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Dynamic modeling and control of micro- and nano-positioning systems, atomic force microscopes and additive manufacturing systems; volumetric error compensation; iterative learning control, multi-dimensional control, and signal processing.
Additive manufacturing, nanomanufacturing, smart manufacturing, solidification processing, laser materials processing, metal matrix nanocomposites, metallic glasses, materials for energy efficiency, materials for additive manufacturing, mechanical behavior of materials, and synchrotron radiation based x-ray scattering/imaging.
Infrared/optical antennas applied to energy transport, sensing, and manufacturing, metamaterials/frequency selective surfaces for engineering radiation properties, near-field radiation heat transfer, direct energy conversion and energy harvesting and laser based micro/nanomanufacturing including electronics packaging.
Curators' Distinguished Professor
Modeling, analysis, monitoring, and control of manufacturing processes (metal cutting, wire saw machining, friction stir welding, laser metal deposition, freeze–form extrusion fabrication, glass direct energy deposition, and selective laser melting), estimation and control of electrochemical alternative energy systems (hydrogen fuel cells and advanced batteries) and electro–hydraulic systems, and digital control applications.
Manufacturing including machining, metalforming, machine tool dynamics, acoustic emission, sensors and signal processing, CNC, CAD/CAM, machine tool metrology, neural network and expert system applications; smart structures including intelligent health monitoring and damage assessment of composite structures; non-destructive evaluation.
Additive manufacturing, Electronics and photonics manufacturing, Thermal/laser assisted manufacturing, Laser annealing and crystallization, High-throughput and low cost micro/nano-manufacturing, Solution processing of nanomaterials, Molecular dynamics simulation, Transport phenomena in nano-manufacturing processes.
Laser applications in manufacturing and materials processing (welding, cutting, cladding, surface treating, brazing, rapid prototyping, micromachining), manufacturing process and modeling and analysis (heat/mass transfer, fluid flow, and thermal stress analysis by finite element or finite volume method).