Launch Vehicle Ops Engineer II - 9X4 Mechanical Subsystem

Blue Origin; Merritt Island (FL); In loco; USD 99.000 - 139.000; Tempo pieno

Vantaggi offerti da questo lavoro

Medical insurance

Dental insurance

Vision insurance

401(k) with company match

Education support program

Paid time off

Holidays

Descrizione del lavoro

Blue Origin on Merritt Island, FL is seeking an Operations Integrator to own CONOPS, functional architecture, and interactions for the New Glenn subsystems. You will oversee development testing, feed lessons learned to flight hardware, and coordinate with stage-level Vehicle Operations Integration leads.

The role requires a B.S. in engineering and 2+ years in mechanical/hydraulic systems, with strong communication and self-direction.

Competenze

• B.S. degree in engineering (Mechanical, Aerospace, or related).
• 2+ years in mechanical or hydraulic systems.
• Understanding of hydraulic principles and system integration.

Mansioni

• Support hardware design reviews and technical assessments.
• Develop and maintain CONOPS documentation.
• Create operations documents defining testing requirements and interfaces.
• Collaborate with design, manufacturing, and operations teams.
• Develop test plans and acceptance criteria for Stage 1 subsystems.
• Provide on-console support during tests, launches, and recoveries.
• Analyze test data and recommend design improvements.
• Support failure analysis and corrective actions.

Conoscenze

Mechanical engineering

Aerospace engineering

Systems engineering

Hydraulic systems

Communication skills

Self-directed

Formazione

B.S. in engineering

Strumenti

DOORS Next Gen

Descrizione del lavoro

Blue Origin on Merritt Island, FL is seeking an Operations Integrator to own CONOPS, functional architecture, and interactions for the New Glenn subsystems. You will oversee development testing, feed lessons learned to flight hardware, and coordinate with stage-level Vehicle Operations Integration leads.

The role requires a B.S. in engineering and 2+ years in mechanical/hydraulic systems, with strong communication and self-direction.