Valerie Dewitt is a seasoned Talent Acquisition professional currently excelling in her role as a Recruiter at AMS, where she specializes in supporting Rolls-Royce in their quest for top-tier talent within the aerospace sector. With extensive experience in recruiting and leadership, Valerie is adept at...
Valerie Dewitt is a seasoned Talent Acquisition professional currently excelling in her role as a Recruiter at AMS, where she specializes in supporting Rolls-Royce in their quest for top-tier talent within the aerospace sector. With extensive experience in recruiting and leadership, Valerie is adept at navigating the complexities of sourcing candidates for critical roles associated with aircraft engines. Her focus encompasses a wide array of functions, including design, certification, manufacturing, testing, assembly, support, and overhaul capabilities in the United States.
Valerie's expertise in corporate recruiting is underscored by her proficiency in utilizing advanced tools such as Taleo and CRM systems, which streamline the hiring process and enhance candidate engagement. She is particularly skilled in staff augmentation, ensuring that Rolls-Royce has the right talent in place to meet project demands and drive innovation in aircraft engine technology. Valerie's strategic approach to onboarding and her knowledge of deferred compensation structures further empower her to attract and retain high-caliber professionals in a competitive market.
Currently, Valerie is leading key projects aimed at optimizing recruitment strategies to align with Rolls-Royce's long-term goals. By leveraging her strong background in human resources and resume writing, she effectively communicates the unique value propositions of roles, ensuring that potential candidates are not only qualified but also a cultural fit for the organization. Through her dedicated efforts, Valerie is making a significant impact on the talent landscape within the aerospace industry, contributing to the ongoing success and advancement of Rolls-Royce's operations.
