Director of Test Site Operations
Hancock County, Mississippi
An innovative space technology company is seeking a Director of Test Site Operations to lead and scale a high-performance propulsion test facility supporting engine development through to high-cadence production testing.
This is a critical leadership role with full ownership of test infrastructure, site operations, and technical execution. You will play a key part in building and operating a world-class test environment within a fast-paced, mission-driven organisation.
You will lead multidisciplinary teams across engineering and operations, driving test site performance, infrastructure development, and program delivery. This role requires a hands-on leader comfortable operating across technical, operational, and logistical domains.
Key Responsibilities:
- Lead and mentor engineering and technician teams across engine testing, test stand development, and infrastructure operations.
- Own project planning, budgets, and schedules, ensuring successful delivery across multiple programs.
- Manage contractors and suppliers supporting site operations and development.
- Drive continuous improvement of test infrastructure to enable high-frequency testing.
- Oversee site operations including administration, supply chain, and logistics.
- Ensure a strong safety culture and compliance across all activities.
Required Experience:
- Bachelor’s degree in Mechanical, Aerospace, or a related technical discipline.
- 10+ years of experience in propulsion engineering or propulsion test leadership.
- Proven experience delivering within fast-paced, high-pressure technical environments.
Desirable experience:
- Advanced degree in an engineering discipline.
- Experience with cryogenic propellants such as liquid methane or LNG.
- Background across subcomponent to full system-level testing.
- Experience with data acquisition or control systems.
- Familiarity with complex IT systems supporting test operations.
This is a unique opportunity to take ownership of a critical test facility and play a key role in scaling advanced propulsion capabilities within a high-growth environment.
