Evelina and spell-checker

18 files changed, 204 insertions, 99 deletions

diff --git a/.gitmodules b/.gitmodules
index add994e..7ffa58e 100644
--- a/.gitmodules
+++ b/.gitmodules
@@ -1,3 +1,3 @@
 [submodule "bib"]
 	path = bib
-	url = ssh://darksoft.org/repo/git/csa/papers/bib.git
+	url = ssh://darksoft.org/repo/git/csa/latex/bib.git
diff --git a/bib b/bib
-Subproject a819050e30bb6906858165796655c0c726843a3
+Subproject 9615633705acde07d895b85a566c74adf1fb592
diff --git a/cv.tex b/cv.tex
index 87ee4ab..06d8230 100644
--- a/cv.tex
+++ b/cv.tex
@@ -1,11 +1,13 @@
-%\documentclass[localFont,alternative,10pt,compact,monochrome]{yaac-another-awesome-cv}
 %\documentclass[dsvariant,alternative,12pt,compact,monochrome]{yaac-another-awesome-cv}
-\documentclass[dsvariant,alternative,12pt,compact]{yaac-another-awesome-cv}
+\documentclass[dsvariant,scivariant,alternative,12pt,compact]{yaac-another-awesome-cv}
 \name{Dr. Suren A. Chilingaryan}{}
 \tagline{Data Processing and Performance Expert | Lead of Cloud Computing }
 \addbibresource{bib/csa.bib}
 \addbibresource{bib/csaproc.bib}
 
+%\settopleftcolumnlength{3.0cm}
+
+%\photo{2.5cm}{darwiin.png}
 \socialinfo{
     \email{csa@suren.me}
 %    \smartphone{+49 (176) 438-53094}
@@ -17,31 +19,19 @@
 %    \orcid{0000-0002-2909-6363}{OrcID}
     \linkedin{suren-chilingaryan-5501636}
 %    \rg{Suren-Chilingaryan-2}{ResearchGate}
+
+%    \address{17 Rue de Bretagne, 98835 Dumbéa, Nouvelle-Calédonie}\\
+%    \infos{Né le 23 septembre 1982 (35 ans) à Nouméa, Nouvelle-Calédonie}
 }
 
 \headermsg{
-    I do research in high-performance and heterogeneous computing and I apply it to architect online systems for scientific instrumentation.
-    With improvements in detector technology, I believe the new approaches are required to keep the pace with increasing data rates.
-    Codesign of detector, software, and analysis algorithms is often a key for successful projects.
-    %With deep knowledge across computer science and IT technology, I can grasp complex systems as a whole and pay attention to the performance of critical components. 
+    I research high-performance and heterogeneous computing and apply my research to architect online systems for scientific instrumentation.
+    With improvements in detector technology, I believe new approaches are required to keep pace with the increasing data rates.
+    Codesign of hardware, software, and analysis algorithms is often a key for successful projects.
+    %With deep knowledge across computer science and IT technology, I can grasp complex systems as a whole and pay attention to the performance of critical components.
     Currently, I lead an effort to adopt cloud technologies for data acquisition and control systems.
 }
 
-
-%\photo{2.5cm}{darwiin.png}
-%\socialinfo{
-%	\linkedin{christopheroger}
-%	\github{darwiin}\\
-%	\smartphone{+687 831 831}
-%	\email{christophe.roger@mail.com}\\
-%	\address{17 Rue de Bretagne, 98835 Dumbéa, Nouvelle-Calédonie}\\
-%	\infos{Né le 23 septembre 1982 (35 ans) à Nouméa, Nouvelle-Calédonie}
-%}
-
-% Uncomment the following line and use a value from 1.5cm to 2.5cm
-%\setleftcolumnlength{2.5cm}
-
-
 \begin{document}
 
 	\makecvheader
@@ -51,7 +41,6 @@
 %		{\textsc{Suren A. Chilingaryan - CV}}
 %		{\thepage}
 
-
 	\input{section_competences}
 	\input{section_employment}
 	\input{section_education}
diff --git a/section_academic.tex b/section_academic.tex
index 88eea14..239e7b6 100644
--- a/section_academic.tex
+++ b/section_academic.tex
@@ -1,12 +1,12 @@
-\subtitle{Academic achievments}{\faTasks}
+\subtitle{Academic track record}{\faTasks}
 
 \begin{categories}
-	\category{Experiments}		{\makecell{Member of \refexp{KATRIN}, \refexp{PANDAS}, \refexp{SEVAN} collaborations,\\ contributed to \refexp{CMS}, Edelweiss, \refexp{KIT Cube}}}
+	\category{Experiments}		{\makecell{Member of \refexp{KATRIN}, \refexp{PANDAS}, \refexp{ASEC}/\refexp{SEVAN} collaborations,\\ contributed to \refexp{CMS}, \refexp{Edelweiss}, \refexp{KIT Cube}}}
 	\category{Collaborations}	{\refexp{ASEC}, \reffac{ESRF}, \refuni{Desy}, \refcol{TPU}, \refcol{SCI}, \refcol{CCPi Network}}		%\refuni{University of Manchester}}
-	\category{Funding}		{\makecell{Contributing author to BMBF grants \hyperlink{proj:ADEI}{01DK13019} (15 k€),\\ \hyperlink{proj:UFO}{05K10CKB} and \hyperlink{proj:UFO}{05K10VKE} (2.5 m€ total)}}
-	\category{Projects}		{Maintain 5 software frameworks, coordinated and developed - 12}
+	\category{Funding}		{\makecell{Contributing author to BMBF grants \hyperlink{proj:ADEI}{01DK13019} (15~k€), \hyperlink{proj:UFO}{05K10CKB} and\\ \hyperlink{proj:UFO}{05K10VKE} (2.5~m€ total), 200~k€ in further infrastructure funding}}
+	\category{Projects}		{\makecell{Maintain 5 software frameworks, coordinated and developed - 12;\\7 are in active use on major facilities}}
 	\category{Supervision}		{\makecell{Supervise 2 PhD students, co-supervised 4 PhD students (2 graduated),\\ 10 Master students and 20 internships}}
-	\category{Tutoring}		{\makecell{GPU programming tutorials at summer schools,\\ seminar on advanced topics in parallel programming}}
+	\category{Tutoring}		{GPU programming tutorials, seminar on parallel programming}
 	\category{Publications}		{\orcidlink{0000-0002-2909-6363}{59 peer-reviewed publications}, \scholarlink{0Qa5rG8AAAAJ}{h-rank: 18}}
 	\category{Presentations}	{7 invited talks, 10 conference talks, 15 seminars}
 \end{categories}
diff --git a/section_education.tex b/section_education.tex
index 3cc37fc..a819515 100644
--- a/section_education.tex
+++ b/section_education.tex
@@ -1,6 +1,6 @@
 \subtitle{Education}{\faSuitcase}
 
