Devon Beck Email & Phone Number

United States

• Currently investigating novel materials/nanocomposites for additive manufacturing, microsystem integration, and functional coatings.• Recognized subject matter expert in advanced additive manufacturing, specializing in two-photon polymerization, direct ink write, DLP, and FDM technologies. Applies expertise to advance RF, photonics, optics, metamaterials, packaging, and biotechnologies.• Innovating and proposing novel concepts in advanced materials and manufacturing technologies to key stakeholders including DARPA, IARPA, Navy, Army, and Air Force, influencing future research directions.• Providing mentorship through the Draper Scholars program to foster university collaboration in additive manufacturing (AM) and materials science. Guides PhD and master's students in thesis development, driving academic excellence and innovation.• Aiding on the development of a python based, AI enabled defect detection software to map out defects in fabricated electronics.

Lexington, Massachusetts

• Developed innovative polymer, ceramic, and metal-based nanocomposite formulations and dispensing technologies for direct write and FDM additive manufacturing, culminating in advanced applications such as radiation shields, high-performance RF devices, flexible energy storage solutions, and complex multi-material microsystems.• Engaged in a high-impact collaboration with Prof. Jennifer Lewis at Harvard University, co-developing innovative gradient antenna technologies and sophisticated electronic microsystems, setting new standards in the field.• Led a dynamic research team in the breakthrough development of an advanced spray-on oxide material for packaging, facilitating the vertical integration of cutting-edge phased array antennas and 3D electronic components.• Directed and supported two graduate students in their additive manufacturing and advanced materials research, leading to the successful defense of their master's theses and contributing to the academic community's growth.• Showcased research findings at numerous prestigious conferences, demonstrating thought leadership and securing $1.6 million in funding to advance additive manufacturing and microelectronics packaging innovations.

Hampton, Va

• Led the innovation of breakthrough aerospace coatings and adhesive materials engineered for extreme environmental resilience, significantly enhancing aerospace material durability.• Conducted cutting-edge research on the integration of Polyhedral Oligomeric Silsesquioxane (POSS) nanomaterials and holey graphene, revolutionizing the mechanical properties and surface chemistry of polymeric binders. This work directly contributed to mitigating icing conditions on commercial aircraft surfaces.• Authored influential research leading to the publication and patenting of “Durable Contamination Resistant Coatings” for aircraft, a pioneering technology now licensed to a leading American aerospace company

Troy, Michigan

• Contributed to pioneering the development of fire-retardant coatings for aerospace composites, enhancing safety and material performance in aviation technologies• Drove research on enhancing the thermal and mechanical properties of polyurethane and polyacrylic coatings using carbon nanotubes, polymethylsilsesquioxane, and intumescent nanoparticles, employing OSU Heat Release Apparatus and ASTM Methods for comprehensive evaluation.• The fire-retardant coating systems developed, notably INTURA, achieved commercial success, being adopted by leading aircraft companies for use in both commercial and military fleets, marking a significant contribution to aviation safety and material innovation.

Ann Arbor, Mi

• As a research assistant, I assisted in a wide range of research projects in the realm of advanced materials in the Kotov Laboratory.• I developed a layered assembly of poly(lactic-co-glycolic acid) nanofibers in a functionalized hydrogel system for articular cartilage regeneration. • I also aided in the development of polyamide thin films for battery separators and the development of an upscale manufacturing system for these films.• I also worked with a team to review novel sensor technologies incorporated in carbon fiber/epoxy composites for structural damage detection.

Masters Of Engineering, Polymer Engineering

Professional Development Coursework Graduate Level, Ceramics, Materials Science

I took continuing education course work during my time at MIT in the department of materials science and engineering. These courses were.

Bachelor’S Degree, Chemistry