What the Project Is
PACE Aerospace Engineering & Information Technology GmbH, founded in 1995, has built a strong reputation for developing trailblazing software products that transformed the company from a university spin‐off into an international market player and partner of choice for leading aerospace and aviation companies. The project embraces aerospace and aviation niches such as aircraft preliminary design, aircraft interior configuration, flight profile optimization, and even extended reality (XR) training. With PACE software solutions for preliminary design, design experts are relieved from non-value adding activities, giving them the freedom to explore a wider range of alternative concepts – sometimes even off the beaten track – while mitigating technological risks, supporting investment decisions, and reducing time to market.
Main Benefit and Key Insights
- Increased Productivity – Shorter development cycles with a faster time to market.
- Risk Mitigation – Reliable data that inform strategic technology roadmap decisions.
- Competitive Products – High-quality, innovative technological solutions that stand out.
- Investment Protection – Seamless integration into existing tool and process landscapes.
- Knowledge Transfer – Effective dissemination of proven design solutions and best practices.
Pioneering Software for Aircraft Preliminary Design
PACE preliminary design solutions are based on a best-in-class software platform that champions model-based design. This platform supports a broad spectrum of engineering tasks from design space exploration to the automation of preliminary design tasks. It enables investigations and trade-offs at the aircraft level, supporting both conventional and non-conventional configurations. This approach allows experts to evaluate configurations with an additional functional layer for systems architecture design. The software is designed to support everything from early project phase technology selection to detailed layout and sizing of aircraft subsystems. Think of it as a versatile toolkit that adapts to the unique needs of every engineering endeavor… it’s quite impressive in its scope and capability.
Empowering Universities and Research Institutions
PACE software products for preliminary design are not only trusted by leading OEMs and first-tier suppliers but are also appreciated by universities and research organizations. In an industry where research plays an essential role, the project fuels advanced product and process knowledge, fostering technological innovation. These tools support research areas including the design and analysis of unconventional aircraft configurations, the electrification of aircraft systems, and the assessment of emerging propulsion technologies. Moreover, the design software aids in the development and adaptation of analysis methods and the optimization of the multidisciplinary development process, proving its value in academic and research settings. Universities rely on PACE to empower the next generation of aerospace engineers with state-of-the-art design software.
Driving Innovation in Aerial Technologies
At the heart of PACE’s innovation lies a commitment to investigating and implementing advanced engineering solutions. With an open product architecture, the software offering enables users to choose functionalities that best suit their current design focus and objectives. The flexibility to combine various modules means that the system can evolve with technological advancements and changing market demands. It is not just about meeting current needs – it’s about staying a step ahead in the high-stakes world of aerospace engineering. The dynamic, modular solutions foster a creative environment where alternative concepts can be explored with ease and precision.
Advancing Aerospace Research & Training
The aerospace industry is inherently research-intensive, relying heavily on the collaborative efforts of industry experts, universities, and research institutions. PACE’s model-based design tools fuel this collaborative venture by supporting a breadth of engineering tasks. They assist in bridging the gap between theoretical research and industrial application. The software solutions do not simply replace routine tasks: they serve as catalysts for strategic decision-making, leading to better, more innovative product developments. By integrating state-of-the-art design software into educational frameworks, the project plays a significant role in advancing the practical skills of tomorrow’s aerospace engineers. It all comes together seamlessly – a powerful symbiosis of research, education, and innovation.
Project Impact in Sustainable Development Goals
- SDG 4: Quality Education – By supporting the education of future aerospace engineers with advanced software tools, the project contributes significantly to educational excellence.
- SDG 9: Industry, Innovation, and Infrastructure – The innovative and high-quality technological solutions contribute to building resilient infrastructure and fostering innovation in the aerospace sector.
- SDG 11: Sustainable Cities and Communities – Enhancements in aerospace design indirectly support sustainable transport and connectivity, impacting urban development positively.
Adaptable and Forward-Thinking Solutions for the Future
PACE Aerospace Engineering & Information Technology GmbH continues to push the boundaries of what is possible in the fields of aerospace and aviation. Its model-based design tools are built to address the complete lifecycle of aircraft development, from early design space exploration to the automation of intricate preliminary design tasks. The project showcases a solid understanding that up to 80% of the total lifecycle cost of highly engineered products are decided in the early design stages. This realization underscores the critical importance of getting it right from the very beginning – a commitment that drives the innovative spirit inherent in every solution provided. In a dynamic and ever-evolving industry, PACE’s adaptable and forward-thinking approach not only addresses today’s challenges but also anticipates future trends, ensuring that both research and industry can benefit from the most advanced design methodologies available… truly a transformative force in aerospace engineering.