 \begin{jobs}
-  \titledevent{July 2006}		{PhD}{degree in Computer Engineering “Data Exchange Solution for Distributed Data Acquisition Systems and its application for Cosmic Ray Monitor Networks” at National Academy of Science, Armenia}
-  \titledevent{\ivl{1996}{2001}}	{MSc}{in Mathematics “Data Processing using Neural Networks” at  Moscow State University}
+  \degree{July 2006}		{}		{PhD}{in Computer Engineering “Data Exchange Solution for Distributed Data Acquisition Systems and its application for Cosmic Ray Monitor Networks”, National Academy of Science, Armenia}
+  \degree{\ivl{1996}{2001}}	{MSU}		{MSc}{in Mathematics “Data Processing using Neural Networks”, Moscow State University, Russia}
 \end{jobs}
diff --git a/section_employment.tex b/section_employment.tex
index 8001fc3..eacf258 100644
--- a/section_employment.tex
+++ b/section_employment.tex
@@ -1,11 +1,18 @@
-\subtitle{Employment history}{\faSuitcase}
+\subtitle{Employment}{\faSuitcase}
 %\renewcommand{\labelitemi}{$\bullet$}
 
 \begin{jobs}
-  \jobevent {\since{2020}}	{Leader of CloudDAQ Project}{Karlsruhe Institute of Technology}{Research on cloud technologies for control and data acquisition applications}
-  \jobevent {\ivl{2013}{2020}}	{Data Processing and Performance Expert}{Karlsruhe Institute of Technology}{High-performance instrumentation for large-scale scientific experiments}
-  \jobevent {\ivl{2007}{2012}}	{Postdoctoral Researcher}{KIT}{Data management \& software optimization}
-  \jobevent {\ivl{2005}{2007}}	{Researcher}{Yerevan Physics Institute}{DAQ for particle detector networks}
-  \jobevent {\ivl{2002}{2005}}	{Associate Researcher}{Forschungszentrum Karlsruhe}{}
-  \jobevent {\ivl{2001}{2002}}	{Software Engineer}{Yerevan Physics Institute}{}
+\ifdef{\scivariant}{
+  \job {\since{2013}}		{KIT}		{Data Processing and Performance Expert}{Karlsruhe Institute of Technology}{High-performance instrumentation for large-scale scientific experiments}
+  \job {\ivl{2007}{2012}}	{}		{Postdoctoral Researcher}{KIT}{Data management \& software optimization}
+  \job {\ivl{2005}{2007}}	{YerPhI}	{Researcher}{Yerevan Physics Institute}{DAQ for particle detector networks}
+}{
+  \job {\since{2020}}		{KIT}		{Leader of CloudDAQ Project}{Karlsruhe Institute of Technology}{Research on cloud technologies for control and data acquisition applications}
+  \job {\ivl{2013}{2020}}	{}		{Data Processing and Performance Expert}{Karlsruhe Institute of Technology}{high-performance instrumentation for large-scale scientific experiments}
+  \job {\ivl{2007}{2012}}	{}		{Postdoctoral Researcher}{KIT}{data management \& software optimization}
+  \job {\ivl{2005}{2007}}	{YerPhI}	{Software Engineer}{Yerevan Physics Institute}{DAQ for particle detector networks}
+}
+
+  \job {\ivl{2002}{2005}}	{FZK}		{Associate Researcher}{Forschungszentrum Karlsruhe}{}
+  \job {\ivl{2001}{2002}}	{}		{Software Engineer}{Yerevan Physics Institute}{}
 \end{jobs}
diff --git a/section_experiments.tex b/section_experiments.tex
index c709da6..f89ba1c 100644
--- a/section_experiments.tex
+++ b/section_experiments.tex
@@ -7,7 +7,7 @@
 
 \begin{events}
  \eventsection{Current}{}
-  \experiment	{\since{2020}}		{PANDA}				{anti-Proton ANnihilations at Darmstadt}		{https://panda.gsi.de}{Member}
+  \experiment	{\since{2020}}		{PANDA}				{antiProton ANnihilation in Darmstadt}		{https://panda.gsi.de}{Member}
   \facility	{\since{2013}}		{BESS}				{KIT Battery Technology Center}				{http://www.batterietechnikum.kit.edu}{}
   \facility	{\since{2008}}		{KARA}				{Karlsruhe Research Accelerator}			{https://www.ibpt.kit.edu/kara.php}{}
   \experiment	{\since{2007}}		{KATRIN}			{Karlsruhe Tritium Neutrino Experiment}			{http://www.katrin.kit.edu}{Member}
@@ -22,8 +22,8 @@
   \collaboration{\ivl{2016}{2017}}	{UFO}				{German-Russian Collaboration on Ultrafast Tomography}	{https://ufo.kit.edu}{}
   \collaboration{\ivl{2010}{2017}}	{SCI}				{Shubnikov Crystallography Institute}			{https://www.crys.ras.ru}{}
   \experiment	{\ivl{2009}{2015}}	{KIT Cube}			{Integrated atmospheric observation system}         	{http://www.kitcube.kit.edu}{}
-  \facility	{\ivl{2009}{2015}}	{KIT Tower}			{Meteorological tower at KIT North Campus}  		{https://www.imk-tro.kit.edu/english/7778.php}{}
-  \facility	{\ivl{2008}{2014}}	{TOSKA}				{Test facility for fusion magnets at KIT}              	{}{}
+  \facility	{\ivl{2009}{2015}}	{KIT Tower}			{Meteorological tower at KIT North Campus}		{https://www.imk-tro.kit.edu/english/7778.php}{}
+  \facility	{\ivl{2008}{2014}}	{TOSKA}				{Test facility for fusion magnets at KIT}		{}{}
   \facility	{\ivl{2008}{2014}}	{ESRF}				{European Synchrotron Radiation Facility}		{http://esrf.eu/}{}				% Collaborated on high-speed tomography with GPU
 \end{events}
 
diff --git a/section_funding.tex b/section_funding.tex
index f250ce8..be11f61 100644
--- a/section_funding.tex
+++ b/section_funding.tex
@@ -14,17 +14,17 @@
 
