ANSYS, GosNIIAS to increase safety in aerospace industry

BANGALORE, INDIA: The safety of Russian aircraft will benefit from a new research partnership between ANSYS and GosNIIAS, a Russian state scientific research institute that supports aviation systems development.

With no current process in place for compliance with worldwide aerospace standards in Russia, this agreement will help fill this void and make compliance with aerospace standards more attainable for this emerging market, said a press release.

Integrated modular avionics (IMA) is an emerging best practice led by airframers who seek an integrated avionics architecture that unifies historically disparate applications, such as flight controls and landing gear software, to better meet worldwide safety standards.

The team is developing an off-the shelf technology called SCADE Solutions for IMA that streamlines the code generation of avionics system architectures and creates an automatic IMA configuration table. This software application provides significant time and financial savings during the overall product design process and product reliability.

The wider global aerospace industry will also reap the benefits of increased competition as Russia updates its safety compliance processes.

"We are pleased to partner with ANSYS to help introduce a more concrete process for the certification of IMA compliant systems to this industry," said Sergey Yuryevich Zheltov, general director at GosNIIAS. "ANSYS has been a long-term technology partner to GosNIIAS, and with today's increasingly complex avionics systems, we look forward to moving towards a more stable Russian aerospace industry."

"Combining ANSYS expertise in embedded technology with GosNIIAS' deep knowledge of the Russian aerospace market makes this partnership extremely valuable," said Eric Bantegnie, vice president of the embedded systems business unit at ANSYS. "It helps us tackle complex engineering challenges by providing a tool dedicated to IMA-based architectures while improving the safety and reliability of airborne systems."