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maritime sustainability through the integration of innovative emission-reduction and energy-efficiency technologies across multiple ship classes and shore power applications. The project seeks to
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). This inquiry will include development of new experimental approaches to characterizing the acoustics at the shore-water boundary: shoaling wave dynamics; shore morphology influences; coupling to
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existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Non-Exempt Campus Rogers Park-Lake Shore Campus Department Name CHEMISTRY
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existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Non-Exempt Campus Rogers Park-Lake Shore Campus Department Name CHEMISTRY
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existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Rogers Park-Lake Shore Campus Department Name CHEMISTRY
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existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Part-Time FLSA Status Exempt Campus Rogers Park-Lake Shore Campus Department Name BIOLOGY Location
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existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Rogers Park-Lake Shore Campus Department Name CHEMISTRY
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emission-reduction and energy-efficiency technologies across multiple ship classes and shore power applications. The project seeks to deliver industry-relevant modelling toolkits that enable optimal
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) and Utrecht University (UU; prof. dr. Mariëtte Wolthers), combining unique sea-going and on-shore experimentation with advanced analytical tools to understand mineral-water interactions from