✰ Nahum Kilim
About ✰ Nahum Kilim
Nahum Kilim is a Leading Innovation Software Engineer and Leader with extensive experience in developing multi-threaded applications across various platforms. Currently working at NVIDIA and Biosense Webster, he has a strong background in networking protocols and has contributed to multiple projects throughout his career.
Work at BioSense
Currently, Nahum Kilim serves as the Leading Innovation Software Engineer and Leader at BioSense Webster, a position he has held since 2007. He operates in the Haifa Area, Israel, where he contributes to the development and innovation of software solutions. His role involves leading engineering efforts and collaborating with cross-functional teams to enhance product offerings.
Current Role at NVIDIA
Nahum Kilim has been employed at NVIDIA as a Senior Leading Software Engineer since 2019. In this capacity, he collaborates with multiple teams in a multi-functional environment, focusing on software development. He utilizes tools such as Redmine, Jira, CI (Jenkins), and GIT for feature development, contributing to the advancement of NVIDIA's software capabilities.
Previous Experience in Software Engineering
Nahum Kilim has held several leadership positions in software engineering prior to his current roles. He worked at ECI Telecom as a Software Team Leader from 2001 to 2002 and at DSP Group in the same capacity from 1999 to 2001. He also served as a Software Project Leader at IBM from 1996 to 1999, accumulating extensive experience in managing software development teams.
Education and Expertise
Nahum Kilim studied Computer Science with a focus on Software Engineering at the Technion - Israel Institute of Technology, where he earned a B.Sc. He also attended Leo Baeck. His educational background supports his extensive expertise in developing multi-threaded applications and networking protocols, including InfiniBand and Ethernet.
Patents and Technical Contributions
Nahum Kilim holds patents in various fields, including wireless technology, imaging, 3D applications, and algorithms development. He has developed significant technical solutions, such as a full zero-copy TCP/IP socket API and an NVMe over TCP/IP implementation. His work also includes creating a kernel bypassing user space TCP/IP stack offload and acceleration library using high-performance C++.