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

What It’s Best For

This test is best used during early-stage recruitment or internal promotion cycles to verify core technical competencies for graduates, mid-level professionals, and individual contributors before making a final hiring decision.

• Targeting Diverse Technical Roles: It screens effectively across a wide array of specialized specialties, including aerospace, avionics, flight control, and operations technician positions.
• Evaluating Fluid & Aero Dynamics: The test checks a candidate’s mastery of compressible wing structures, gas turbine engines, and foundational aero-fluid properties.
• Verifying Structural Mechanics & Vibrations: It evaluates essential physics habits, testing proficiency in design analysis, aeroelasticity elements, and vibration impacts on airframes.
• Gauging Aircraft Systems & Instrumentation: The modules track baseline familiarity with flight/space dynamics, avionics setups, cockpit instrumentation, and general airworthiness standards.

Built for an unproctored web environment, the platform delivers an immediate online report detailing an overall percentage alongside four specific technical sub-scores, uses English (US) formatting, and is fully legal for use in Canada.

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

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