 \begin{complexevents}
   \funding	{2021}		{\refexp{KATRIN} (100 k€)}	{KaaS (2021)}						{}
-				{Author}{investments for upgrade of \refsoft{KaaS} cluser}{}
+				{Author}{investments for upgrade of \refsoft{KaaS} cluster}{}
   \funding	{2020}		{KCETA (6 k€)}		{RoCE (2020)}							{}
 				{Contributing author}{investments to integrate ROCe protocol in IPE DAQ}{}
   \funding	{2019}		{Helmholtz}		{MT-DTS (\ivl{2021}{2027})}					{}
 				{Technical contribution}{\refproj{MT-DTS ST2} subtopic in \refproj{Helmholtz Matter and Technologie} research program}{}
   \funding	{2013, 2016}	{BMBF (750 k€)}		{ASTOR (\ivl{2013}{2016}), NOVA (\ivl{2016}{2020})}		{ASTOR,NOVA}
-				{Technical contribution}{2 projects on collaborative anlaysis of tomographic datasets in the cloud}{}
+				{Technical contribution}{2 projects on collaborative analysis of tomographic datasets in the cloud}{}
   \funding	{2012}		{BMBF (15 k€)}		{ADEI (\ivl{2013}{2015})}					{ADEI}
 				{Contributing author}{BMBF networking grant for cooperation with \refexp{ASEC}}{on data analysis platform}
   \funding	{2011}		{Diaspora (100 k\$)}	{VMAV (\ivl{2012}{2014})}					{VMAW}
-				{Contributing author}{Vaporciyan Multivariate Analysis and Visualization (non-governamental grant by Armenian diaspora)}{for establishing multivariate analysis platform at \refexp{ASEC}}
+				{Contributing author}{Vaporciyan Multivariate Analysis and Visualization (non-governmental grant by Armenian diaspora)}{for establishing multivariate analysis platform at \refexp{ASEC}}
   \funding	{2010, 2011}	{BMBF (2.5 m€)}		{UFO-1 (\ivl{2010}{2013}), UFO-2 (\ivl{2012}{2015})}		{UFO}
 				{Contributing author}{Ultra Fast X-ray Imaging of Scientific Processes with On-line Assessment and Data-driven Process Control}{I have contributed vision of online data processing system and provided definitions of the corresponding work-package}
   \funding	{2009}		{Helmholtz}		{HDRI (\ivl{2010}{2014})}					{}
diff --git a/section_funding.txt b/section_funding.txt
new file mode 100644
index 0000000..4eb5172
--- /dev/null
+++ b/section_funding.txt
@@ -0,0 +1,10 @@
+%  \funding	{2021}		{Helmholtz}		{\ivl{2021}{2023}}					{Submitted}{a proposal to Helmholtz-OCPC Program}{to initiate Sino-German cooperation on leveraging HPC for data acquisition systems}
+  \funding	{2020}		{KCETA (6 k€)}		{2020 RoCE}						{Co-authored}{proposal for KCETA funding (6 k€)}{aimed to integrate ROCe protocol in data acquisition electronics}
+  \funding	{2019}		{Helmholtz}		{\ivl{2021}{2027} MT-DTS}				{Contributed to}{\refproj{MT-DTS ST2} subtopic on Helmholtz \refproj{Matter and Technologie} program-oriented funding application}{}
+%  \funding	{2015}		{COST (travel)}		{2015}							{Applied for}{COST travel grant for a Master student}{to transfer a fast reconstruction technology to \reffac{ESRF}}
+  \funding	{2013,2014,2018}{BMBF (750 k€)}		{\ivl{2013}{2016} ASTOR, \ivl{2016}{2020} NOVA}		{Contributed to}{\refproj{ASTOR} and \refproj{NOVA} BMBF proposals (750 k€ total) and coauthored \emph{unfunded} \refproj{SuperNOVA}}{(cloud platform for collaborative anlaysis of tomographic data)}
+%  \funding	{2014}		{H2020}			{}							{Represented KIT in}{a consortium preparing \emph{unfunded} PaN-DAAS proposal for H2020 funding}{(data analysis services for photon and neutron facilities)}
+  \funding	{2012}		{BMBF (15 k€)}		{\ivl{2013}{2015} ADEI}					{Wrote}{\refproj{ADEI} BMBF funding application (15 k€) for cooperation between \refuni{KIT} and \refexp{ASEC}}{on data analysis platform}
+ % \funding	{2011}		{Vaporican (100 k\$)}	{\ivl{2012}{2014} VMAV}					{Contributed technical requirements to} a proposal for a non-governamental grant by Armenian diaspora (100 k\$)}{for establishing multivariate analysis platform at \refexp{ASEC}}
+  \funding	{2010,2011}	{BMBF (2.5 m€)}		{\ivl{2010}{2017} UFO-1, \ivl{2012}{2015} UFO-2}	{Co-authored}{\refproj{UFO1} \& \refproj{UFO2} BMBF funding applications (2.5 m€ total)}{I have contributed vision of online data processing system and provided definitions of the corresponding work-package}
+  \funding	{2009}		{Helmholtz}		{\ivl{2010}{2014} HDRI}					{Contributed to}{HDRI (High data rate processing and analysis) initiative in Helmholtz PNI (Research with Photons, Neutrons, and Ions) research program}{}
diff --git a/section_leadership.tex b/section_leadership.tex
index 29c9c40..520ee3e 100644
--- a/section_leadership.tex
+++ b/section_leadership.tex
@@ -7,10 +7,10 @@
 %  ROOF
 %  PhD hunting? Outsourcing with Jalal?
 
