Senior Thermal Engineer, Space RF & Phased Arrays

Blue Origin; Seattle (WA); Sur place; USD 156 802 - 219 522; Plein temps

Avantages offerts par ce poste

Medical, dental, vision insurance

Paid parental leave

401(k) with company match

Paid Time Off and holidays

Stock options available

Résumé du poste

Blue Origin is searching for a Senior Thermal Engineer to lead the thermal design and analysis of advanced phased array antenna systems. This key role ensures reliable performance of high-frequency antenna systems while working collaboratively across various teams.

The ideal candidate will bring extensive experience in thermal management, strong expertise with RF electronics, and proficiency in thermal modeling tools. Join us in pioneering the future of space-based communications.

Qualifications

• 8+ years of experience in thermal engineering for aerospace or RF systems.
• Demonstrated experience with spaceborne thermal design.
• Strong understanding of phased array antenna systems.

Responsabilités

• Lead thermal architecture development for phased array antennas.
• Design and optimize thermal solutions for ground-based terminals.
• Develop thermal models covering conduction, radiation, and convection.

Connaissances

Thermal management of RF electronics

Phased array antenna systems

Thermal modeling tools

Systems thinking

Strong communication skills

Formation

Bachelor's degree in mechanical engineering, aerospace engineering, or physics

Master's or PhD in relevant fields

Outils

Thermal Desktop

SINDA/FLUINT

ANSYS Icepak

Description du poste

Blue Origin is searching for a Senior Thermal Engineer to lead the thermal design and analysis of advanced phased array antenna systems. This key role ensures reliable performance of high-frequency antenna systems while working collaboratively across various teams.

The ideal candidate will bring extensive experience in thermal management, strong expertise with RF electronics, and proficiency in thermal modeling tools. Join us in pioneering the future of space-based communications.