Aerospace Engineering

The Aerospace Engineering Test is a rapid, 20-minute online multiple-choice assessment designed to evaluate a candidate’s technical knowledge across aerodynamics, flight and space dynamics, avionics, and aircraft systems.  Before you invest the time and money to train a new employee, test your aerospace engineer applicants for skills like:

• Aerodynamics
• Aerospace Mechanics
• Aircraft Systems and Instrumentation
• Advance Aerospace Engineering

Potential job titles for this role include: Aerospace Engineer, Aerospace Engineering and Operations Technician, Avionics Engineer, Flight Test Engineer, Flight Controls Engineer

Language – English (US),
Job Level – Graduate, Mid-Professional, Professional Individual Contributor,
Average Testing Time (minutes) – 10 minutes
Allowed Time (minutes) – 20
Maximum Number of Questions – 18 questions
Number of Sittings – One
Designed for Unproctored Environment – Yes
Test Type – Multiple Choice
Sector – Engineering

What It’s Best Used For

• Targeting Technical Roles: Ideal for screening aerospace engineers, avionics engineers, flight test or control engineers, and aerospace operations technicians.
• Evaluating Fluid & Aero Dynamics: Measures a candidate’s grasp of compressible and finite wing aerodynamics, aero-fluid mechanics, and gas turbine propulsion.
• Verifying Structural Mechanics: Tests proficiency in aerospace structural analysis, design, vibrations, and aeroelasticity elements.
• Gauging Systems & Instrumentation: Assesses understanding of aircraft control systems, instrumentation, flight/space dynamics, and avionics setup.
• Isolating Skill Gaps: Provides an overall score alongside specialized sub-scores in aerodynamics, mechanics, instrumentation, and advanced engineering to identify exact technical strengths.

Scores Reported

• Overall Score
• Aerodynamics
• Aerospace Mechanics
• Aircraft Systems and Instrumentation
• Advance Aerospace Engineering

Knowledge, Skills, Abilities and Competencies Measured

• Aero engine design
• Compressible and finite wing aerodynamics
• Vibrations and elements of aeroelasticity
• Aerospace structural mechanics
• Aero-fluid mechanics
• Basics of aircraft systems
• Aircraft control systems and instrumentation
• Aircraft propulsion and gas turbine engines
• Aircraft structural analysis and design
• Aircraft performance, stability and control
• Flight dynamics
• Space dynamics
• Avionics
• Aircraft maintenance and airworthiness