Aerospace & Defense.
Soaring to new heights of innovation in preparation for the challenges of a rapidly changing industry
Solving Challenges in Aerospace Engineering
Pressures to cut program costs, tighten schedules, manage complexity, and enhance program integration are constant. Along with the aircraft electrification trend, they are also driving innovation.
The right solutions aid success in this environment. These can include:
- Model-based systems engineering
- Verification management Integrated program planning and execution
- Jet engine design software integrating program design and engineering
Maya HTT’s offerings also support intelligent manufacturing, supplier collaboration management, and product support and management.
Simulation and Design of Aircraft Engines
Jet engine design software – whether for turbofan, turboprop, or turboshaft engines – must meet today’s evolving demands. Aerospace firms face tight regulations and safety standards, variable operating conditions, and pressure to shorten design cycle times to contain costs.
Integrated software solutions help aero engine design engineers optimize designs quickly and leverage model-based systems engineering (MBSE) for more efficient production.
Fuel efficiency, thrust, emission control, thermal management, and time to market are just some of the challenges that aero engine companies can address with a robust and comprehensive digital thread.
Discover greater innovation and performance with software solutions for whole-engine modeling, 3D multiphysics simulation, 1D flow modeling, and correlating simulation data to test measurements.
Autonomous Vehicles and Drones for Urban Mobility
The rise of distributed electric propulsion systems, urban road congestion, and a pilot shortage are all driving urban mobility innovations.
Successful e-mobility solutions, including urban air mobility and autonomous aircraft, depend on integrating thermal and energy management, mechatronics, and a comprehensive digital thread across the product lifecycle from design to smart manufacturing to flight operations.
Electrification of Aviation
Exploring green solutions for transportation is accelerating aircraft engine electrification and hybrid-electric propulsion systems for aircraft. But manufacturers have hurdles to overcome. Beyond managing increasing complexity and needing to certify newly introduced concepts, thermal management is a frequent challenge.
Multiphysics system simulation is central to the performance engineering of hybrid electric propulsion. It’s also ideal for the dynamic simulation of hybrid engines for helicopters and other rotor craft. Meanwhile, solutions for thermal and structural analysis reduce risk and provide virtual validation of electric drive design and battery design.
What is powering innovation in turbine engineering?
Download the brochure to find out.
Discover the powerful potential of pairing exceptional engineering services with world-leading simulation software development:
- Thermo-mechanical performance engineering
- High-end computational fluid dynamics (CFD)
- Systems performance engineering
Maya HTT helps you meet the future of gas turbine engineering with next-level confidence, efficiency, and innovation.
Digitalization in Defense
Defense firms must deal with challenging schedules, fluctuating demand, risk of poor program performance, and the ever-present need for security and traceability.
Innovative digitalization strategies can overcome all these challenges. Discover software that improves collaboration and integration between design, manufacturing, and lifecycle maintenance, along with superior vendor management solutions for working seamlessly with partners and contractors.
Incorporating Advancements Faster
The latest innovations are the result of fresh thinking combined with the latest technology tools – artificial intelligence (AI), machine learning (ML), additive manufacturing (AM), and the Industrial Internet of Things (IIoT).
Invent the future. Realize efficient product engineering and design, meet cost and production goals, and simplify compliance using our product lifecycle management (PLM) software, a comprehensive digital twin, and a flexible and open ecosystem that readily adapts to your needs.
Better successes, better stories
Powering the Future of Space Launch with Reaction Dynamics
Maya HTT is proud to support Reaction Dynamics in advancing Canada’s space launch capabilities....
Launching small satellites with big benefits
Hybrid engine tech delivers competitive and agile access to space Reaction Dynamics (RDX) has been...
Magellan Aerospace
Magellan Aerospace, in its efforts to build innovative solutions for space missions, sought Maya...
Frequently asked questions
What aerospace and defense engineering challenges does Maya HTT help solve?
Maya HTT helps aerospace and defense organizations address challenges such as cutting program costs, tightening schedules, managing engineering complexity, improving program integration, and supporting aircraft electrification. Its solutions include model-based systems engineering, verification management, integrated program planning and execution, intelligent manufacturing, supplier collaboration management, and product support and management.
How can Maya HTT support aircraft engine simulation and design?
Maya HTT supports aircraft engine simulation and design with software solutions for whole-engine modeling, 3D multiphysics simulation, 1D flow modeling, and correlation of simulation data with test measurements. These capabilities are relevant for turbofan, turboprop, and turboshaft engine development, where teams must manage fuel efficiency, thrust, emissions, thermal management, regulations, safety standards, and time-to-market pressure.
Does Maya HTT provide solutions for aviation electrification and hybrid-electric propulsion?
Yes. Maya HTT supports aviation electrification and hybrid-electric propulsion through multiphysics system simulation, thermal analysis, and structural analysis. The page specifically notes that these tools can help reduce risk and provide virtual validation for electric drive and battery design, including applications such as hybrid engines for helicopters and other rotorcraft.
How can Maya HTT help with autonomous aircraft, drones, and urban air mobility?
Maya HTT supports autonomous aircraft, drones, and urban air mobility by helping integrate thermal and energy management, mechatronics, and a comprehensive digital thread across the product lifecycle. The page connects these capabilities to design, smart manufacturing, and flight operations for e-mobility and urban air mobility solutions.
What digitalization solutions does Maya HTT offer for defense organizations?
Maya HTT helps defense organizations use digitalization strategies to improve collaboration and integration across design, manufacturing, and lifecycle maintenance. The page also highlights vendor management solutions for working with partners and contractors, along with PLM software, comprehensive digital twin capabilities, and an open ecosystem to support compliance, product engineering, design, and production goals.