-  \leadership{\since{2020}}	{Leading efforts to}{prepare \refexp{KATRIN} data infrastructure for Tristan detector}					{Group}{2 PhD, 2 students}
+  \leadership{\since{2020}}	{Leading efforts to}{prepare \refexp{KATRIN} data infrastructure for \refstd{Tristan} detector}					{Group}{2 PhD, 2 students}
   \leadership{\ivl{2018}{2020}}	{Led}{development of \refexp{KATRIN} cloud platform and migration of services}						{Group}{2 Postdocs, PhD, 2 students}	% organization: Marco,Jan,Jonas,NTJ,etc.
   \leadership{\ivl{2013}{2018}}	{Led}{volume visualization task force in \refproj{ASTOR} and \refproj{NOVA} projects}					{Group}{PhD, 5 students}	
-  \leadership{\ivl{2010}{2018}}	{Coordinated}{a program on stewardship of thesisis for \refuni{TPU} students}						{Participation}{3 PhD, 12 students}
-  \leadership{\ivl{2010}{2016}}	{Led}{a collaboration with \refexp{ASEC} on online data analysis platform}						{Group}{Postdoc and PhD in \refuni{KIT}, Postdoc and 2 engineers at \refexp{ASEC}, 10 students}
-  \leadership{\ivl{2010}{2017}}	{Coordinated}{work-package on tomographic software in \refproj{UFO} project}						{Group}{3 PhD in \refuni{KIT}, 3 PhD in partner universities, 5 students}
+  \leadership{\ivl{2010}{2018}}	{Coordinated}{a program on stewardship of theses for \refuni{TPU} students}						{Participation}{3 PhD, 12 students}
+  \leadership{\ivl{2010}{2016}}	{Led}{a collaboration with \refexp{ASEC} on online data analysis platform}						{Group}{Postdoc and PhD in \refjob{KIT}, Postdoc and 2 engineers at \refexp{ASEC}, 10 students}
+  \leadership{\ivl{2010}{2017}}	{Coordinated}{work-package on tomographic software in \refproj{UFO} project}						{Group}{3 PhD in \refjob{KIT}, 3 PhD in partner universities, 5 students}
 \end{complexevents}
diff --git a/section_presentations.tex b/section_presentations.tex
index ca50995..8bf101f 100644
--- a/section_presentations.tex
+++ b/section_presentations.tex
@@ -15,9 +15,9 @@
   \conference{\at{Oct}{2019}}	{invited}	{Accelerating Remote Visualization of Large Tomographic Data Volumes}					{Global Innovation Forum, Armenia}{}
   \conference{\at{Oct}{2018}}	{}		{Balancing load of GPU subsystems to accelerate image reconstruction in parallel beam tomography}	{SBAC-PAD 2018 conference, Lyon, France}{}
   \conference{\at{Okt}{2014}}	{}		{Computing Infrastructure for Online Monitoring and Control of High-throughput DAQ Electronics}		{10th PCAPAC conference, Karlsruhe, Germany}{}
-  \conference{\at{Sep}{2014}}	{invited}	{UFO – Status and Perspectives of Ultrafast X-Ray Imaging at ANKA" and "Fast Reconstruction Algorithms for Computed Tomography}	{SNI2014, Bonn, Germany}	{Delivered by M. Balzer}
+  \conference{\at{Sep}{2014}}	{invited}	{UFO – Status and Perspectives of Ultrafast X-Ray Imaging at ANKA'' and ``Fast Reconstruction Algorithms for Computed Tomography}	{SNI2014, Bonn, Germany}	{Delivered by M. Balzer}
 %  \conference{\at{Sep}{2014}}	{invited}	{Fast Reconstruction Algorithms for Computed Tomography}						{SNI2014, Bonn, Germany}				{Delivered by M. Balzer}
-  \conference{\at{Jun}{2012}}	{}		{A High Throughput Platform for Real-Time X-ray Imaging" and "Advanced Linux PCI Services}		{18th IEEE Real-Time Conference, Berkeley, CA, USA}{}
+  \conference{\at{Jun}{2012}}	{}		{A High Throughput Platform for Real-Time X-ray Imaging'' and ``Advanced Linux PCI Services}		{18th IEEE Real-Time Conference, Berkeley, CA, USA}{}
 %  \conference{\at{Jun}{2012}}	{poster}	{Advanced Linux PCI Services}										{18th IEEE Real-Time Conference, Berkeley, CA, USA}{}
   \conference{\at{May}{2012}}	{}		{A High Performance Platform for Real-Time X-ray Imaging}						{GPU Technology Conference, San Jose, CA, USA}{}
 %  \conference{\at{Nov}{2011}}	{poster}	{A GPU-based Architecture for Real-Time Data Assessment at Synchrotron Experiments}			{SC11 Supercomputing Conference, Seattle, WA, USA}{}
@@ -43,19 +43,19 @@
 % \workshop{\at{Oct}{2013}}	{notalk}	{}													{EXTREMA workshop on Advanced X-Ray Tomography, ESRF, Grenoble, France}{}
   \workshop{\at{Apr}{2012}}	{invited}	{ADEI for Tango}											{Tango workshop, MAX-IV, Lund, Sweden}{}
   \workshop{\at{Mar}{2012}}	{}		{Practical Experience with GPUs for high throughput computing}						{HDRI/PanData workshop}{}%, Desy, Hamburg, Germany}{}
-  \workshop{\at{Mar}{2011}}	{invited}	{High Speed Tomography at KIT}										{meeting on Tomographic reconstruction software, ESRF}{}%, Grenoble, France}{}
+  \workshop{\at{Mar}{2011}}	{invited}	{High Speed Tomography at KIT}										{meeting on Tomographic reconstruction software, \reffac{ESRF}}{}%, Grenoble, France}{}
   \workshop{\at{Sep}{2008}}	{}		{Advanced Data Extraction Infrastructure}								{FORGES 2008 workshop, Nor-Amberd, Armenia}{}
 
  \eventsection{Seminars}{events}
 %  \seminar{\at{Nov}{2020}}	{}		{Cloud Technologies for Control Applications}								{Insitute for Beam Physics and Technology, KIT, Germany}{}
   \seminar{\at{May}{2020}}	{}		{Real-time reconstruction for synchrotron tomography}							{CT lunch-and-learn session at University of Manchester, UK}{}
 %  \seminar{\at{Feb}{2019}}	{}		{WAVe: Accelerating Remote Visualization of Large Volumes}						{YerPhI seminar, Armenia}{}
-  \seminar{\at{Feb}{2019}}	{}		{Cloud platform for high data rate detector instrumentation}						{ASEC seminar, Armenia}{}
-  \seminar{\at{Oct}{2018}}	{}		{Balancing load of GPU subsystems to accelerate back projection for synchrotron tomography}		{ESRF seminar, Grenoble, France}{}
+  \seminar{\at{Feb}{2019}}	{}		{Cloud platform for high data rate detector instrumentation}						{\refexp{ASEC} seminar, Armenia}{}
+  \seminar{\at{Oct}{2018}}	{}		{Balancing load of GPU subsystems to accelerate back projection for synchrotron tomography}		{\reffac{ESRF} seminar, Grenoble, France}{}
   \seminar{\at{Apr}{2016}}	{}		{ADEI: Intelligent visualization and management of time-series data in scientific experiments}		{Instituto de Física, UNAM, Mexico}{}
-  \seminar{\at{May}{2015}}	{}		{Advanced Algorithms for Tomography}									{YerPhI seminar, Yerevan, Armenia}{}
+  \seminar{\at{May}{2015}}	{}		{Advanced Algorithms for Tomography}									{\refjob{YerPhI} seminar, Yerevan, Armenia}{}
 %  \seminar{\at{Dez}{2013}}	{}		{ADEI: Advanced Data Extraction Infrastructure}								{Steinbuch Centre for Computing, KIT, Germany}{}
-  \seminar{\at{Sep}{2013}}	{}		{Ultrafast X-Ray Imaging of Scientific Processe}							{Shubnikov Crystallography Institute, Russia}{}
-  \seminar{\at{May}{2013}}	{}		{Ultrafast X-Ray Imaging of Scientific Processes}							{Tomsk Polytechnic University, Russia}{}
+  \seminar{\at{Sep}{2013}}	{}		{Ultrafast X-Ray Imaging of Scientific Processes}							{\refcol{SCI} and \refcol{TPU}, Russia}{}
+%  \seminar{\at{May}{2013}}	{}		{Ultrafast X-Ray Imaging of Scientific Processes}							{Tomsk Polytechnic University, Russia}{}
 %  \seminar{\at{May}{2011}}	{}		{High Speed Tomography}											{Institute for Synchrotron Radiation, KIT, Germany}{}
 \end{events}
diff --git a/section_research.tex b/section_research.tex
index 359a1d6..de7d659 100644
--- a/section_research.tex
+++ b/section_research.tex
@@ -1,8 +1,8 @@
 %\subtitle{Research and Technology}{\faSuitcase}
 \subtitle{Research and development}{\faSuitcase}
 
-While the focus of my research is computing technolgies, the developed instrumentation enabled major scientific break-troughs achieved by KATRIN~\cite{katrin2019limit} and ASEC~\cite{chili2010thunderstorm} collaborations.
-Bellow are referenced selected peer-reviewed publications which are either edited by me and my students or where we made a significant contribution.
+While the focus of my research is computing technologies, the developed instrumentation enabled major scientific break-throughs achieved by KATRIN~\cite{katrin2019limit} and ASEC~\cite{chili2010thunderstorm} collaborations.
+Below are referenced selected peer-reviewed publications which are either authored by me and my students or where we made a significant contribution.
 
 \begin{verycomplexevents}
 % We don't list experiments which are handled torugh the software (with exceptions dedicated applications?), only direct impact.
@@ -14,35 +14,35 @@ Bellow are referenced selected peer-reviewed publications which are either edite
 
