The engineer must have a strong passion for rockets and human spaceflight. Guided by our values, “Safety above All”, we proactively manage the risks inherent in human spaceflight through our daily actions in engineering operations. This role requires critical thinking across hardware integration and product lifecycles. Experience with typical rocket propellants from student rocket competitions (LOX, Hypergols, Hydrogen, solids, etc.) is a strong plus.
This role is for a hands-on person with great attention to detail and excellent people skills. Support the company strategy by holding ourselves and one another accountable for getting the work done.
This is a full-time position at Virgin Galactic’s aerospace facility in Truth or Consequences at Spaceport America.
Relocation assistance available.
Responsibilities
Coordinating, and executing operational procedures for propellant/pressurized gases loading
Providing real-time systems monitoring during space flights to monitor system performance and recommend corrective actions as required
Maintaining and operating Ground Support Equipment for flight operations
Proficient with propulsion systems for on-ship maintenance, pre-flight, and post-flight activities
Assisting with designing and executing Ground Support Equipment upgrades for increased reliability, improved efficiency, and higher flight cadence operations
Resolving and dispositioning rocket motor system issues and implementing future improvements
Reviewing operational data to identify areas for further development, testing, analyses, and improvement to ensure the system meets and exceeds all requirements for performance, safety, and reliability
Recommending concepts for component or system redesign based on operational experience, reliability, and maintainability
Assisting with authoring, reviewing, and approving technical publications (maintenance manuals, operating procedures, work instructions, dispositions, piping and instrumentation diagrams)
Performing post flight data analysis, including continued development of system health monitoring and reliability data
Continuously practice safety behavior and Foreign Object Debris (FOD) awareness/prevention; adhere to regulatory protocols and rules
Work collaboratively to achieve goals and/or complete assigned tasks
Required Skills and Experience
Bachelor’s degree in Aerospace or Mechanical Engineering from an accredited institution
3-D modeling knowledge
Experience with data analysis software such as MatLab
Ability to make critical split-second decisions in high stress situations
Excellent teamwork, organizational, communication, technical writing, and problem-solving skills
Self-motivated, self-starter
Strong computer skills, including Microsoft Word, Outlook, Excel and PowerPoint
A passion for rockets and sending people to space!
Preferred Skills and Experience
Internship/Co-op experience
Experience with student rocket launch competitions
Experience with 3-D modeling software such as SolidWorks, Siemens NX (Unigraphics), CATIA, etc.
High pressure fluids operations/testing and analysis or design experience
Knowledge of or experience with the design of flight vehicles or vehicle systems to a set of requirements or standards such as CFR 14, Part 400, Part 23 and 25, military or NASA
Hands-on mechanical and electrical experience
Physical and/or Additional Requirements
Must be able to work evenings and weekends in accordance with flight operations schedules as needed
Must be able to stand for extended periods – 9 hours minimum
Must be able to stoop, bend, crawl, and maneuver in tight spaces
Strong safety forward thinking, practice good housekeeping, tool control, recognizing the importance of properly handling hazardous materials, and chemicals
Ability to lift up to 50 pounds
Familiar with the use of personal protective equipment (PPE)
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The annual U.S. base salary range for this full-time position is $88,279.00 –$127,942.00 . The base pay actually offered will vary…