Do you want to discuss digital engineering with Ansys executive leaders? From June 16 to 22, visit us at the Paris Air Show in chalet No. 214 and at booth AB168 in Hall 4 with our channel partner Dynas+.
The International Paris Air Show — organized by SIAE, a French Aerospace Industries Association (GIFAS) subsidiary — has been a meeting place for aerospace innovators for over a century.
Today, the Paris Air Show is the largest event in the industry, showcasing excellence, innovation, and collaborative projects from across the globe. The 55th International Paris Air Show will be no exception, with this year’s event promising to offer strategic encounters, insight into innovations, and the “dream and magic of the sector.”
The Ansys team is excited to participate in Paris Air Show 2025 and to share how organizations worldwide are realizing the full potential of digital engineering to perform groundbreaking work in aerospace and defense (A&D).
Unlocking the Future of Aerospace and Defense: How Simulation-driven Digital Engineering Is Shaping Next-gen Innovation
Every iteration of the Paris Air Show showcases how quickly A&D industries are evolving new technologies and systems to rise above the challenges they face. From artificial intelligence (AI) and machine learning (ML) to optimizing mission-critical aerospace systems and a trend toward reusable and environmentally friendly designs, you can find people redefining what is possible at every corner of the event.
Digital engineering and simulation are a few of the technologies showcased at the Paris Air Show that are transforming the A&D industry. Wondering how? Digital engineering and simulation enable innovative designs, help optimize performance, and ensure safety across the life cycle of complex systems.
By using these advanced solutions, engineers in commercial aviation, defense, and space can virtually test aircraft, spacecraft, and defense technologies, reducing costs and accelerating development.
Ansys leads the way in this area, providing cutting-edge simulation tools that enable high-fidelity analyses and solutions that enhance performance and reliability. We’d love to meet you at the Paris Air Show to chat about how simulation-driven engineering can help support your success by driving progress in mission-critical areas, including:
1. Digital Engineering
The A&D industries face disruptive technologies that challenge traditional advantages across the land, sea, air, space, and cyber domains. To stay competitive, companies must employ digital engineering to improve flexibility, modernize legacy programs, and accelerate the deployment of new technologies. In doing so, organizations worldwide can ensure they remain at the forefront of innovation in this rapidly evolving landscape.
To maintain a competitive edge, companies must adopt digital engineering in defense and aerospace.
2. AI/ML
Ansys provides AI-powered simulation and synthetic data solutions to help power A&D advancements. By using physics-informed AI/ML models and high-fidelity datasets, engineers, innovators, and researchers can design, validate, and optimize mission-critical systems for extreme conditions.
Ansys simulation software enables rapid design exploration, performance optimization, and development derisking. The result? High-accuracy, scalable solutions to accelerate next-gen defense systems' design, testing, and deployment with precision and resilience.
Ansys uses artificial intelligence (AI) and machine learning (ML) to aid design and development of mission-critical aerospace systems.
3. Autonomy
As the defense industry advances manned and unmanned teaming technologies, overcoming challenges in intelligent, connected platforms becomes even more crucial. This is where simulation and digital engineering come in. You can use Ansys software for autonomous system design, hardware and software development, and validation.
Ansys solutions help engineers accelerate development, reduce costs, automate code generation, ensure safety compliance, and minimize real-world testing, thereby improving the efficiency and effectiveness of next-gen defense technologies.
Autonomous technologies are advancing, such as electric vertical take-off and landing aircraft (eVTOL) in the defense and aerospace industries.
4. Chip to Mission
In today’s complex defense landscape, mission success depends on integrating multidomain systems within a system-of-systems architecture. Ansys software accelerates model-based acquisition and enhances capabilities from concept to deployment through digital engineering.
Our full-fidelity simulation software optimizes system integration, reduces costly iterations, and enables real-time decision-making, ensuring adaptive, combat-ready capabilities. Ansys software is here to help you de-risk mission planning and outpace evolving threats with confidence.
Mission success depends on the integration of multidomain systems within a system-of-systems architecture.
Accelerate Innovative A&D Capabilities Through Simulation-driven Digital Engineering
Aiding innovators is a core goal at Ansys, and we’re looking forward to sharing how our digital engineering and simulation solutions can help you do just that. Our software aids engineers, scientists, and researchers — some of whom will be at the Paris Air Show themselves — in making groundbreaking discoveries in the most exciting areas and overcoming the most prominent challenges facing A&D today. Using Ansys software, A&D leaders can optimize their designs, reduce costs, and accelerate time to market while addressing complex challenges in mission-critical systems.
Connect with us at the Paris Air Show for a unique opportunity to explore the future of digital engineering and the cutting-edge simulation solutions accelerating innovation in A&D. Whether you’re an executive focused on revolutionizing your organization, a manager looking to increase efficiency, or an engineer with a simulation-specific issue you’re looking to solve, we are excited to meet you.
Learn more and head here to request a meeting with Ansys experts at the Paris Air Show from June 16 to 22, 2025.
