About the job
About the Role
Join us at the forefront of propulsion technology as a Propellant Chemist with Destinus. You will play a pivotal role in the formulation, development, and analysis of solid rocket propellants and thermal protection materials designed for high-performance rocket systems. This hands-on position requires a blend of materials science expertise, process development skills, and analytical precision to produce reliable, high-quality propulsion materials.
At Destinus, we are transforming the defense sector through our advanced Unmanned Aerial Vehicles (UAVs). Our state-of-the-art technologies are tailored to fulfill the distinct needs of contemporary defense operations, offering unmatched speed, accuracy, and cost-efficiency. Partnering with government agencies and defense organizations globally, Destinus provides innovative solutions for mission-critical operations, ushering in a new era of operational efficiency and technological excellence. Be a part of shaping the future of defense with our revolutionary aerospace innovations.
Your Responsibilities
- Develop and refine solid rocket propellant formulations by balancing performance, mechanical properties, stability, and manufacturability.
- Oversee laboratory-scale activities including mixing, casting, curing, and post-processing, adhering to established safety and quality protocols.
- Establish characterization methodologies for propellant materials, encompassing mechanical, thermal, rheological, ballistic, ablation, and aging assessments.
- Create and document standard testing procedures, acceptance criteria, and data analysis methods for propellant and TPS materials development and qualification.
- Assist in defining process parameters and quality control measures for propellant and TPS manufacturing, including mixing, degassing, casting, curing, and storage.
- Analyze formulation trade-offs to enhance performance, robustness, and reproducibility.
- Support rocket motor development initiatives by linking material properties to motor performance, structural behavior, and thermal conditions.
- Investigate material anomalies, aging effects, or performance discrepancies, driving root cause analysis and corrective measures.
- Maintain comprehensive technical documentation, including formulation records, process specifications, characterization reports, and development plans.
- Collaborate closely with propulsion, structures, manufacturing, and testing teams to ensure effective integration of propellant materials into motor designs.
- Contribute to long-term technology development roadmaps for advanced propellant systems.
