Laser-Aided Materials, Manufacturing and Processing (LAM2P) Laboratory
About Our Lab
The Laser-Aided Materials, Manufacturing, and Processing (LAM²P) Laboratory at the University of South Florida is at the forefront of materials science and engineering, advancing the field through cutting-edge laser-based methodologies. Our research focuses on the design, fabrication, and optimization of diverse material systems, including metals, alloys, semiconductors, catalysts, and metamaterials, with a strong emphasis on multifunctional surfaces and coatings. By leveraging precision laser texturing, additive manufacturing, and solid-state processing, we develop advanced materials with integrated properties such as self-healing, corrosion resistance, superhydrophobicity and superhydrophilicity for applications like underwater drag reduction, anti-icing, anti-biofouling, self-cleaning, Oil-Water Separation, Anti-Fogging. Our work prioritizes sustainability, eliminating harmful chemicals and reducing the environmental impact of material fabrication while addressing the pressing need for energy-efficient and high-performance solutions.In addition to experimental advancements, we incorporate computational modeling to analyze and predict the behavior of multifunctional surfaces under complex real-world conditions, such as hydrodynamic and aerodynamic flows, mechanical stresses, and thermal environments. This synergy of theoretical and experimental approaches enables us to optimize material performance and uncover novel design principles. Our research also extends into emerging areas, including stimuli-responsive materials like electrochromic systems for adaptive visible camouflage and acoustic camouflage achieved through precise manipulation of surface architectures to control sound wave propagation. These innovations are tailored to address challenges across diverse sectors, including energy harvesting, aerospace, automotive engineering, and advanced sensing technologies, where multifunctionality is increasingly critical.By integrating high-throughput, scalable, and cost-effective fabrication techniques, the LAM²P Lab aims to redefine the boundaries of material science, advancing sustainability, energy efficiency, and performance. Our interdisciplinary approach bridges fundamental science with practical engineering to create transformative materials and technologies that not only address critical global challenges but also shape the future of advanced multifunctional systems.
