Kay Kasemir
About Kay Kasemir
Kay Kasemir is a Technology Architect with extensive experience in designing and implementing control system software tools for desktop and web platforms. He has worked at Oak Ridge National Laboratory since 2004 and previously at Los Alamos National Laboratory, holding a Ph.D. in Physics from Universität Osnabrück.
Work at Oak Ridge National Laboratory
Kay Kasemir has been serving as a Technology Architect at Oak Ridge National Laboratory since 2004. In this role, he focuses on designing and implementing control system software tools for both desktop and web platforms. His extensive experience in the field has contributed to the laboratory's advancements in technology and software solutions.
Previous Experience at Los Alamos National Laboratory
Prior to his current position, Kay Kasemir worked at Los Alamos National Laboratory as a Control System Software Engineer from 1999 to 2004. During this five-year tenure, he developed critical software solutions that supported various laboratory projects, enhancing his expertise in control systems.
Education and Expertise
Kay Kasemir studied at Universität Osnabrück, where he earned a Ph.D. in Physics. His academic background laid the foundation for his technical skills, which include proficiency in various programming languages such as Java, C++, Python, and Perl. He has a strong grasp of database management systems including Oracle, MySQL, and PostgreSQL.
Technical Skills and Programming Proficiency
Kay Kasemir possesses a diverse skill set in programming and technology. He is experienced in multithreaded programming and distributed network programming using TCP/UDP/IP and websockets. His knowledge extends to developing low-level drivers and services utilizing PCI, VXI, and VME technologies, as well as web technologies like JavaScript, CSS, and HTML5.
Familiarity with Operating Systems
Kay Kasemir is well-versed in multiple operating systems, including Linux, OS X, Windows, and vxWorks. This familiarity allows him to adapt his software solutions across various platforms, ensuring compatibility and performance in diverse environments.