Kami Meader is a seasoned aerospace structural engineer with two decades of extensive experience in the field, currently serving as the owner of Aerokam Engineering. In this pivotal role, Kami leverages her FAA license to oversee and sign off on structural engineering data for both...
Kami Meader is a seasoned aerospace structural engineer with two decades of extensive experience in the field, currently serving as the owner of Aerokam Engineering. In this pivotal role, Kami leverages her FAA license to oversee and sign off on structural engineering data for both Part 23 and Part 25 aircraft, ensuring compliance with stringent aviation regulations. Her expertise encompasses a wide range of critical activities, including repairs, alterations, and supplementary type certifications for various aircraft structures. Kami's proficiency in structural analysis, damage tolerance assessments, and static strength calculations positions her as a key player in the aerospace industry, where precision and safety are paramount.
At Aerokam Engineering, Kami is spearheading several innovative projects aimed at enhancing aircraft structural integrity and performance. Her work involves conducting thorough interior compliance walkthroughs, analyzing material processes, and performing fatigue assessments to ensure that all engineering solutions meet the highest standards of quality and reliability. Kami is particularly passionate about fostering the next generation of aerospace engineers; within the next five years, she envisions expanding her company to include both aerospace students and seasoned structural engineers. This strategic initiative aims to tackle more complex engineering projects, thereby contributing to the industry's growth and innovation.
With a strong foundation in project engineering and a commitment to excellence in aerospace engineering, Kami Meader is dedicated to pushing the boundaries of structural engineering. Her vision for Aerokam Engineering not only reflects her expertise but also her desire to mentor emerging talent, ensuring that the future of aerospace engineering remains bright and dynamic.