  \datedeventsection{\since{2011}}{High-bandwidth data acquisition and data-driven control}{}
 %  \research	{starting}		{}		{}		{Adoption of}{high-performance and cloud computing for online data processing}
-  \research	{\ivl{2018}{2019}}	{PyHST}		{}		{Fine tunning}{tomographic reconstruction to evolving GPU architectures trough performance modelings~\cite{csa2020rtip}}
-  \research	{\ivl{2016}{2017}}	{}		{CMS}		{Participated}{in a case study on applications of GPUs in L1 track trigger for the next upgrade of CMS experiment~\cite{mohr2017cms}}
-  \technology	{\ivl{2016}{2017}}	{UFO}		{KARA}		{Designed}{a full chain of instrumentation for high-speed synchrotron imaging with online reconstruction and image-based feedback loop~\cite{kopmann2017ufo,stevanovic2015concert}}
+  \research	{\ivl{2018}{2019}}	{UFO,PyHST}	{}		{Fine-tuning}{of tomographic reconstruction algorithms through micro-benchmarking and performance modeling~\cite{csa2020rtip}}
+  \research	{\ivl{2016}{2017}}	{}		{CMS}		{Participated}{in a case study on applications of GPUs in Level-1 track trigger for the next upgrade of the \refexp{CMS} experiment~\cite{mohr2017cms}}
+  \technology	{\ivl{2016}{2017}}	{UFO}		{KARA}		{Designed}{a full chain of instrumentation for synchrotron imaging beamlines with possibility of online reconstruction and image-based feedback loop~\cite{kopmann2017ufo,stevanovic2015concert}}
   \research	{\ivl{2015}{2016}}	{Alps}		{KARA}		{Researched}{low-latency communication mechanisms for data-driven control applications~\cite{vogelgesang2016dgma}} %dritschler2014using
-  \technology	{\ivl{2014}{2015}}	{Alps}		{KARA}		{Implemented}{fast DMA drivers with GPUDirect/DirectGMA support~\cite{rota2015dma}}
-  \research	{\ivl{2013}{2014}}	{UFO,PyHST}	{KARA,ESRF}	{Reviewed}{assymptotically fast methods of tomographic reconstruition suitable for GPU architectures~\cite{rshkarin2015}}
-  \research	{\ivl{2011}{2013}}	{UFO}		{KARA}		{Researched}{pipelined architectures for online processing of image-streams~\cite{vogelgesang2012ufo}}
-  \technology	{\ivl{2011}{2013}}	{Alps}		{KARA}		{Developed}{streaming data acquisition platform for scientific cameras (readout,debugging,storage)~\cite{caselle2013camera}}% readout framework, camera drivers, absraction, streaming storage, scripting & debugging
+  \technology	{\ivl{2014}{2015}}	{Alps}		{KARA}		{Implemented}{fast DMA drivers with GPUDirect / DirectGMA support~\cite{rota2015dma}}
+  \research	{\ivl{2013}{2014}}	{UFO,PyHST}	{KARA,ESRF}	{Reviewed}{asymptotically fast methods of tomographic reconstruction well-fitted for GPU architectures~\cite{rshkarin2015}}
+  \research	{\ivl{2011}{2013}}	{UFO}		{KARA}		{Researched}{software architectures for online processing of image streams~\cite{vogelgesang2012ufo}}
+  \technology	{\ivl{2011}{2013}}	{Alps}		{KARA}		{Developed}{streaming data acquisition platform for scientific cameras~\cite{caselle2013camera}}% (readout, debugging, storage) / :readout framework, camera drivers, absraction, streaming storage, scripting & debugging
 
  \datedeventsection{\since{2007}}{Parallel architectures, performance analysis, and software optimization}{verycomplexevents}
-  \technology	{\ivl{2020}{2021}}	{CCPi}		{UoM}		{Applied}{methods of approximate computing to enable reconstruction of large datasets~\cite{ametova2021neutron}}
-  \research	{\ivl{2017}{2018}}	{PyHST}		{}		{Researched}{performance inbalances and hidden parallelism in GPU architectures~\cite{csa2018sbac}} % Balancing part is new, everything else was done earlier...
-  \technology	{\ivl{2014}{2017}}	{UFO}		{KARA}		{Investigated}{viable compromises between quality and parallelization capabilites of tomographic algorithms~\cite{ashkarin2015}}
-  \technology	{\ivl{2013}{2014}}	{UFO}		{}		{Developed}{parallel algorithms for uPIV (micro-particle velocimetry)~\cite{cavadini2018upiv}}
-  \technology	{2010}			{MRSES}		{ASEC}		{Leveraged}{PoweXCell architecture for MRSES feature selection algorithm [5000x speed-up]}
+  \technology	{\ivl{2020}{2021}}	{CCPi}		{UoM}		{Applied}{methods of approximate computing to enable reconstruction of large datasets using memory-intensive regularization methods~\cite{ametova2021neutron}}
+  \research	{\ivl{2017}{2018}}	{PyHST}		{}		{Researched}{performance imbalances and hidden parallelism in GPU architectures; proposed how they can be exploited to speed-up tomographic reconstruction~\cite{csa2018sbac}} % Balancing part is new, everything else was done earlier...
+  \technology	{\ivl{2014}{2017}}	{UFO}		{KARA}		{Investigated}{viable compromises between reconstruction quality and parallelization capabilities of tomographic algorithms~\cite{ashkarin2015}}
+  \technology	{\ivl{2013}{2014}}	{UFO}		{}		{Developed}{parallel algorithms for $\mu$PIV (micro-particle velocimetry)~\cite{cavadini2018upiv}}
+  \technology	{2010}			{MRSES}		{ASEC}		{Leveraged}{PoweXCell architecture for MRSES feature selection algorithm (5000x speed-up compared to MATLAB prototype)}
   \technology	{\ivl{2009}{2010}}	{PyHST}		{KARA,ESRF}	{Optimized}{PyHST tomographic reconstruction framework~\cite{csa2011pyhst}}
-  \technology	{\ivl{2009}{2010}}	{DictHW}	{}		{Developed}{GPU implementation of digital image correlation and tracking algorithm [10x speed-up]}
+  \technology	{\ivl{2009}{2010}}	{DictHW}	{}		{Implemented}{a digital image correlation and tracking algorithm for GPUs} %(10x speed-up)
   \technology	{\ivl{2007}{2008}}	{XMLBench}	{}		{Carried out}{a performance study of open-source XML frameworks~\cite{csa2009xmlbench}}
 
