Top Aerospace Jobs in Austin, TX

As the Executive Assistant, you will manage complex scheduling, travel logistics, and support for the Co-CEO and leadership team, ensuring operational efficiency and effective communication across diverse teams and time zones.

Lead and mentor an engineering team in developing advanced solutions for defense-related technologies, ensuring effective design, development, and integration processes.

Lead enterprise strategy and operations: develop multi-year strategic plans, build financial models for capital allocation, translate priorities into cross-functional execution with KPIs, and track performance to sustain execution velocity.

Lead multi-year strategic planning and annual operating cycles, evaluate portfolio tradeoffs, build financial models for capital allocation, and translate strategy into cross-functional execution plans with KPIs. Conduct market sizing, competitive analysis, scenario modeling, and track performance through operating cadences to identify bottlenecks and recommend solutions.

Build and maintain governed Silver/Gold data models and semantic assets on Databricks. Translate stakeholder KPIs into testable, reusable transformations, apply enterprise modeling standards, enable domain self-service, ensure data sensitivity and governance, and review domain-contributed models for production readiness.

Translate high-fidelity designs into production-quality UI components and maintain a code-based design system. Prototype interactions and data visualizations, build tooling to accelerate design-to-development workflows, iterate from user feedback and performance data, and collaborate with designers, engineers, product, and users to deliver responsive, accessible, high-density data web applications.

Perform CFD and 1D lumped-parameter fluid analyses for rocket engines, predict component and system performance, build transient and steady models, support testing and anomaly investigations, recommend design improvements, and mentor peers to grow propulsion fluid-analysis capabilities.

Lead development and execution of product and supply chain resilience strategy across the aerospace business. Manage a team of project managers and analysts, drive cross-functional risk mitigation, governance, and analytics, engage executives with business cases and dashboards, and sponsor transformational initiatives to improve supply continuity, operational performance, and organizational readiness.

The role involves leading the transition of propulsion products to production, creating assembly instructions, process improvement, and troubleshooting failures. Requires teamwork and communication to ensure successful engine assembly and testing for spacecraft.

Design, develop, and manage propulsion components and systems for launch vehicles. Lead cross-functional teams, improve cost efficiency, and ensure product quality through rigorous testing.

Design, develop, test and integrate embedded flight software for spacecraft. Collaborate with engineers, optimize firmware for performance and conduct code reviews.

Lead and execute enterprise IT projects including system migrations, integrations, and companywide upgrades. Administer Active Directory/Azure AD, endpoint management via Intune, M365 services, and AWS support. Enforce IT security practices (MFA, access reviews, endpoint compliance), mentor junior staff, maintain documentation, and drive process improvements to support an aerospace and defense organization.

Develop and implement manufacturing test plans, architectures, and automation. Build and execute test procedures, manage lab equipment, analyze failures, and collaborate across disciplines to optimize production testing and report results.

Manage accounting operations and financial reporting in compliance with U.S. GAAP, SEC, SOX, FAR/CAS. Oversee close processes, financial statements, technical accounting, audits, internal controls, and mentor accounting staff while partnering cross-functionally.

Develop next-gen ASICs for space deployment, perform design implementation, collaborate with teams, and resolve timing/congestion issues in chip development.

The engineer will handle full-chip physical verification, including DRC, LVS, and ESD signoff, while optimizing design flows for advanced SoCs and engaging with foundry teams.

Develop next-generation silicon for SpaceX's Starlink initiative, performing physical implementation steps, improving methodologies, and collaborating with design teams.

Lead Wilder's robotics software technical strategy and architecture, make long-horizon architecture decisions, mentor senior engineers, remain hands-on for hard prototypes and fielded problems, and align engineering direction with company goals.