Top Tech Jobs & Startup Jobs

Supports month-, quarter-, and year-end general ledger close processes, prepares journal entries and financial reporting, maintains internal control documentation, assists with audits, performs financial analysis, and collaborates cross-functionally. Requires a bachelor’s degree in Accounting or Finance, at least two years of progressive accounting experience preferred, advanced Excel and ERP skills, and familiarity with SOX-compliant environments. CPA certification or active pursuit is preferred.

Own turbopump hardware across its lifecycle, from requirements and fluid/mechanical design through analysis, manufacturing, testing, qualification, and flight operations. Lead turbomachinery design improvements, first-principles modeling, tolerance analysis, test planning, data review, anomaly resolution, and system-level trade studies. Support assembly, quality, non-conformance disposition, engine testing, stage testing, and launch operations while serving as the Alpha engine turbomachinery subject matter expert.

Develops, qualifies, and continuously improves CNC and KUKA robotic machining processes for aerospace composite structures. Responsibilities include toolpath programming, robotic simulation, tooling and fixturing, workholding, process capability, inspection, troubleshooting, documentation, nonconformance resolution, equipment implementation, and production support. The engineer partners with design and manufacturing teams to deliver safe, high-quality, cost-effective processes meeting demanding aerospace tolerances and schedules.

Lead and mentor a team to design and troubleshoot instrumentation and control systems for launch vehicles while managing project milestones and budgets.

Designs, develops, tests, qualifies, and supports propulsion valves, regulators, and actuators across their full product lifecycle. Leads design reviews, qualification and acceptance testing, failure investigations, nonconformance resolution, production support, and cross-functional hardware delivery. Develops simulation-based design methods, validates hardware through testing, standardizes solutions, and improves cost, reliability, yield, and manufacturability for aerospace propulsion systems.

Designs, analyzes, builds, and commissions fluid ground support equipment for launch sites, test stands, and production facilities. Responsibilities include developing P&IDs, sizing components, creating CAD and bills of materials, procuring hardware, supporting fabrication and installation, troubleshooting with technicians and welders, leading design reviews, and supporting activation at test and launch sites. Systems include cryogenic, propellant, incompressible, pneumatic, hydraulic, and high-pressure gas applications.

Designs, analyzes, builds, and commissions fluid ground support systems for launch sites, test stands, and production facilities. Responsibilities include P&IDs, component sizing, CAD, bills of materials, procurement, fabrication support, installation, testing, design reviews, troubleshooting, mentoring, and technical leadership. Systems include cryogenic, propellant, incompressible, pneumatic, hydraulic, and high-pressure gas systems. The role requires travel to support ground-system construction and activation.

Designs and maintains infrastructure-as-code, CI/CD pipelines, automation, monitoring, and Linux-based systems across development, staging, and production. Troubleshoots infrastructure and deployment issues, supports engineering teams, performs root-cause analysis, responds to incidents, manages Git workflows, and implements security and compliance controls. Participates in on-call support and collaborates with IT, software engineering, systems engineering, and security teams.

Leads a 15+ person mechanical engineering team responsible for ground support equipment, test stands, launch infrastructure, structural systems, hydraulic equipment, and integration hardware. Oversees design, FEA, structural analysis, project delivery, budgets, vendors, commissioning, operational support, technical reviews, standards, and continuous improvement. Partners across engineering, manufacturing, launch operations, procurement, customers, and executive leadership while ensuring compliance with applicable engineering and aerospace standards.

Designs, implements, monitors, and troubleshoots campus, datacenter, WAN, firewall, and mission-critical network infrastructure. Manages network upgrades and migrations, improves resilience and performance, develops automation, and supports launch and spacecraft vehicle networks. Collaborates with IT and engineering teams, resolves high-risk issues, maintains documentation, and conducts network assessments. The role is fully onsite in Briggs, Texas and requires substantial networking experience, including routing, switching, security, automation, and network monitoring.