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Today’s rapidly evolving aerospace and defense manufacturing technology industry requires quality assurance standards, techniques and regulations that can match pace with innovations in manufacturing. Historically, the development of standards and regulations has been a deliberately slow and conservative process—and rightly so in an industry where safety and quality are so important. However, when the pace of regulatory updates cannot keep up with capability development, we’re at risk of hindering, if not disabling, substantial adoption of new technologies. The U.S. should lead this standards development. Quality assurance techniques are developed to independently assess that manufactured components meet dimensionality, material and other relevant physical attributes. These processes are used by both manufacturers and finished product customers to track and verify that manufactured goods conform to established standards. In many industries, these standards are maintained by ind
Sarah Leeper, Vice President / General Manager, Electronic Systems, Draper
Conn Doherty, vice president, Future Aircraft Systems & Technology, Raytheon Intelligence & Space
Michael Simon, Ph.D., MBA, VP - Advanced Technology & Engineering, CAES
Scott Barber, Director of Defense Products, JBT AeroTech
Chris Allan, Director Accounts & Partnerships, NATS
In aerospace and defense, staying abreast of emerging trends is paramount for stakeholders to navigate challenges, seize opportunities, and maintain competitive advantage.
As the global economy becomes more interconnected, the maritime industry becomes smarter, more efficient, and increasingly sustainable.
The Meteoric Ascent of the APAC Aerospace and Defense Sector
China Remains The Dominant Player In The Region, Significantly Increasing Its Military Expenditure To Develop Next-Generation Fighter Jets, Unmanned Aerial Systems, And Missile Defense Technologies. The Country’s Commercial Aviation Sector Is Also Growing Rapidly, With Aircraft Manufacturers Such As COMAC Aiming To Challenge Western Giants Like Boeing And Airbus. India, On The Other Hand, Is Focused On Indigenization Through Its “Make In India” Initiative, Pushing For Domestic Production Of Military Aircraft, Naval Systems, And Missile Technology While Strengthening Partnerships With International Defense Firms.
Japan And South Korea Are Also Investing In Their Defense Industries, Focusing On Missile Defense Systems, Naval Capabilities, And Indigenous Fighter Jet Programs. Japan’s Defense Policy Shift And Increasing Defense Budget Reflect Its Intent To Play A More Proactive Role In Regional Security. Meanwhile, South Korea Is Advancing Its Aerospace Capabilities With Projects Like The KF-21 Fighter Jet And Expanding Its Presence In The Global Arms Export Market.
Commercial Aviation In APAC Is Witnessing Rising Demand Due To An Expanding Middle Class, Increasing Air Travel, And Urbanization. Airlines Are Placing Significant Aircraft Orders, Leading To Higher Demand For Aircraft Manufacturing, Maintenance, Repair, And Overhaul (MRO) Services. With Supply Chain Disruptions Affecting Global Aerospace Production, APAC Countries Are Striving To Localize Component Manufacturing And Reduce Dependence On Western Suppliers.
Despite Rapid Growth, The Industry Faces Challenges Such As Regulatory Hurdles, Technology Transfer Limitations, And Competition From Established Western And Emerging Regional Players. However, The APAC Aerospace And Defense Market Remains A Focal Point For Investment And Innovation, With Countries Continuing To Expand Their Capabilities To Meet Both Commercial And Defense Demands In An Evolving Geopolitical Landscape.
In This Edition, We Feature Several Influential Leaders Who Offer Their Perspectives Of The Factors Driving The Market, Its Current Challenges And Its Future Prospects. We Believe These Insights Will Help You With Better And More Informed Business Decisions.
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