Aerospace Engineer Job Description
August 3, 2026
What Does an Aerospace Engineer Do?
An Aerospace Engineer designs, analyzes, and tests aircraft, spacecraft, and related systems and components, ensuring they meet strict performance, safety, and regulatory requirements throughout the product lifecycle.
What Employers & Job Seekers Need to Know
Aerospace Engineering is one of the most demanding disciplines in engineering, requiring rigorous safety and performance standards at every stage of a program. In today's organizations, the role spans traditional aerodynamics and structures work alongside growing use of simulation and digital modeling to reduce physical testing costs. This guide covers what an Aerospace Engineer does, the background employers expect, and how the role is evolving.
Because aerospace programs involve long timelines and significant capital investment, Aerospace Engineers increasingly need to understand how design decisions affect program cost and schedule, not just technical performance. This guide is useful for hiring managers and engineers evaluating this career path.
Education & Background Requirements
Employers hiring for Aerospace Engineer roles typically look for:
- Bachelor's degree in aerospace engineering or a closely related field; advanced degrees are common for specialized roles
- 3-6 years of experience in aerospace design, analysis, or testing
- Proficiency with aerospace-specific simulation and analysis software (e.g., CFD, FEA tools)
- Familiarity with relevant aerospace regulatory and certification standards (e.g., FAA, AS9100)
- Growing use of AI-assisted simulation and design optimization tools
Essential Skills & Competencies
Technical & Analytical Skills
- Performs aerodynamic, structural, or systems analysis on aerospace components
- Designs components or systems that meet strict safety and performance requirements
- Conducts and interprets physical and simulated testing
Project & Regulatory Skills
- Supports certification documentation and regulatory compliance efforts
- Collaborates on cross-functional design reviews
Communication & Collaboration
- Documents analysis and test results clearly for regulatory and program review
- Communicates design tradeoffs to program management and cross-functional teams
AI & Technology Fluency
- Uses AI-assisted simulation and design optimization tools to reduce physical testing cycles
- Applies machine learning-based anomaly detection in flight test or sensor data analysis
Aerospace Engineer Roles & Responsibilities
Core responsibilities include:
- Own the design and analysis of aerospace components or systems from concept through validation
- Plan and execute test campaigns, simulated and physical, to validate design decisions
- Prepare certification packages and represent the engineering team in regulatory reviews
- Lead cross-functional design reviews with structures, systems, and manufacturing teams
- Investigate and resolve design or test anomalies
- Own final analysis and test documentation delivered for program and regulatory review
Day-to-Day Duties
A typical day for an Aerospace Engineer may include:
- Running aerodynamic or structural simulations on a design iteration
- Reviewing test data from a recent physical or simulated test
- Preparing documentation for a certification milestone
- Participating in a cross-functional design review
- Investigating an anomaly identified during testing
- Using AI-assisted simulation tools to explore design alternatives before physical testing
The Modern Aerospace Engineer Landscape
- AI-assisted simulation is reducing reliance on costly physical testing cycles
- Growing investment in electric and hybrid propulsion systems
- Increasing use of digital twins across the aerospace product lifecycle
- Rising demand for engineers fluent in both traditional aerospace disciplines and data-driven analysis
As aerospace programs increasingly rely on simulation and data-driven design validation, the Aerospace Engineer role continues to evolve alongside new tools while retaining its foundation in rigorous safety and performance standards. Employers increasingly value engineers who can bridge traditional aerospace disciplines with modern analysis tools.
Success Metrics & Benchmarks
- Design validation accuracy against test results
- Certification milestone completion rate
- Reduction in physical testing cycles via simulation
- Anomaly resolution time
- Program schedule adherence for assigned design work
Career Pathing
Aerospace Engineers typically advance from entry-level design and analysis work into roles with greater technical ownership and broader program influence. Common next steps include:
- Senior Aerospace Engineer, handling more complex design and analysis work with greater autonomy
- Lead or Principal Engineer, guiding design decisions across a system or program
- Engineering or Program Manager, overseeing teams, budgets, and schedules
- Technical Fellow or Chief Engineer, setting technical direction and standards across the organization
What's the right compensation for this role? Download the Salary Guide
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