AOCS/GNC Engineer (all gender)

ALTEN; Friedrichshafen; Vor Ort; EUR 55.000 - 90.000; Vollzeit

Benefits dieser Stelle

Talent management

Flexible hours and mobile working

EGYM Wellpass

Bike leasing

Green mobility

Zusammenfassung

ALTEN in Germany is seeking an aerospace engineering specialist to join our mission-analysis team. You will analyze AOCS guidance performance, refine attitude guidance concepts, and contribute to spacecraft dynamics and orbital mechanics studies.

You will build and evaluate simulation environments, perform trade-off analyses, document results, and present recommendations to project stakeholders. A Bachelor's degree in a related field and hands-on space systems experience are expected, with

Qualifikationen

• Bachelor's degree in Aerospace Engineering, Control Engineering, Physics or related.

Aufgaben

• Analyze and assess AOCS guidance performance, focusing on pointing accuracy, geo-location and geo-orientation errors.
• Use and enhance AOCS simulation environments to evaluate mission performance and investigate guidance correction concepts.
• Perform performance analyses and trade-off studies comparing onboard guidance methods.
• Evaluate the impact of orbital prediction errors on mission and instrument performance.
• Develop prototype analysis tools, document technical results, and present recommendations to project stakeholders.

Kenntnisse

AOCS / GNC experience

Spacecraft dynamics

Orbital mechanics

Simulation-based engineering

Documentation & reporting

Ausbildung

Bachelor's degree in Aerospace Engineering / Control Engineering / Physics

Jobbeschreibung

We are the designers of today for the world of tomorrow. As one of the world’s leading engineering service providers, we at ALTEN are committed to positively shaping the future of our partners, the careers of our employees and the challenges facing our society and environment. More than 50,000 employees in 30 countries are already working on innovative solutions in various engineering and IT sectors such as aerospace, renewable energy, medical technology, railway technology and automotive.

Job Description

• analyze and assess AOCS guidance performance, with a focus on spacecraft pointing accuracy, geo-location and geo-orientation errors
• use and enhance AOCS simulation environments to evaluate mission performance and investigate guidance correction concepts
• perform performance analyses and trade-off studies to compare alternative onboard guidance correction methods
• evaluate the impact of orbital prediction errors, including along-track and cross-track deviations, on mission and instrument performance
• develop prototype analysis tools, document technical results, and present recommendations to project stakeholders

Qualifications

• hold a Bachelor's degree or equivalent in Aerospace Engineering, Control Engineering, Physics, or a related technical discipline
• have experience in AOCS, GNC, spacecraft guidance, or satellite mission analysis
• possess a solid understanding of spacecraft dynamics, orbital mechanics, and attitude guidance concepts
• are experienced in simulation-based engineering and performance assessment of space systems
• are familiar with verification and validation activities, performance metrics, and technical trade-off analyses
• can produce high-quality technical documentation and effectively communicate results in reports and presentations

We value diversity and therefore welcome all applications - regardless of gender, nationality, ethnic and social origin, religion/belief, disability, age and sexual orientation and identity.

Severely disabled persons will be given preferential consideration if they are equally qualified.

Additional Information

• Talent Management - we develop your career
• Work life balance - flexible working hours and mobile working possible
• Fit and relaxed - with EGYM Wellpass
• Enjoy biking - always on tour with bike leasing
• Green Mobility - with us you can travel at a reduced rate

...in addition we offer a permanent employment contract, corporate benefits and team events.