Combustion Technology Offshore Energy Systems Wind Turbine Systems / 1st Semester Wind Turbine Systems / INTRO Semester Offshore Energy Systems / Studies Affiliation / Energy Technology / 1st Semester Offshore Energy Systems / Thermal Processes (Esbjerg Campus) Dynamic Systems / Offshore Energy Systems / Energy / Mechanical Systems / Bioenergy Systems / Fluid Power Systems / Flow Bioenergy Systems / 20 Offshore Energy Systems / INTRO Semester Wind Turbine Systems / Energy Preface / 3rd Semester Offshore Energy Systems / 3rd Semester Wind Turbine Systems / Wind Turbine Systems / -organised learning in Combustion Technology / /
Country
Denmark / /
Facility
Aalborg Campus / Aalborg University / Sustainable Energy Engineering Aalborg University / University Act / University Examinations / /
IndustryTerm
mechatronic systems / off5 shore systems / chemical reactions / conversion technologies / distribution technology / chemical mechanisms / fundamental chemical reactor analysis / chemical compositions / fundamental emission control systems / chemical thermodynamics / flow systems / turbine systems / control systems / hydraulic and mechanical systems / chemical kinetics influences combustion processes / chemical reactors / thermal and fluid systems / thermal and fluid dynamical systems / chemical kinetics / mechanical systems / handed-in solutions / actual chemical reactors / energy / /
Organization
Study Board of Energy Preface / Ministry of Science / Technology and Innovation / School of Engineering and Science / Aalborg University / Department of Energy Technology / Organisation of the Programme / Faculty of Engineering / Study Board / Board of Studies Affiliation / /
Position
study secretary / supervisor / /
ProgrammingLanguage
MATLAB / /
Technology
Technology of sustainable energy engineering Can / conversion technologies / Biomass Conversion / thermodynamics / Flow Control / distribution technology / fluid dynamics / heat transfer / simulation / /
Microsoft Word - MSC_baeredygtigenergiteknik_Esbjerg_2013_ver1