Altair has signed a memorandum of understanding (MoU) with the Georgia Institute of Expertise to drive aerospace innovation.
Throughout the settlement, Georgia Tech’s Aerospace Methods Design Laboratory will obtain limitless entry to Altair sources to assist superior analysis and initiatives aligned to constructing expertise demonstrators with simulation and DA software program.
Collectively, the 2 organizations will discover how simulation, knowledge analytics, and synthetic intelligence (AI) can reshape operations in aviation, upkeep, restore, and overhaul (MRO), house and robotics functions.
“Altair’s simulation, knowledge and AI expertise already has a game-changing influence on aerospace firms around the globe, regardless of in the event that they’re a fledgling startup or a longtime powerhouse,” mentioned Dr. Pietro Cervellera, senior vice chairman of aerospace and protection, Altair.
Cervellera added, “We’re excited to collaborate with a top-tier college like Georgia Tech to develop much more impactful functions and additional strengthen our ties with the worldwide tutorial and scientific neighborhood.”
“Georgia Tech prides itself on being one of many nation’s premier establishments for aerospace engineering. This dedication to excellence is why our Daniel Guggenheim College of Aerospace Engineering was named the nation’s prime publicly funded graduate aerospace engineering program,” mentioned Dimitri Mavris, distinguished regents professor within the college and director of ASDL.
Mavris continued, “Working along with Altair offers us one more approach to harness transformational expertise to assist our school and college students break boundaries inside aerospace engineering.”
The 2 organizations will collaborate on initiatives the place Georgia Tech professors, researchers and doctoral college students can use Altair expertise to discover revolutionary concepts and develop breakthrough options.
The MoU emphasizes collaboration on expertise demonstrators that may be showcased to each the business and scientific communities.
