Why Hydrogen Aviation Will FAIL Without Systems Engineering | Jared Semik

The conversation covers a community gathering, updates on hydrogen aviation, the mission and vision of HySky Society, an introduction to holistic systems engineering, principles and definitions, the philosophy of holism, energy nucleus and systems, energy storage mediums, a holistic engineering approach, mismatch of energy characteristics, patchwork and holistic engineering, solar, wind, and concentrated solar power, and electric aircraft and patchwork. The conversation delves into advanced propulsion systems, aerodynamic efficiency, EVTOLs, rethinking operational ranges, the concept of false summit, and holistic engineering in aerospace. The speaker discusses the integration of components, energy characteristics, and the importance of a holistic approach to design and manufacturing. Takeaways Holistic engineering is essential for optimizing energy systems. Understanding the unique characteristics of energy sources is crucial for system design and performance. Advanced propulsion systems enable increased power density and mass fraction bonus. Holistic engineering involves understanding the unique characteristics of energy and integrating components for maximum efficiency. Chapters 00:00 Community Gathering 14:14 Introduction and Housekeeping 19:26 Presentation Introduction 25:26 Principles and Definitions 30:31 Holistic Engineering Approach 37:13 Patchwork and Holistic Engineering 50:44 Electric Aircraft and Patchwork 56:42 Aerodynamic Efficiency and EVTOLs