What's Happening?
Curtiss-Wright Actuation Division is actively seeking a Senior Reliability and Safety Engineer to join its team in Shelby, North Carolina. This role involves developing electromechanical and hydromechanical actuation design solutions for commercial and defense-related
aircraft flight control and utility actuation applications, including motor control electronics units. The successful candidate will be responsible for creating safety and reliability plans for projects, establishing and interpreting reliability and safety requirements, and performing qualitative and quantitative reliability prediction assessments for component and system designs. Key tasks also include conducting safety analyses, hazard analyses, common mode analyses, FTAs, FMEAs, and FMECAs, while supporting the design and development process with reliability and safety considerations. The position requires working within product development teams to ensure all reliability and safety considerations are addressed to meet customer requirements and system development standards like ARP4754 and ARP4761 for aircraft system certification. The salary range for this position is between $99,000 and $143,000, based on qualifications and experience. Applicants must be U.S. Citizens and possess a Bachelor's Degree in Engineering or a related field with 7-10 years of experience.
Why It's Important?
This job opening highlights the critical demand for specialized engineering talent within the U.S. aerospace and defense industries, particularly in the field of reliability and safety. Curtiss-Wright's focus on developing advanced actuation products for demanding applications underscores the continuous need for robust and secure systems in both commercial and military aircraft. The emphasis on adherence to stringent industry standards like ARP4754 and ARP4761 reflects the high regulatory and safety requirements governing aerospace manufacturing. The role's responsibilities, including various types of failure analyses and reliability modeling, are essential for ensuring the operational integrity and longevity of aircraft components, directly impacting flight safety and mission success. For the U.S. industrial sector, this signifies ongoing investment in high-tech manufacturing and a commitment to maintaining a competitive edge in global aerospace markets. The requirement for U.S. citizenship also points to the sensitive nature of defense-related projects and the importance of national security considerations in specialized engineering roles.
What's Next?
The recruitment process for this Senior Reliability and Safety Engineer position will involve identifying and onboarding a qualified professional who can contribute to Curtiss-Wright's ongoing projects. The successful candidate will immediately engage with product development teams, focusing on integrating reliability and safety considerations into new and existing designs. This hiring is part of Curtiss-Wright's broader strategy to enhance its electro-mechanical actuation products and systems, which are vital for improving the reliability, efficiency, and performance of customer operations. The company's continuous development in this area will likely lead to further advancements in aerospace and defense technology, potentially influencing future aircraft designs and operational capabilities. As the aerospace and defense markets evolve, driven by technological innovation and increasing demands for safety and efficiency, Curtiss-Wright's investment in specialized engineering talent will be crucial for its sustained growth and leadership in these sectors.
Beyond the Headlines
The demand for highly specialized engineers in reliability and safety, as evidenced by Curtiss-Wright's job posting, reflects a deeper trend in the U.S. industrial landscape: the increasing complexity and interconnectedness of modern engineering systems. In aerospace and defense, where failure can have catastrophic consequences, the role of reliability and safety engineering extends beyond mere compliance to become a cornerstone of innovation and competitive advantage. This position's focus on electromechanical and hydromechanical systems highlights the convergence of various engineering disciplines, requiring a holistic approach to design and analysis. The emphasis on reducing environmental impact through energy-efficient electro-mechanical designs also points to a growing industry-wide commitment to sustainability. This trend suggests that future engineering roles will increasingly require interdisciplinary expertise and a strong understanding of both technical performance and broader societal and environmental implications, shaping the educational and professional development pathways for engineers in critical U.S. industries.
