Aerospace Systems Engineer: Mission & Fault Management

Bevilacqua Research Corporation; Huntsville (AL); On-site; USD 90,000 - 130,000; Full time

Job summary

Bevilacqua Research Corporation in Huntsville, AL is seeking an Aerospace Systems Engineer to support the definition, design, development, analysis, testing, and integration of Mission and Fault Management systems for launch vehicles and spacecraft.

The role emphasizes working with cross-functional teams, applying systems engineering and project management processes, and delivering reliable spacecraft systems.

Qualifications

• ABET-accredited degree in aerospace, electrical, or mechanical engineering
• Recent graduates up to 10 years of experience
• Experience on integrated project teams using systems engineering and project management processes
• Excellent technical writing and communication skills
• Self-motivated team player with experience in dynamic work environments

Responsibilities

• Define, design, develop, test, and integrate Mission and Fault Management systems
• Develop, validate, and verify Mission and Fault Management requirements for Vehicle and Mission Management system specs
• Model, test, and validate algorithms for events, sequences, and triggers for nominal and off-nominal operations
• Interface with vehicle elements, contractors, and stakeholders to ensure fault management is integrated into design and operations
• Present technical results and participate in reviews at discipline and program levels

Skills

Systems engineering

Project management

Technical writing

Communication skills

Team player

Education

ABET-accredited engineering

Job description

Bevilacqua Research Corporation in Huntsville, AL is seeking an Aerospace Systems Engineer to support the definition, design, development, analysis, testing, and integration of Mission and Fault Management systems for launch vehicles and spacecraft.

The role emphasizes working with cross-functional teams, applying systems engineering and project management processes, and delivering reliable spacecraft systems.