Design Engineer - Thermal

Astro Mechanica; United States; Remote; USD 80,000 - 120,000; Full time

Job summary

An innovative company is on the lookout for a talented Propulsion Design Engineer to lead the charge in thermal system design for advanced aerospace applications. In this pivotal role, you'll take ownership of the entire design process, from initial concepts to final production, ensuring optimal performance of cutting-edge turboelectric jet engines. Your expertise will guide the development of prototypes and validation processes, while your analytical skills will help solve complex thermal challenges. Join a forward-thinking team where your contributions will directly impact the future of aviation technology.

Qualifications

• Experience in thermal system design from concept to production.
• Strong background in CAD modeling and GD&T standards.

Responsibilities

• Generate CAD models and detailed engineering drawings.
• Architect thermal systems and develop fluid network models.
• Analyze heat loads and validate models with test data.

Skills

Thermal System Design

CAD Modeling

Fluid Dynamics

CFD Tools

GD&T Standards

Education

Bachelor's in Mechanical Engineering

Master's in Aerospace Engineering

Tools

CFD Software

CAD Software

Job description

Astro Mechanica Propulsion Design Engineer

Astro Mechanica is seeking a Propulsion Design Engineer to join our expanding team. The ideal candidate is a versatile designer capable of taking full ownership of thermal system design from concept to production, with a deep understanding of their impact on surrounding systems. Technical challenges are approached from first principles. Your work will directly influence the thermal management and overall performance of the turboelectric adaptive jet engine.

Your mission will be to architect, build, and validate thermal systems from early prototypes through flight qualification, vehicle integration, and aircraft flight, embodying the test-like-you-fly philosophy.

Responsibilities:

1. Generate CAD models, detailed engineering drawings, and apply GD&T standards.
2. Architect thermal systems and develop 1-D fluid network models to predict behavior, transient responses, and sensitivities.
3. Design and size fluid system components such as pumps, heat exchangers, valves, and regulators.
4. Utilize hand calculations and CFD tools to optimize system effectiveness.
5. Analyze heat loads, conduction paths, and interface temperatures; define instrumentation to validate models with test data.
6. Lead and present design reviews to the team.
7. Assemble prototypes, establish test procedures, and analyze data to verify requirements and performance metrics.
8. Diagnose thermal system issues efficiently and determine corrective actions.