Lead Flight Dynamics Engineer – Electric Aviation

Methodfi; Bristol; On-site; GBP 70,000 - GBP 90,000; Full time

Job summary

An innovative aviation company in Bristol is seeking a Principal Flight Dynamics Engineer to lead the development of flight dynamics models across the full flight envelope. This role involves collaboration with various teams to optimize design and test strategies, along with the responsibility to mentor junior engineers and enhance safety and performance of the aircraft. The ideal candidate will hold a degree in aerospace engineering, with strong experience in flight dynamics modelling, and proficiency in tools like MATLAB and Python. Excellent communication skills and a collaborative mindset are essential.

Benefits

26 days holiday, plus bank holidays

5 extra days to buy or sell

4 extra days holiday for marriage

4% additional salary for benefits

Award-winning digital health service

Performance-based bonus

Company share scheme

5% pension contribution match

Daily breakfast provided

Qualifications

• Strong experience in flight dynamics modelling for fixed-wing or rotorcraft.
• Familiarity with flight test data analysis and model validation techniques.
• Proficient in aerodynamics, stability, control theory.

Responsibilities

• Lead the development of flight dynamics models across the full flight envelope.
• Support the development of flight dynamics analysis toolsets.
• Collaborate with teams to optimise design and test strategy.

Skills

Flight dynamics modelling

Flight test data analysis

Collaboration

Aerodynamics understanding

Control theory

Education

Degree in aerospace engineering or related field

Tools

MATLAB/Simulink

Python

Job description

An innovative aviation company in Bristol is seeking a Principal Flight Dynamics Engineer to lead the development of flight dynamics models across the full flight envelope. This role involves collaboration with various teams to optimize design and test strategies, along with the responsibility to mentor junior engineers and enhance safety and performance of the aircraft. The ideal candidate will hold a degree in aerospace engineering, with strong experience in flight dynamics modelling, and proficiency in tools like MATLAB and Python. Excellent communication skills and a collaborative mindset are essential.