Teams at Tiberius Aerospace Inc.

Designs, analyzes, builds, integrates, and tests mechanical components and assemblies for aerospace and defense systems. Responsibilities include CAD modeling, engineering drawings, bills of materials, tolerance analysis, materials and manufacturing-process selection, prototype support, supplier coordination, testing, failure investigation, documentation, and configuration control. The engineer owns assigned hardware from concept through tested production-ready designs and collaborates with manufacturing, quality, electrical, propulsion, controls, and program teams.

Performs high-fidelity CFD analysis for aerospace aerodynamics and propulsion, including inlets, combustors, nozzles, and external flows. Builds meshes, runs and troubleshoots RANS and transient simulations on HPC platforms, post-processes results, develops aerodynamic databases, and correlates predictions with test data. Supports reacting-flow analysis, test planning, design reviews, and cross-functional delivery of CFD data for flight dynamics and performance modeling. Requires aerospace or mechanical engineering education, CFD solver experience, U.S. citizenship, and clearance eligibility.

Performs high-fidelity CFD simulations for internal and external aerospace flows, including inlets, combustors, nozzles, and air vehicles. Develops meshes, runs RANS and transient simulations on HPC platforms, analyzes and validates results against test data, troubleshoots convergence issues, and delivers aerodynamic and propulsion databases for performance and trajectory modeling. Collaborates with propulsion, aerodynamics, flight dynamics, controls, testing, and infrastructure teams while documenting simulation methods and results.