superrotation in Held & Suarez-like flows with weak surface temperature gradient, QJRMS, 142, 1528–1540 </p><p>J. Y-K. Cho & I. Polichtchouk, 2015, Sensitivity and Variability Redux in Hot-Jupiter Flow </p><p>Simulations, MNRAS, 454, 3423-3431 I. Polichtchouk, J. Y-K. Cho, C. Watkins, H. Th. Thrastarson, O. M. Umurhan & M. de la </p><p>Torre Juarez, 2014, Intercomparison of General Circulation Models for Hot Extrasolar Planets, </p><p>Icarus, 229, 355–377 </p><p>I. Polichtchouk & J. Y-K. Cho, 2012, Baroclinic Instability on Hot Extrasolar Planets, MNRAS, </p><p>424, 1307–1326 <br>4<br>J.-P. Beaulieu, G. Tinetti, D. M. Kipping, I. Ribas, R. J. Barber, J. Y-K. Cho, I. Polichtchouk, J. Tennyson, S. N. Yurchenko, C. A. Griffith, V. Batista, I. Waldman, S. Miller, S. Carey, O. </p><p>Mousis, S. J. Fossey & A. Aylward, 2011, Methane in the Atmosphere of the Transiting Hot Neptune GJ436b?, ApJ, 731, 16 </p><p>PROFESSIONAL ACTIVITIES AND MEMBERSHIPS </p><p>Reviewer for Quarterly Journal of the Royal Meteorological Society, Climate Dynamics, Journal of Atmospheric Sciences, Atmospheric Chemistry and Physics, Astrophysical Journal, and Planetary and Space Science </p><p>Organizer of the Momentum Budget and its Role in Weather </p><p>and Climate Workshop, Eynsham Hall and the University of Reading, UK </p><p>Apr 2015 </p><p>Affiliate member at the Kavli Institute for Theoretical Physics </p><p>programme Wave-Flow Interaction in Geophysics, Climate, Astrophysics, and Plasmas, Santa Barbara, USA <br>May 2014 </p><p>Fellow of the Royal Meteorological Society Fellow of the Royal Astronomical Society Member of the Institute of Physics </p><p>2012 – Present <br>2011 – 2015 2011 – 2014 2010 – 2013 </p><p>Leader and organizer of Planetary Atmospheres and Dynamics weekly discussion group, University of London </p><p>Representative of Project JUNO (the Institute of Physics scheme aimed at increasing participation of women in physics) </p><p>2011 – 2014 </p><p>Organizer and student mentor for Peer Assisted Study Support for School of Mathematical Sciences </p><p>2007 – 2010 </p><p>COMPUTER SKILLS </p><p>• Programming languages and software: Fortran, CDO, NCAR Command Language, IDL, </p><p>A</p><p>MATLAB, Mathematica, Maple, shell scripting, LT X, openMPI and MPI. <br>E</p><p>• Operating systems: Linux/Unix, Macintosh, Windows. </p><p>LANGUAGE SKILLS </p><p>Finnish (native speaker), Russian (native speaker), fluent English, basic Swedish. <br>5</p>
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