Teaching Experience - Monika Grothe's CERN Homepage - Cern
Teaching Experience - Monika Grothe's CERN Homepage - Cern
Teaching Experience - Monika Grothe's CERN Homepage - Cern
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<strong>Monika</strong> Grothe, <strong>Teaching</strong> statement, July 2012 1<br />
EXPERIENCE WITH LECTURING<br />
<strong>Teaching</strong> <strong>Experience</strong> of <strong>Monika</strong> Grothe<br />
Winter semester 2011/12 Vita-Salute San Raffaele University, Milano, international Medical<br />
Doctor program: Taught the course (60 h) “Introduction to physics for medical students”<br />
Spring semester 2011 Vita-Salute San Raffaele University, Milano, international Medical<br />
Doctor program: Taught one third (20 h) of the course “Introduction to physics for medical<br />
students”<br />
My professorship in Torino came with the obligation to teach a course with a subject defined in<br />
my contract. It was my responsibility to define the course program.<br />
1st quarter 2007 Univ. of Torino, graduate school: Course (30 h) on “CP violation and<br />
mixing” for PhD students<br />
1st quarter 2006 Univ. of Torino, graduate school: Course (30 h) on “CP violation and<br />
mixing” for PhD students<br />
1st quarter 2005 Univ. of Torino, graduate school: Course (30 h) on “CP violation and<br />
mixing” for PhD students<br />
EXPERIENCE WITH STUDENT SUPERVISION<br />
I have actively sought out opportunities to mentor students. My professional position does not<br />
allow me to be named formally advisor to a graduate student. However, I have co-supervised<br />
several PhD students, typically during their stay at <strong>CERN</strong>.<br />
The results obtained under my guidance have gained their authors recognition by being included<br />
in collaboration publications and by awarding them presentations at international conferences<br />
and workshops.<br />
Ian Ross, University of Wisconsin, advisor W.Smith<br />
I supervise Ian’s work on the emulation program of the calorimeter trigger algorithms<br />
proposed for the CMS SLHC luminosity upgrades. Furthermore, I supervise Ian’s work<br />
on data-driven electron efficiency corrections which are instrumental for the Z and W plus<br />
jets cross section analyses. The electron efficiency corrections were used in the preliminary<br />
CMS Z and W plus jets cross section result presented at the Moriond 2011 conference.<br />
Kira Grogg, University of Wisconsin, advisor W.Smith<br />
I supervise Kira’s work on W plus jet production which is her thesis subject. Her unfolding<br />
work was crucial for the preliminary CMS Z and W plus jets cross section results presented<br />
at the Moriond 2011 conference. Her full W plus jets cross section measurement will<br />
provide an important cross check for the CMS paper currently under preparation. She<br />
presented her work in several posters at international conferences and will present her<br />
work on behalf of CMS at the meeting of the Division of Particle and Fields of APS in<br />
summer 2011. Kira is graduating in summer 2011.<br />
Christos Lazaridis, University of Wiconsin, advisor W.Smith<br />
I supervise Christos’ work on Z plus jet production which is his thesis subject. Furthermore,<br />
I worked with Christos on the trigger correction factors to the first CMS inclusive<br />
W and Z cross section measurement that was presented at the ICHEP 2010 conference.<br />
Christos presented his work in several posters at international conferences. Christos is<br />
graduating in summer 2011.
2 <strong>Monika</strong> Grothe, <strong>Teaching</strong> statement, July 2012<br />
Jessica Leonard, University of Wisconsin, advisor W.Smith<br />
I worked with Jessica on setting up a suite of data quality monitoring plots for electroweak<br />
analyses in the electron channels which have since been used routinely in the CMS DQM<br />
framework. Jessica presented her work on behalf of CMS at an international conference.<br />
Jessica is graduating in summer 2011.<br />
<strong>CERN</strong> summer students Can You (U Hong-Kong) and Lemuel Pelagio (U of the Philippines),<br />
<strong>CERN</strong> supervisor A. de Roeck<br />
In summer 2010, I supervised their SLHC trigger efficiency studies.<br />
Sheila Silva do Amaral, PhD student, University of Rio de Janeiro, advisor A.Santoro<br />
I was Sheila’s official advisor at <strong>CERN</strong> during her 1-year stay there from April 2009 to<br />
March 2010. Sheila worked on the CMS CASTOR calorimeter and on the study of dijet<br />
events separated by a large rapidity gap. Her work on forward-going jets was made public<br />
in a CMS Detector Performance Note.<br />
Dilson de Jesus Damiao, PhD student, University of Rio de Janeiro, advisor A.Santoro<br />
I was Dilson’s official advisor at <strong>CERN</strong> during his stays there, first in summer of 2006<br />
in the framework of the HELEN exchange program with Latin America, and then again<br />
between November 2007 and April 2009. Dilson worked on measuring the fraction of<br />
single-diffractively produced B mesons at LHC and on the CMS CASTOR calorimeter<br />
(prototype beam tests & installation in CMS). He gave a report on his CASTOR related<br />
work at the Spring Meeting of the German Physical Society 2008.<br />
Xavier Rouby and Severine Ovyn, PhD students, Université Catholique de Louvain, Belgium,<br />
advisors K. Piotrzkowski and V. Lemaitre<br />
I worked with Xavier and Severine on defining the forward physics triggers for the first-year<br />
trigger menus of CMS. They documented the results in an internal CMS Analysis Note<br />
and presented reports at the Spring Meeting of the German Physical Society in 2008. They<br />
also participated in the study on exclusive dilepton and Upsilon photoproduction, since<br />
made public by CMS. Both Xavier and Severine presented the forward physics program of<br />
CMS at international conferences. Xavier graduated in September 2008. I was an external<br />
member of his PhD evaluation committee at the University of Louvain.<br />
Richard Croft, PhD student, University of Bristol, advisor D.Newbold<br />
I worked with Richard on defining a dedicated forward detectors trigger stream in CMS<br />
during his yearlong stay at <strong>CERN</strong> in 2004/2005. Our results form a central part of his<br />
PhD thesis (“Emulation of the GCT Jet Processing Chain and Diffractive Trigger Studies<br />
for the CMS Experiment”) which he has finished since. Our results have been published<br />
in the trigger chapter of the CMS Physics Technical Design Report Volume 2 and in the<br />
CMS/TOTEM diffractive and forward physics report. He presented his studies on behalf<br />
of CMS and FP420 at an international conference.<br />
Antonio Vilela Pereira, Master’s student, University of Rio de Janeiro, advisor A.Santoro<br />
I acted as Antonio advisor during his stay at <strong>CERN</strong> in summer 2006 in the framework of<br />
the HELEN program. The results of his work on diffractive top production are included<br />
in the CMS/TOTEM diffractive and forward physics report. They form also an essential<br />
part of his Master’s thesis.<br />
Fredrik Oljemark, Master’s student, University of Helsinki, advisor K. Österberg<br />
Fredrik wrote his thesis (“First level triggering of diffractively produced low-mass Higgs at<br />
the Large Hardon Collider”) on the calibration of Level-1 trigger jets and on a Level-1 muon<br />
trigger for central exclusive Higgs production. His calibration results are documented in a<br />
CMS Internal Note, have been included in the standard CMS trigger simulation software
<strong>Monika</strong> Grothe, <strong>Teaching</strong> statement, July 2012 3<br />
and were used, as indispensable tool, for all Level-1 trigger studies in the CMS Physics<br />
Technical Design Report Volume 2.