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At a glanceSummarised by Seekless from the posting.
Must have9
Lead thermal-structural FEA analysis activities for hypersonic propulsion hardware design
Build and run thermal-structural ANSYS/FEA models
Apply engineering principles to assess integrity and thermal-structural performance
Perform lifetime/cycle, reliability, and elastic-plastic analyses
Develop thermal-structural systems from proof-of-concept to manufacturable components
Partner with Integrated Product Teams to lead analysis and deliver recommendations
Document and communicate assumptions, inputs, and results to multidisciplinary teams
Lead design reviews and prepare technical reports and presentations
Mentor and coach team members in thermal-structural analysis methods
Skills
ANSYS
FEA
Job Description Summary
Collaborate with multidisciplinary team of engineers to help lead our thermal-structural FEA analysis activities for hypersonic propulsion hardware design, As a Senior Structural and Thermal Analysis Engineer, you will help lead thermal-structural finite element analysis (FEA) for hypersonic propulsion hardware, supporting both ground and flight applications. Based in Rockledge, FL (with an additional posting location in Bohemia, NY), you will work in a multidisciplinary team. Your analysis will guide the design of hypersonic components from proof-of-concept through manufacturing and test.
This role has meaningful autonomy and visibility. You will use your technical depth, engineering judgment, and communication skills to lead design reviews, translate analysis results into design decisions, and keep programs on track against technical, cost, and schedule goals.
Job Description
In this role you will:
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Lead thermal-structural analysis of prototype components and subsystems to support rapid development of hypersonic propulsion systems.
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Build and run thermal-structural ANSYS/FEA models, working with teammates to define appropriate boundary conditions and constraints. These give a detailed account of each component’s thermal-structural response.
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Apply engineering principles to assess the integrity and thermal-structural performance of components and subsystems, and use the results to guide design.
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Perform lifetime/cycle, reliability, and elastic-plastic analyses as program needs require.
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Help the team develop thermal-structural systems from proof-of-concept to final manufacturable components, including the transition to manufacturing and testing.
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Partner with Integrated Product Teams to lead analysis and deliver informed recommendations. These help the team develop and verify novel design solutions that meet program requirements (technical, cost, schedule).
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Document and communicate assumptions, inputs, and results to multidisciplinary teams for review.
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Lead design reviews and prepare technical reports and presentations for the team and, when needed, the customer.
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Mentor and coach team members in thermal-structural analysis methods.