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iRocket seeks a senior Energetics Formulation Chemist or Engineer to lead the formulation, scale-up, and manufacturing transition of energetic materials for solid rocket motors. The role requires translating customer requirements into repeatable production capabilities and safe operation.
Travel to Long Island, Texas and Indiana is required for extended periods; candidate will mentor technical staff and collaborate with design, test and operations teams to ensure energetic-material
Solid Rocket Motor Energetics Scale-Up Manufacturing Capability Testing Methodology & Executive
iRocket is seeking a senior Energetics Formulation Chemist or Engineer to lead the formulation, development, scale-up, and manufacturing transition of energetic materials for solid rocket motor applications. The ideal candidate brings strong practical experience in propellant formulation and processing, understands the relationship between formulation, processing, performance, aging, and safety, and can translate customer requirements into repeatable production capability.
This role is intended for a technical leader who can develop both the energetic formulation and the manufacturing capability required to safety produce requirements materials both using traditional and non-traditional manufacturing at scale. Requires work in Long Island, Texas and Indiana, so employee must be willing to travel for extended times.
Minimum of Bachelor’s but preferred advanced degree (M.S. or Ph.D.) in chemistry, chemical engineering, materials science, or a closely related technical field.
Minimum 5 years of directly relevant professional experience in energetic materials, solid propellants, or solid rocket motor propulsion; 10+ years strongly preferred.
Demonstrated hands-on experience developing and processing solid rocket motor propellant formulations and transitioning formulations toward production.
Experience with energetic-material manufacturing equipment, facility/process development, production scale-up, and safe operations.
Ability to lead technical problem solving independently while collaborating effectively across multidisciplinary engineering and manufacturing teams.