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Diffstat (limited to 'cvind.tex')
| -rw-r--r-- | cvind.tex | 43 |
1 files changed, 31 insertions, 12 deletions
@@ -1,7 +1,7 @@ %\documentclass[dsvariant,alternative,12pt,compact,monochrome]{yaac-another-awesome-cv} \documentclass[dsvariant,alternative,12pt,compact]{yaac-another-awesome-cv} \name{Suren A. Chilingaryan, PhD}{} -\tagline{Data Processing and Performance Expert | Lead of Cloud Computing } +\tagline{System Architect | HPC \& GPU Computing | Lead of Cloud Computing} \addbibresource{bib/csa.bib} \addbibresource{bib/csaproc.bib} @@ -9,22 +9,39 @@ %\photo{2.5cm}{darwiin.png} \socialinfo{ - \linkedin{suren-chilingaryan-5501636} + \address{76139 Karlsruhe, Germany} \email{csa@suren.me} + \linkedin{suren-chilingaryan-5501636} + \telegram{@csa7fff} % \smartphone{+49 (176) 438-53094} - \skype{csa8000} - \website{http://suren.me}{http://suren.me} +% \website{http://suren.me}{http://suren.me} % \vspace{0.5em} % \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 apply my expertise 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 to 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. +% I do research in high-performance and heterogeneous computing and apply my expertise to architect online systems for scientific instrumentation. +% As detector technologies advance, I believe that new architectural approaches are essential to meet the demands of rapidly growing data rates. +% Codesign across hardware, software, and analysis algorithms is often key to achieving performance and reliability at scale. +% With deep knowledge across computer science and IT technology as well as project management expirience, I can grasp complex systems as a whole and lead teams paying attention to the performance of critical components. +% Currently, I'm leading the adoption of cloud-native technologies for the KATRIN tritium neutrino experiment aimed to enable support of new 200 Gb/s detector along with input from thousands of sensors monitoring the experimental hardware and environment. +% With the new infrastructure nearing completion, I’m open to new challenges, particularly those involving performance-critical, distributed systems. + +% Technical leader in high-performance and heterogeneous computing, with deep expertise in architecting data-intensive systems for scientific instrumentation. +% I lead the cloud-native transformation of the KATRIN neutrino experiment, enabling 200 Gb/s detector data acquisition and integration of thousands of sensors. +% With a strong foundation in computer science and project management, I bring both strategic vision and hands-on skills to complex, performance-critical infrastructure challenges. + +%\textbf{System architect and HPC specialist} with 20 years of experience designing and delivering high-performance, data-intensive, and distributed computing systems for scientific instrumentation. +%My work spans GPU acceleration, low-latency data paths, distributed architectures, and cloud-native platforms. +%I combine broad technical depth with ownership of complex engineering projects, mentoring junior contributors, and providing technical direction for software-side research. +%I work closely with detector electronics, infrastructure, and scientific teams to turn prototypes into robust, maintainable production systems. +%Most recently, I led the cloud-native modernization of the KATRIN neutrino experiment, enabling 200\,Gb/s data acquisition and integration of thousands of sensors. + +System architect with 20 years of experience designing distributed, data-intensive systems for large-scale scientific instrumentation. +Strong background in HPC, GPU acceleration, low-latency data paths, and cloud-native platforms. +Proven ability to turn research prototypes into reliable production systems and to lead cross-team engineering efforts. +Recently led the cloud-native transformation of the KATRIN neutrino experiment, enabling 200\,Gb/s data acquisition and integrating thousands of sensors. } \begin{document} @@ -37,15 +54,17 @@ % {\thepage} \input{section_competences} - \input{section_skills} + \input{section_curproj} + \input{section_employment} - \input{section_education} -% \input{section_academic} \input{section_personal} \newpage + \input{section_education} +% \input{section_academic} \input{section_projects} + \input{section_skills} % \input{section_experiments} % \input{section_funding} |