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Field
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studies. These pipelines must be capable of efficiently exploiting different types of parallelism, both at the level of a computing node (CPU and GPU) and at the level of a cluster of PCs. This environment
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industrial objects. Depending on the object characteristics and quality requirements, different capture systems are applied. Calibration of 3D scanning technologies is the critical first step for the accurate
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Future. Discover. Together. The introduction of AI applications places high demands on optical connections in data centers. In addition to the approach of fewer parallel channels with very high data
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processes (thermocompression, additive manufacturing) in order to evaluate mechanical performance. Characterization will focus on morphological and mechanical properties at the different scales of the sliver
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, biomedical engineering, RF engineering and signal processing in the Schools of Electrical and Electronic Engineering and Medicine and Population Health. Main duties and responsibilities Responsibility
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Position Announcement At Utah Valley University, this advising role offers the opportunity to make a meaningful difference in students’ academic and personal success across every stage
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MVPs (Minimum Viable Products) and scalable systems. Execution of technology testing and validation processes to ensure market readiness. Interdisciplinary collaboration: Partnering with Product Venture
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strategies for large-scale or streaming data. Develop parallelized and GPU-accelerated learning modules, ensuring scalability and performance efficiency. Build and maintain robust data pipelines for high
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degradation and combustion of these fuels. The thermal degradation of solid biomass has been extensively studied in the literature, particularly at low heating rates, in order to identify the different stages
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stimulation, using custom cryo-plunging and high-pressure freezing instruments. In parallel, we are working to achieve multicolor electron imaging via cathodoluminescence—electron-beam–induced optical emission