Presenter: Dr. Juozas Vaicenavicius
Date & Time: Sep. 23 at 6:30 PM US Eastern Time
Location: Online and in-person
Description
Despite software and automation taking center stage in most engineering domains, Systems Engineering has continued to be a highly manual and vague discipline – a bottleneck in the development of modern cyber-physical systems. Luckily, a big transformation is underway with new technology already available and embraced by early adopters – to build superior systems much faster.
It is the new ‘System as Code’ paradigm change enabled by a new, software-like (or ‘as code’) language ‘SysML v2’ for the Systems Engineering discipline and the associated computational tools. Sensmetry’s SysIDE, a comprehensive SysML v2 tool suite for the AI age, is leading the way – being the most performant, flexible, and interoperable SysML v2 solution. SysML v2 and SysIDE together transform Systems Engineering into a computational discipline, bringing agility, rigor, and unlimited automation potential (through programmatic APIs). Moreover, the unifying ‘as code’ paradigm removes boundaries between hardware and software teams, commonizes workflows, and thus makes agile integrated digital engineering achievable across the entire product/system lifecycle. In this new paradigm, the power of generative engineering, AI assistance, digital twin, digital thread, and CI/CD becomes easily accessible to all without vendor lock-in restrictions, liberating engineering teams to choose the best tools available.
To enable community innovation and effective collaboration in the ‘System as Code’ paradigm, Sensmetry is introducing ‘Sysand’ – the package manager for the SysML v2 ecosystem, allowing everyone to easily create, share, and discover SysML v2 libraries. ‘Sysand’ is tool-agnostic and open-source. Learn more at sysand.org and lead the way by creating and sharing your SysML v2 libraries!
About Juozas
CEO and Co-Founder of Sensmetry.
Juozas is a mathematician, engineer, and entrepreneur passionate about effective, rigorous management & evolution of complex systems. Engineering & technical leadership experience spans over a decade and covers multiple industry verticals, including automated driving systems and advanced satellite constellations. Juozas has contributed to industry-wide technical standards development such as OMG’s SysML v2, ISO 21448 “SOTIF” (a central automated driving safety standard) as well as published research in top journals and conferences. He completed his PhD in Mathematical Statistics at Uppsala University and prior studies at Oxford University.