Megan Pace
About Megan Pace
Megan Pace is a Systems Engineer II at Blue Origin with a strong background in the Defense and Aerospace industry, having previously worked at Lockheed Martin and NASA.
Company
Megan Pace is currently employed at BLUE ORIGIN, a prominent organization in the aerospace industry. She has been serving in the role of Systems Engineer II since 2019, based in Cape Canaveral, Florida, United States. BLUE ORIGIN focuses on spaceflight technologies and launch systems, making Megan's role integral to the company's operations.
Title
Megan Pace holds the title of Systems Engineer II. In this capacity, she is involved in complex systems engineering tasks, which likely include the design, integration, and testing of aerospace systems. Her role is crucial in ensuring that the systems developed meet the stringent requirements of space missions.
Education and Expertise
Megan Pace graduated with a Bachelor of Science (BS) in Physics from the University of South Florida. Her academic background in physics has provided her with a strong foundation for her engineering roles. Her expertise spans across systems integration, testing, and general systems engineering, particularly within the defense and aerospace industry.
Previous Work Experience
Prior to her current role at BLUE ORIGIN, Megan worked at Lockheed Martin, where she held several positions including Systems Integration and Test Engineer II for 9 months in 2019, and Systems Engineer from 2017 to 2018 in Orlando, Florida. Additionally, she had a stint as an Aerospace Engineer Intern at NASA in 2017 for 3 months. These roles contributed to her broad skill set in engineering disciplines.
Background in Aerospace Industry
Megan Pace's professional background is firmly rooted in the aerospace industry. Her experience at key organizations such as BLUE ORIGIN, Lockheed Martin, and NASA speaks to her deep involvement in aerospace engineering. Particularly, her work at Cape Canaveral, a significant hub for space activities, underscores her practical experience in high-stakes environments.