FLIGHT ENGINEER SKILLS, EXPERIENCE, AND JOB REQUIREMENTS

Published: Apr 16, 2025 – The Flight Engineer possesses extensive spacecraft engineering and flight dynamics experience, particularly with MAXAR FS1300 and Lockheed Martin A2100 platforms. This role demands strong proficiency in TT&C systems, MATLAB, AGI STK, and advanced mathematical and engineering principles to solve complex aerospace challenges. The engineer also maintains high attention to detail and reliability under pressure, including availability for 24/7 on-call duties and rapid onsite response.

Essential Hard and Soft Skills for a Standout Flight Engineer Resume
  • Safety Compliance
  • Fault Coordination
  • Monitoring Analysis
  • System Reporting
  • Quality Control
  • Software Lifecycle
  • Embedded Programming
  • Flight Testing
  • Preflight Checks
  • Aircraft Operations
  • Incident Management
  • Team Communication
  • Task Supervision
  • Team Collaboration
  • Maintenance Advising
  • Maintenance Liaison
  • Competency Checks
  • Policy Adherence
  • Fault Response
  • Safety Monitoring

Summary of Flight Engineer Knowledge and Qualifications on Resume

1. BS in Mechanical Engineering with 5 years of Experience

  • Flight operation engineering experiences in the civil aviation industry or similar experience.
  • Possesses certain airplane system and structure knowledge
  • Knowledge of airline flight operation processes and procedures.
  • Understanding of orbital mechanics.
  • Professional skills in Microsoft Project, Excel, PPT, Visio, and Word applications, and ability in coordination and presentation skills.
  • Fluent in English and Bahasa, and demonstrates excellent written and verbal communication skills.
  • Ability to work under pressure and be comfortable working on all aspects of
  • Good judgment, extreme discretion, and flexibility in work hours, travel domestically and internationally
  • Be a self-starter with a positive attitude, high ethics
  • A track record of working successfully under pressure in a time-constrained environment, and being a good team player.
  • High standard of honesty and integrity.
  • Excellent C and C++ knowledge.

2. BS in Aeronautical Engineering with 6 years of Experience

  • Industry experience in flight dynamics modeling and simulation
  • Experience working with system identification methods
  • Excellent understanding of aircraft stability and control derivatives
  • Experience correlating and validating flight dynamics models using experimental data
  • Understanding of data fitting and data regression methods
  • Experience with MATLAB, Simulink, C++, and Python
  • Experience with configuration control and management of models
  • Ability to work in groups and individually
  • Strong programming proficiency
  • Strong understanding of aircraft and rotorcraft aerodynamics
  • Experience with surrogate modeling techniques
  • Previous experience working on an aviation certification program

3. BS in Aerospace Engineering with 7 years of Experience

  • Previous spacecraft engineering experience
  • Flight Dynamics experience with MAXAR FS1300 or Lockheed Martin A2100 spacecraft
  • Spacecraft engineering experience with MAXAR FS1300 or Lockheed Martin A2100 spacecraft
  • Experience working with Kratos ISI EPOCH TT&C and OASYS, MATLAB, AGI STK software
  • General or specialized knowledge in one or more of the spacecraft subsystems, including Attitude Control, Propulsion, Power, Data Handling/Onboard Processing, Thermal, Mechanisms, TT&C, Payload, Flight Dynamics, and Orbit Mechanics
  • Ability to fulfill a 24x7 on-call rotation and respond onsite within 30 minutes
  • Ability to work with mathematical concepts such as probability, statistical inference, calculus, differential equations, and fundamentals of plane/solid geometry and trigonometry.
  • Ability to apply engineering principles and scientific methods, such as laws of mechanics of particles and solid bodies, and the application of these laws to real-world engineering problems
  • Ability to define problems, collect data, establish facts, apply visual and spatial reasoning, and draw valid engineering conclusions.
  • Ability to interpret and an extensive variety of tecahnical instructions in mathematical or diagram form and deal with several abstract and concrete variables.
  • Ability to utilize mathematical and computational tools to solve engineering problems
  • Attentive to details, proactive, and confident personality with good communication skills