  \datedeventsection{\since{1999}}{Digitization, data organization, and distributed control systems}{verycomplexevents}
-  \research	{\since{2019}}		{KaaS}		{KATRIN}	{Research}{cloud technologies for highly heterogeneous control systems in large-scale scientific experiments [expected]} % KATRIN paper to be added, ADEI-cloudificatin separated as stand-alone point
+  \research	{\since{2019}}		{KaaS}		{KATRIN}	{Researching}{cloud technologies for highly heterogeneous control systems in large-scale scientific experiments [in preparation]} % KATRIN paper to be added, ADEI-cloudificatin separated as stand-alone point
   \research	{\ivl{2015}{2017}}	{WAVe}		{KARA}		{Researched}{remote visualization techniques for large and time-resolved tomographic volumes~\cite{ntj2017wave,losel2020biomedisa}} % Compression could be continuation of this (19/20)
   \research	{\ivl{2013}{2015}}	{ADEI}		{ASEC}		{Researched}{emerging web technologies for management and visualization of terabyte-scale archives with time-series}	% This is about ADEI2 attempts (but no publication)
   \technology	{\ivl{2011}{2014}}	{ADEI}		{ASEC}		{Converted}{KATRIN data management system into a full flagged platform for time-series exploration and analysis}	% ADEI analysis, etc.
-  \technology	{\ivl{2008}{2010}}	{ADEI}		{KATRIN}	{Developed}{data management components of KATRIN slow control system~\cite{csa2010adei}}				% Lets assume it includes ADEI/Control
+  \technology	{\ivl{2008}{2010}}	{ADEI}		{KATRIN}	{Developed}{data management components of KATRIN control system~\cite{csa2010adei}}					% Lets assume it includes ADEI/Control
   \technology	{\ivl{2007}{2008}}	{}		{KATRIN}	{Stabilized}{KATRIN slow control system for production use~\cite{katrin2015detector}}
-  \technology	{\ivl{2005}{2006}}	{ADAS}		{ASEC}		{Developed}{a distributed data acquisition system for particle detector networks~\cite{csa2009sevan}}
-  \research	{\ivl{2002}{2004}}	{ADAS}		{ASEC,KATRIN}	{Researched}{fast network protocols for heterogeneous slow control systems~\cite{eppler2004opc}}
-  \technology	{\ivl{1999}{2001}}	{}		{}		{Evaluated}{hardware-accelerated neural-networks for trigger applications~\cite{vardanyan2001sand}}
+  \technology	{\ivl{2005}{2006}}	{ADAS}		{ASEC}		{Developed}{a data acquisition system for particle detector networks~\cite{csa2009sevan}}
+  \research	{\ivl{2002}{2004}}	{ADAS}		{ASEC,KATRIN}	{Researched}{network protocols for heterogeneous slow control systems~\cite{eppler2004opc}}
+  \technology	{\ivl{1999}{2001}}	{}		{}		{Evaluated}{hardware-accelerated neural networks for trigger applications~\cite{vardanyan2001sand}}
 \end{verycomplexevents}
 
 %  \research {\since{2020}}		{Group - Application }
diff --git a/section_research.txt b/section_research.txt
new file mode 100644
index 0000000..156ce5c
--- /dev/null
+++ b/section_research.txt
@@ -0,0 +1,31 @@
+Variants
+========
+1. GPU computing for high-speed tomographic reconstruction~\cite{csa2011pyhst}
+2. Optimization of synchtrotron tomography with GPU computing~\cite{csa2011pyhst}
+3. Collaborated with researchers from ESRF facility on high-speed tomographic reconstruction and improved performance of PyHST software by factor of 30~\cite{csa2011pyhst}.
+
+Variants
+========
+1. Approximate computing to enable reconstruction of large datasets using memory-intensive 
+regularization methods
+2. Applied methods of approximate computing to enable reconstruction of large datasets using memory-intensive 
+regularization methods
+3. Collaborated with scientists from University of Manchester on optimization of their tomography software: suggested methods of approximate computing to enable also reconstruction of large datasets
+
+
+Doubts - contribution unclea
+=======
+1. A case study on application of GPUs in L1 track trigger for the next upgrade of CMS experiment
+2. Superivised a case study on application of GPUs in L1 track trigger for the next upgrade of CMS experiment
+3. Superivised aspects of low-latency FPGA-to-GPU communication in a case study on application of GPUs in L1 track trigger for the next upgrade of CMS experiment
+
+Doubts - contribution unclea
+=======
+1. Streaming data acquisition platform for control systems with image-based feedback loops
+3. Participated in the development of streaming data acquisition platform aimed at control systems with image-based feedback loops and was responsible for the software part
+
+
+Unclear?
+========
+1. Hidden parallelism in GPU architectures
+2. Researched hidden parallelism in GPU architectures
diff --git a/section_responsibilities.tex b/section_responsibilities.tex
index 5469505..1da0a69 100644
--- a/section_responsibilities.tex
+++ b/section_responsibilities.tex
@@ -12,17 +12,17 @@
  \eventsection{Current}{}
   \responsibility{\since{2018}}		{Responsible for}{data management cloud at \refexp{KATRIN}}
 %  \responsibility{\since{2018}}		{Responsible for}{virtualization services at \refuni{IPE}}
-  \responsibility{\since{2013}}		{Responsible for}{data management system for \reffac{KIT Batery Technology Center}}
-  \responsibility{\since{2011}}		{Responsible for}{software stack of \refproj{UFO} data acquisition platform}% including UFO Camera and KAPTURE/KALYPSO detectors}
+  \responsibility{\since{2013}}		{Responsible for}{data management system for \refint{BESS}{KIT Battery Technology Center}}
+  \responsibility{\since{2011}}		{Responsible for}{software stack of \refcol{UFO} data acquisition platform}% including UFO Camera and KAPTURE/KALYPSO detectors}
   \responsibility{\since{2007}}		{Responsible for}{slow control system at \refexp{KATRIN}}
 
 % \subsectiontitle{Prior responsibilites: Digitization, data organization, and distributed control systems}
  \eventsection{Past}{events}
-  \responsibility{\ivl{2017}{2018}}	{Responsible for}{transfer of \refproj{UFO} Camera technology to \reffac{HZG}} % for operation at \reffac{IBL} and \reffac{HEMS} beamlines at \reffac{PETRA-3} synchrotron}
+  \responsibility{\ivl{2017}{2018}}	{Responsible for}{transfer of \refcol{UFO} Camera technology to \reffac{HZG}} % for operation at \reffac{IBL} and \reffac{HEMS} beamlines at \reffac{PETRA-3} synchrotron}
   \responsibility{\ivl{2010}{2017}}	{Responsible for}{parallel computing cluster for \refproj{UFO} project}
   \responsibility{\ivl{2013}{2016}}	{Responsible for}{technology transfer to \refexp{ASEC} and \refexp{SEVAN} experiments}
   \responsibility{\ivl{2009}{2015}}	{Responsible for}{data portal for \refexp{KIT Cube} experiment and \reffac{KIT Weather Tower}}
-  \responsibility{\ivl{2008}{2014}}	{Responsible for}{maintenace and optimization of a \reffac{KARA} branch of \refsoft{PyHST}}
+  \responsibility{\ivl{2008}{2014}}	{Responsible for}{maintenance and optimization of a \reffac{KARA} branch of \refsoft{PyHST}}
   \responsibility{\ivl{2008}{2014}}	{Responsible for}{data management system at \reffac{TOSKA} and \reffac{CULTKA} facilities}
   \responsibility{\ivl{2007}{2009}}	{Responsible for}{integration of \refexp{KATRIN} components in centralized control system}
   \responsibility{\ivl{2005}{2007}}	{Responsible for}{data acquisition and data management at \refexp{ASEC} and \refexp{SEVAN}}
diff --git a/section_software.tex b/section_software.tex
index d5617da..680f8c5 100644
--- a/section_software.tex
+++ b/section_software.tex
@@ -12,9 +12,9 @@
   \software {\since{2008}}	{ADEI}		{adei.info}			{KATRIN, KARA, ASEC, BESS, KIT Tower, KIT Cube, TOSKA}
 				{Developed a}{cloud platform for visualization and analysis of time-series}{}
   \software {\since{2005}}	{ADAS}		{adas.suren.me}			{ASEC}
-				{Developed a}{data acquistion system for ASEC detectors}{}
+				{Developed a}{data acquisition system for ASEC detectors}{}
   \software {\since{2003}}	{RusXMMS}	{rusxmms.sf.net}		{RedHat, OpenSuSE, Debian, Ubuntu, Arch, FreeBSD}
-				{Developed a}{operations with multilangual strings in non-unicode encodings}{} %{collection of language and encoding detection libraries to simplify operations with collections of multilingual strings encoded in old non-Unicode formats (e.g. file names, metadata in music files, etc.)}{}
+				{Developed a}{operations with multilingual strings in non-unicode encodings}{} %{collection of language and encoding detection libraries to simplify operations with collections of multilingual strings encoded in old non-Unicode formats (e.g. file names, metadata in music files, etc.)}{}
 
