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Explore MEMS pressure sensor fabrication through detailed steps, from photolithography to etching and sputtering. Learn practical techniques for creating these essential microelectromechanical devices used in various applications.
Explore nano-characterization and nano-fabrication techniques using electron and ion beam tools. Learn about lithography, EBL, FIB, and their applications in research and semiconductor industry.
Explore charged-particle interaction analysis, covering SEM fundamentals, beam-sample interactions, detection methods, and advanced techniques like EPMA and EBSD for comprehensive micro/nano characterization.
Explore Chemical Vapor Deposition modes for 1D and 2D nanomaterials. Learn LPCVD fundamentals, system design, thin film growth, and nanowire synthesis using VS and VLS mechanisms.
Explore thermal evaporation in nanotechnology, from fundamental concepts to practical applications. Learn about vacuum science, PVD techniques, and equipment, with a live demonstration and cost-effective setup options.
Explore core vacuum technology concepts for advanced manufacturing and material characterization. Learn about vacuum ranges, mean free path, system design, and pump types through demonstrations and practical examples.
Explore plasma technology as an enabling tool for modern manufacturing, focusing on semiconductor etching processes and contrasting wet etching with plasma etching methods.
Explore nanomedicine applications, from nanoliposomes to targeted drug delivery, debunking myths and showcasing innovative developments in nanotechnology for medical advancements.
Explore ion implantation, thermal oxidation, and atomic layer deposition techniques in semiconductor manufacturing. Learn about energy loss mechanisms, oxide growth, and ALD processes through demonstrations and simulations.
Explore microfluidics fundamentals, physics, and applications. Learn about lab-on-chip devices, fluid behavior at microscale, and manufacturing processes. Gain insights into materials, design considerations, and practical applications like cell separatio…
Explore confocal microscopy's history, principles, and applications in studying biomolecule diffusion and cellular compartmentalization through phase separation and coacervate systems.
Explore confocal microscopy techniques, applications, and equipment for technicians. Learn to generate and interpret 2D and 3D images across various scientific fields.
Explore nanomaterial properties, from structural color to quantum effects. Discover applications in medicine, adhesives, and computing. Learn about surface area, viscosity, and fabrication techniques in nanotechnology.
Explore microstructure modeling using OOF2 and OOF3D. Learn to assign material properties, construct finite-element meshes, and perform virtual experiments to investigate structure-property relationships.
Learn to predict additive manufacturing part quality using support vector regression. Explore data analysis, hyperparameter tuning, and cross-validation techniques for machine learning in 3D printing applications.
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