Job Description:

At Supernova, we're pioneering the integration of additive manufacturing with energetic materials, aiming to elevate the standards of national security. Our focus on developing advanced materials and manufacturing solutions for Defense and Space not only highlights our commitment to innovation but also underscores our dedication to contributing positively to global safety. Joining Supernova means being part of a forward-thinking team that values the impact of its work on broader societal and national outcomes, making it an especially rewarding endeavor for US citizens dedicated to making a difference.Your missionAs an Energetic Materials Engineer at Supernova, you will spearhead a multi-year R&D project that stands at the forefront of Defense and Space innovation. Your mission involves harnessing the unique capabilities of VLM technology to create formulations that redefine the standards of energetic materials and its applications thanks to Additive Manufacturing.With a focus on laminating and polymerizing pastes and slurries with high inorganic loads, you'll navigate the complexities of formulating and testing simulant formulations. This role demands a blend of creativity and analytical prowess, as you operate the latest VLM printers and collaborate with hardware and process engineers to refine our technology.On the other hand, you will work alongside leading US research centers to push the boundaries of energetic materials science, testing onsite the formulations being developed and expanding the state-of-the-art.Your leadership will be instrumental in setting up and maintaining a cutting-edge materials lab in our Austin facilities, establishing Supernova as a leader in additive manufacturing for energetic materials.Key responsibilities:Lead a pioneering R&D project in Defense and Space, leveraging VLM technology for energetic materials development.Formulate and test simulant formulations, navigating the complexities of energetic materials science and its use in VLM.Define testing criterion and protocols to evaluate and iterate formulations.Collaborate on the formulation of energetic materials for laminating pastes and slurries with high inorganic loads, redefining energetic materials standards.Operate the latest VLM printers, collaborating with hardware and process engineers to refine technology.Collaborate with leading US research centers to expand the state-of-the-art in energetic materials science.Set up and maintain a cutting-edge materials lab in Austin, TX.About YouUS CitizenshipAdvanced degree (MSc, PhD preferred) in Chemistry, Materials Science, Chemical Engineering, or related field.Experience in energetic materials formulation, particularly for additive manufacturing applications.Proven track record in R&D projects, ideally within Defense and Aerospace sectors.Strong practical skills in operating advanced manufacturing equipment.Demonstrated ability to collaborate with cross-functional teams and top research institutions.Experience in setting up and managing high-tech laboratories.Excellent analytical and problem-solving skills.Exceptional communication abilities for both technical reporting and interdisciplinary novative Mindset: Passion for innovation, testing, and troubleshooting, with a penchant for perfection and a drive for continuous improvement.Strong hands-on experience with a thoughtful and analytical approach to problem-solving.Why Supernova?Innovate at the Forefront: Drive innovation in 3D printing, shaping the future of the next generation of AM industrial solutions.Creative & Analytical Synergy: Thrive in an environment where creative problem-solving meets analytical rigor, making a real impact in our pioneering projects.Growth & Learning: Enjoy continuous professional development at the edge where engineering, science and man manufacturing meet.Ownership & Accountability: Take ownership of your role and tasks, ensuring accountability in every aspect of your work to make a tangible impact.