  \eventsection{Supervised and coordinated}{complexevents} %{Projects I have supervised and coordinated}{complexevents}
   \software {\ivl{2015}{2018}}	{WAVe}		{wave.suren.me}			{}
@@ -30,7 +30,7 @@
 
  \eventsection{Obsolete}{complexevents}
   \obsolete {\ivl{2010}{2011}}	{MRSES} 	{mrses.suren.me}		{}
-				{Implemented a}{feature selection algorithm for Intel and PowerXCell architetures}{}
+				{Implemented a}{feature selection algorithm for Intel and PowerXCell architectures}{}
   \obsolete {\ivl{2009}{2010}}	{DictHW}	{dicthw.suren.me}		{}
 				{Developed}{CUDA implementation of digital image tracking algorithm}{}
   \obsolete {\ivl{2003}{2009}}	{XMLBench}	{xmlbench.sourceforge.net}	{}
diff --git a/section_supervision.tex b/section_supervision.tex
index 32b01da..e90ec5a 100644
--- a/section_supervision.tex
+++ b/section_supervision.tex
@@ -1,20 +1,23 @@
 \subtitle{Supervision and teaching}{\faTasks}
 \begin{events}
- \eventsection{PhD}{}
-  \supervision	{\since{2020}}		{Proposed and supervise}{2 PhD projects on adoption of cloud technologies for data acquisition and slow control systems}
-  \supervision	{\ivl{2014}{2018}}	{Co-supervised}{PhD thesis “Big Data Management and Visualisation”}
-  \supervision	{\ivl{2013}{2017}}	{Co-supervised}{PhD student working on low-latency communication protocols for distributed data acquisition systems}
-  \supervision	{\ivl{2011}{2016}}	{Co-supervised}{PhD thesis “An Extensible Parallel Computing Framework for Ultra-Fast X-Ray Imaging”}
+ \eventsection{Proposed projects and supervise PhD students}{}
+  \supervision	{\since{2020}}		{Proposed and supervising}{2 PhD on adoption of cloud technologies for data acquisition and control systems}
 
- \eventsection{Students}{events}
-  \supervision	{\ivl{2014}{2018}}	{Supervised}{5 master theses on remote visualization of archives with tomopgraphic data}
+ \eventsection{Co-supervised PhD students}{events}
+  \supervision	{\ivl{2014}{2018}}	{Co-supervised PhD}{thesis “Big Data Management and Visualisation”}
+  \supervision	{\ivl{2013}{2017}}	{Co-supervised PhD}{work on collaborative tools for analysis of microtomography data}
+  \supervision	{\ivl{2013}{2017}}	{Co-supervised PhD}{work on low-latency communication protocols for distributed data acquisition systems}
+  \supervision	{\ivl{2011}{2016}}	{Co-supervised PhD}{thesis “An Extensible Parallel Computing Framework for Ultra-Fast X-Ray Imaging”}
+
+ \eventsection{Supervised MSc and BSc students}{events}
+  \supervision	{\ivl{2014}{2018}}	{Supervised}{5 MSc theses on remote visualization of archives with tomographic data}
   \supervision	{\ivl{2013}{2017}}	{Supervised}{4 students working on fast DMA interconnects between FPGA and GPUs}
-  \supervision	{\ivl{2011}{2016}}	{Supervised}{6 theses on advanced algoritms in tomographic reconstruction}
+  \supervision	{\ivl{2011}{2016}}	{Supervised}{4 MSc and 2 BSc theses on advanced algorithms in tomographic reconstruction}
   \supervision	{\ivl{2010}{2015}}	{Supervised}{10 internships on web technologies for visualization of time series}
-  \supervision	{2014}			{Supervised}{2 master theses on GPU-accelerated algorithms for nano-particle tracking}
+  \supervision	{2014}			{Supervised}{2 MSc theses on GPU-accelerated algorithms for nano-particle tracking}
 
