Energetics Materials R&D Lead: Propellants, 3D Printing & Safety

Supernova; Houston (TX); On-site; USD 95,000 - 135,000; Full time

Job summary

Supernova in Houston, TX seeks a lead scientist to drive energetic materials research and development, focusing on formulation, performance testing, and qualification for printing.

The role requires an advanced degree and hands-on experience with energetic materials, safety procedures, and defense compliance. You will oversee laboratory setup and collaborate with engineering teams and U.S. research centers to advance innovative propellant technologies.

Qualifications

• Advanced degree in chemistry, materials science, chemical engineering, or related field.
• Experience formulating energetic materials and characterizing propellants or explosives.
• Knowledge of safety procedures and material sensitivity qualification; defense compliance desirable.

Responsibilities

• Lead energetic materials R&D, including formulation and performance characterization.
• Conduct sensitivity testing and qualification of materials for printing.
• Establish and maintain laboratory and safety procedures.
• Collaborate with engineering teams and U.S. research centers.

Skills

Energetic Materials

Materials Characterization

Propellant Testing

Material Sensitivity Testing

Safety Procedures

Process Development

R&D Leadership

Lab Setup & Management

3D Printing

Troubleshooting

Technical Reporting

Interdisciplinary Collaboration

Defense Compliance

Education

PhD preferred

Advanced degree in Chemistry

Materials Science background

Chemical Engineering background

Job description

Supernova in Houston, TX seeks a lead scientist to drive energetic materials research and development, focusing on formulation, performance testing, and qualification for printing.

The role requires an advanced degree and hands-on experience with energetic materials, safety procedures, and defense compliance. You will oversee laboratory setup and collaborate with engineering teams and U.S. research centers to advance innovative propellant technologies.