In aerospace design and engineering, the current trajectory is marked by swift design-to-market times, fewer parts per product, and a strong emphasis on sustainability. Innovative materials and rapid prototyping, such as 3D printing, are critical for maintaining integrity and reducing the weight of aircraft structures, especially as aircraft electrification advances.

This sector faces the dual forces of opportunity and challenge: the demand of faster to market and engineering present the chance to redefine aerodynamics, while the need first time ready designs that endure extreme conditions . Accurate simulations, load calculations are essential for predicting performance and ensuring compliance to stringent standards. The faster to market calls for AI led engineering and knowledge-based engineering (KBE) to the workflow. These complex structures also will demand for special toolings, when it comes industrialization.

Tata Elxsi stands at the forefront of these developments. Tata Elxsi has owned the marquee programs like ISRO's Crew Module Recovery Model (CMRM) and Indian Aerospace OEM's aerostructure for morphing wing UAV. With comprehensive expertise from concept to prototype, we offer a harmonious blend of optimized designs, advanced materials, simulations,  and tooling ensuring durable and efficient aerostructures. Tata Elxsi's skilled CAE team is equipped to tackle multi-domain challenges, preparing aerostructures for the demands of modern aviation.