Materials Development and Maturation for Applications in Nuclear Systems (MaDMANS)

The contract focuses on developing advanced materials tailored for nuclear system applications, with two primary objectives. The first goal is to create cost-effective, lightweight construction materials capable of withstanding High Altitude Electromagnetic Pulse (HEMP) environments, enhancing the durability and protection of facilities against such threats. The second objective involves researching and advancing new materials for Next Generation Reentry Vehicle (NGRV) Thermal Protection Systems and aeroshells, aiming to reduce weight while incorporating integrated radiation shielding to improve performance and survivability during reentry. Issued by the Department of Defense through the Air Force Research Laboratory at Wright-Patterson Air Force Base, Ohio, this solicitation seeks innovative approaches within the scope of materials maturation. The contract points of contact include Michelle Arostegui as Contract Negotiator and Mary Ann Sharits as Contract Officer, available for engagement regarding the project. This effort represents a strategic push to enhance both protective infrastructure and aerospace vehicle survivability through materials science advancements.