Loads & Aerodynamics Engineer (mfd)

At Grob Aircraft we dont just build aircraft we push the boundaries of whats possible in aviation. From high-performance composite structures like the G120 TP to next-generation aircraft platforms like the CA-1 Europa our name stands for precision innovation and quality made in Bavaria recognized worldwide.

Now were looking for you a driven engineer ready to take on a key role in shaping the aerodynamic performance and structural integrity of our aircraft.

WHAT YOULL DO

• Design and develop aerodynamic concepts and calculate aerodynamic coefficients for our aircraft programs

• Define load cases and determine sectional loads in accordance with CS 23 regulations

• Build validate and continuously improve our in-house calculation tools

• Plan and conduct structural strength tests and correlate results with FEM simulations

• Create substantiation documentation for type certification and design changes based on applicable airworthiness requirements

WHAT YOU BRING

• Degree in Aerospace Engineering or a related field

• Ideally several years of hands-on experience in flight mechanics and aircraft load analysis

• Strong foundation in aerodynamics flight physics and flight loads

• A proactive self-driven mindset paired with excellent coordination and communication skills you enjoy collaborating in cross-functional teams

• Solid proficiency in MS Office (especially Excel) Mathcad and related engineering tools

• Fluent in both German and English (written and spoken)

WHAT WE OFFER

Were not just offering a job were offering a home for your ambitions. At Grob Aircraft youll find:

• Work-life balance that works 40-hour week 30 days of vacation and flexible arrangements to balance career and family life

• Long-term stability a secure position with company pension benefits

• A team that values people relaxed atmosphere approachable leadership and a collaborative spirit across all levels

• Real impact short decision-making paths mean your ideas dont get lost in bureaucracy

#LI-HK1