About the role
Job Description Summary
Intergalactic, now a part of Unison, a GE Aerospace Company, is a team of engineers, technologists, designers, mathematicians, and problem solvers committed to a singular idea: reviving the no-boundaries mentality in aerospace. We are a team of the nation’s best, regardless of where we live.
The Advanced Staff Thermal Systems Engineer fosters innovation and consistency by developing and being accountable for system-level architectures and execution. In cooperation with the Program Management team, the Aerospace Thermal Systems Engineer leads technical development projects. This role is responsible for the technical execution of the program while also serving as the primary technical point of contact for clients. During the program, the Advanced Staff Thermal Systems Engineer manages a multi-disciplinary project team of subject matter experts in fields such as thermal analysis, installation, mechanical design and analysis, reliability, controls, electronics and software, and testing.
Additionally, as a member of the senior technical staff the Advanced Staff Thermal Systems Engineer serves as a technical leader within the Intergalactic engineering group. This individual collaborates with company and other technical leaders, leads and mentors junior staff, and participates in development of the technical team. Roles and Responsibilities
Develop and be responsible for program’s architecture and technical approach. This can include thermal and controls analysis, reliability analysis, solid modeling, testing, stress analysis, and other accepted methods in aerospace.
Serve as technical lead for programs, provide clear objectives that are measurable and attainable, and coordinate technical activities with internal resources (engineers across different functional groups) and external resources (vendors, contractors).
Identify and manage program’s technical risks and work closely with the Program Manager to ensure successful execution of development programs.
Manage and account for technical requirements from the top down – traceability, decomposition, derivation, and verification & validation.
Allocate and decompose high-level requirements in…