  \eventsection{Courses and seminars}{events}
   \teaching	{2019}			{}{GPU computing tutorial at ARBRA summer school in Nor-Amberd, Armenia}
-  \teaching	{\ivl{2014}{2017}}	{Supervised}{4 student topics at seminar "Advanced topics in Parallel Programming"}% (organized by Prof. Achim Streit)}
+  \teaching	{\ivl{2014}{2017}}	{Supervised}{4 student projects at seminar "Advanced topics in Parallel Programming"}% (organized by Prof. Achim Streit)}
   \teaching	{2013}			{}{GPU computing tutorial at KSETA graduate school at KIT}
 \end{events}
diff --git a/section_supervision.txt b/section_supervision.txt
new file mode 100644
index 0000000..ffbca63
--- /dev/null
+++ b/section_supervision.txt
@@ -0,0 +1,46 @@
+ADEI(10-15): pd+phd+7 students + Artur+2eng
+====
+ 2010		i	Toni, Aki, Oluwafemi (i)			{ADEI}{Web technologies for management and visualization of time series}
+ 2011/12 	i	Riku						{ADEI}
+ 2013/14->15	b	ntj+chuan: Matveev/Korovin/Lizin		{ADEI}{Matveev - ADEI2, Korovin - KITCube, Lizin - KATRINTank}
+
+ 2008		e	Arsen (configuration)
+ 2012-2016	pd	Artur (Oganes/12,Fasano/13, Pavel, etc.)	{ADEI}{2012 Nagios, 2014&2015 German visits, 
+
+WAVE(14-18): phd+5 students
+==========
+ 2014		phd	Skirnevsky					{ASTOR}Segmentation
+ 2014/15	m	Felix						{WAVe}
+ 2014/15	mm	ntj: Lizin,Revyakin				{WAVe}{Lizin - WAVe, Revyakin - database/fs}
+ 2016/17	i	ntj: Chengzhi Wu				{WAVe}
+ 2017/18	mm	ntj: Zhassulan, Lebedev				{WAVe}
+
+ 2019/20	i	Gregoire Thomas					{    }Data compression
+
+
+UFO(11-17): Advanced reconstruction algorithms (1 phd, 3 students, + 2 PhDs in Tomsk)
+===
+ 2011/12	b	Shkarin brothers 				{UFO }DFI/ART
+ 2013/14->15	m	Shkarin brothers 				{UFO }DFI/ART
+ 2013/14	phd	Evelina
+ 2015		phd 	Buldygin					{UFO }Split-bregman
+ 2015/16	m	shkarin: antonia reinke				{UFO }discrete tomography
+ 2016		b	Gueven						{UFO }DFI
+
+Extra:
+ 2015/16	m(d)	Max Riechelman					{KIRO}?
+ 2014		m	Timo Doerr					{UFO }Networking
+
+
+UPiV(14-15): PostDoc + Student
+====
+ 2013/14	m(d)	Thorsten Habel					{UFO }uPIV
+ 2014		i	chuan: Lewkowicz				{UFO }uPIV
+ 
+Alps
+====
+-2013 		b	Christian Jacobsen from HZG			{Alps}GPUDirect at HZG
+ 2015 		i	Nicolas Zilio					{Alps}Locking + DirectGMA
+ 2016		phd	VChernov					{Alps}Python interface
+ 2016 		m	Hannes Mohr					{CMS}
+ 2017 		i	Matthias Brunet					{Alps}GPUDirect benchmarking
diff --git a/yaac-another-awesome-cv/yaac-another-awesome-cv.cls b/yaac-another-awesome-cv/yaac-another-awesome-cv.cls
index 00f7af5..0270db3 100644
--- a/yaac-another-awesome-cv/yaac-another-awesome-cv.cls
+++ b/yaac-another-awesome-cv/yaac-another-awesome-cv.cls
@@ -66,6 +66,11 @@
   \def\@dsvariant{ds}
 }
 
+\DeclareOption{scivariant}{
+  \def\@scivariant{sci}
+  \def\scivariant{sci}
+}
+
 
 \DeclareOption{showLinks}{ \@showLinkstrue}
 \DeclareOption{compact}{ \@isCompacttrue}
@@ -221,6 +226,12 @@
   \setlength{\rightcolumnlength}{\dimexpr(\fulllength-\leftcolumnlength)\relax}
 }
 
+\newcommand{\settopleftcolumnlength}[1]{
+  \setlength{\topleftcolumnlength}{#1}
+  \setlength{\toprightcolumnlength}{\dimexpr(\fulllength-\leftcolumnlength)\relax}
+}
+
+
 % Font Awesome icons aliases
 \newcommand{\mailSymbol}{\faAt}
 \newcommand{\locationSymbol}{\faMapMarker*}
@@ -663,23 +674,28 @@
 % References
 \newcommand\refstd{\emph}
 \newcommand\reflinked[1]{\hyperlink{#1}{\emph{#1}}}
-\newcommand\refuni{\refstd}
+\newcommand\refint[2]{\hyperlink{#1}{\emph{#2}}}
+\newcommand\refuni{\refcol}
 \newcommand\refexp{\reflinked}
 \newcommand\reffac{\reflinked}
 \newcommand\refcol{\reflinked}
+\newcommand\refjob{\reflinked}
 \newcommand\refproj[1]{\hyperlink{proj:#1}{\emph{#1}}}
 \newcommand\refsoft[1]{\hyperlink{soft:#1}{\emph{#1}}}
 
 \newcommand\hlnone[1]{#1}
+\newcommand\hlparenthesis[1]{(#1)}
 \newcommand\hlbold[1]{\textbf{#1}}
+\newcommand\hlemph[1]{\emph{#1}}
 \newcommand\hlcolor[1]{\textcolor{headcolor}{#1}}
 
 \newcommand\hltitle{\hlbold}
 \newcommand\hljob{\hlbold}
+\newcommand\hldegree{\hlnone}
 \newcommand\hlsoft{\hlnone}
 \newcommand\hlverb{\hlnone}
 \newcommand\hlrole{\hlnone}
-\newcommand\hltype{\hlnone}
+\newcommand\hltype{\hlparenthesis}
 \newcommand\hlproj{\hlnone}
 
 % Dates
@@ -766,6 +782,7 @@
 
 % Usage: \category{<name>}{<keywords>}
 \newcommand\category[2]{ \textbf{#1} & #2 \\}
+%\newcommand\category[2]{ #1 & #2 \\}
 
 % Usage: \event {<dates>}      [<Title>][at]{Details}
 \newcommand\event[2]{\enspace #1 & #2\\}
@@ -776,9 +793,9 @@
 % \activity {dates} {name} {long_name} {description} {responsibilities}
 
 \newcommand\titledevent[3]{\event{#1}{\hltitle{#2} #3}}
-\newcommand\jobevent[4]{\event{#1}{\hljob{#2} at\ifempty{#4}#3\else #3. #4\fi}}
-%\newcommand\jobevent[4]{\event{#1}{\textbf{#2} at #3. #4}}
 \newcommand\linkedevent[3]{\event{#1}{\urlref{#2}{#3}}}
+\newcommand\job[5]{\noalign{\hypertarget{#2}{}} \event{#1}{\hljob{#3} at\ifempty{#5}#4\else #4: #5\fi}}
+\newcommand\degree[4]{\noalign{\hypertarget{#2}{}} \event{#1}{\hldegree{#3} #4}}
 
 \newcommand\excofa[5]{\noalign{\hypertarget{#2}{}} \linkedevent{#1}{\ifemptyelse{#3}{\hlproj{#2}}{\hlproj{#2}: #3}\ifemptyelse{#5}{}{ \emph{(#5)}}}{#4}}
 \newcommand\experiment[5]{\excofa{#1}{#2}{#3}{#4}{#5}} % \emph{(Collaborator)}}}
@@ -839,14 +856,16 @@
 \newcommand\research[5]{\rnd{#1}{#2}{#3}{#4}{#5}}
 \newcommand\technology[5]{\rnd{#1}{#2}{#3}{#4}{#5}}
 
-\newcommand\supervision[3]{\event{#1}{\hlverb{#2} #3}}
-\newcommand\teaching[3]{\event{#1}{\hlverb{#2} #3}}
+%\newcommand\supervision[3]{\event{#1}{\hlverb{#2} #3}}
+%\newcommand\teaching[3]{\event{#1}{\hlverb{#2} #3}}
+\newcommand\supervision[3]{\event{#1}{#3}}
+\newcommand\teaching[3]{\event{#1}{#3}}
 
 \newcommand\outreach[5]{\event{\footnotesize{#1}}{
  \footnotesize{
   \ifemptyelse{#2}{\hltype{talk}}{%
     \hltype{#2}
-  } "\emph{#3}" at #4
+  } ``\emph{#3}'' at #4
 }}}
 
 \newcommand\conference[5]{\outreach{#1}{#2}{#3}{#4}{#5}}