MQ-Flight Dynamics Engineer

You would be a great fit if you have:

• Bachelor's degree in Aerospace Engineering, Mechanical Engineering, Computer Science, or a related technical discipline and a minimum of two years of relevant professional experience.
• Knowledge of aerodynamics and/or computer programming with experience or skillsets in one or more of the following areas:
  • Computer programming
  • Physics-based simulations
  • Use of software-based data plotting and analysis tool(s) (e.g. MATLAB)
• Secret security clearance or the ability to obtain. Must be a U.S. citizen.

• Experience as a pilot, UAS operator, or mission planner
• Professional knowledge of aerodynamics, Unmanned Air System (UAS), 6
  
  DOF aircraft simulation, and/or mission planning, with experience or skillsets in one or more of the following areas:
  • MATLAB scripting and plotting
  • 6
    
    DOF aircraft simulations (will need to utilize MODAVSIM)
  • Flight dynamics and/or aircraft performance and associated acceptable aircraft behavior for safe flight
  • CLAW design and analysis of aircraft
  • Contingency management for unmanned systems
  • Flight control systems redundancy management for fixed-wing and/or rotary-wing aircraft
  • Experience with UAS waypoint-based mission planning

This position requires full-time access to an NMCI RDT&E computer system with the following software packages, including access to the NMCI RDT&E network.

• • MATLAB
  • Microsoft Office
  • Adobe Acrobat
  • Notepad++, or similar text editor
• Strong analytical and critical thinking skills
• Strong oral and written communication skills
• Ability to be a self-directed team player with proven ability to deliver tasks timely and efficiently, and a demonstrated ability to interact professionally with all levels of management
• High level problem solving and interpersonal skills

Peraton is seeking a Flight Dynamics Branch’s (AB21400) MQ-25 engineering team in assessing the overall MQ-25 air system performance, safety, and reliability, specifically related to flying Mission Plan routes.

Direct responsibility will be for executing six degree of freedom (6

DOF) simulation analyses using Boeing’s MODAVSIM simulation with Mission Plan routes provided by MQ-25 Integrated Test Team (ITT) and Air Vehicle Pilots (AVPs). This position plays a critical role in airworthiness and flight certification, by assessing criteria relevant to flight path control, air vehicle performance, flight characteristics, and Vehicle Management System (VMS) logic and flight and ground control law (CLAW) performance.

The position requires the ability to create scripts to run batch-style simulation runs, plot simulation data, analyze and assess safety-critical aspects of the data, and create documentation of the data and reporting key findings. The position is not responsible for final certification of, nor for producing official recommendations for, Mission Plan routes.

• Develop tools to run batch-style simulations using MODAVSIM and MATLAB
• Document process/procedures for 6
  
  DOF analysis and reporting as draft content for the MQ-25 Mission Plan Validation Joint Operating Procedure
• Plot data into reports, including but not limited to:
  • Overlay of Mission Plan routes and vehicle location time history over satellite imagery
  • Summaries of groups of runs
  • Individual plots
  • Using different x-axis parameters (e.g. time, waypoint, etc.)
  • Full Mission plans and smaller route segments
• Provide initial analysis of runs with a stoplight chart (or other data representation format) of parameters against defined thresholds
• Provide initial investigation into identified issues in the mission plan and/or vehicle response
• Review & interpret mission plan files to develop appropriate test matrix for simulation runs
• Review results of mission plan assessments conducted using a hardware-in-the-loop (HITL) lab and/or the MQ-25 Training and Test Rehearsal Unit (TTRU) and account for findings as appropriate in 6
  
  DOF mission plan analysis
• Assess generated data to ensure proper simulation usage and outcomes that are appropriate for required test cases
• Develop and document knowledge of aircraft and GCS system, mission planning concepts, and relevant flight procedures
• Develop generalized, non-MQ-25…