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modeling methods, BKM’s (Best Known Practices) to comprehend and optimize Power/Thermal/Mechanical/Signal Integrity/RF impacts of multi-chiplet and multi-domain heterogeneous micro-systems. Contribute
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https://www.vacancies.aau.dk/phd-positions Project 2: Stable simulation methods for structured multi-block grids Description: Wave simulation codes are often based on finite difference/volume methods
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-based communications. It is also expected to assist industry segments making use of GNSS signals, such as precision agriculture, forestry and sea and land management. The GLITTER Doctoral Network
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part of the EU funded Marie Sklodowska-Curie Doctoral Researcher project “Material Science Innovation for Accelerated, Sustainable and Safe Implementation of Carbon Capture and Storage” (MISSION-CCS) As
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). The objectives of this PhD project are to develop and validate 1) algorithms to retrieve virtual reflection responses from multi-source-receiver GNSS-R data, and 2) full-wave inversion by joint model- and data
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School. This position, located in Austin, TX, may be eligible for a hybrid Flexible Work Arrangement (on-campus and remote work) after initial onboarding. FWA arrangements are subject to manager approval
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the online application. Posting Overview : This position will remain posted until filled or for a maximum of 90 days. An initial review of all applicants will occur two weeks from the posting date. Candidates
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-solving skills. Ability to work in a fast-paced, multi-provider practice environment. Preferred Qualifications Bilingual in Spanish preferred. Have more than two (2) years of post-degree clinical experience
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are: "Multi-scale modelling and assessing Induced Seismicity due to Geothermal Energy Production" and "Understanding the nonstationary nature of human-induced earthquakes and its impact on geothermal energy
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Advance urban logistics! Investigate inland waterway transport's potential using data science and optimization in this pivotal role for our PhD position. This position is related to the Horizon