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Web design: Paula M. Esquivias

Dr. Ana Tejero González

 

Ana Tejero González attained her degree in Industrial Engineering from the University of Valladolid in 2008 and a postgraduate Degree in “Expert in HVAC Engineering” in 2009. She is “European” PhD in Industrial Engineering since 2012, being awarded with the “Extraordinary Doctorate Prize”. She works as Lecturer for the University of Valladolid since 2019 within the Department of Thermal Engineering and Fluid-mechanics. During her teaching, she has supervised a total of 44 Final Degree Projects and a 1 PhD thesis.

She joined the Thermal Research Group in Thermal Engineering in 2009, where she develops her research within the field of Energy Efficiency in HVAC systems with the final aim of “minimising the energy consumed, rather than seeking alternative sources”. During her predoctorate activity, she specialized on indoor thermal comfort during a 3-month stay within the Research group in Energy, Environment and Comfort, at the Department of Mechanical Engineering of the Faculty of Science and Technology of the University of Coimbra. In 2015 she had the possibility to delve into the study of the Indoor Air Quality during her 3-month stay at the Laboratoire des Sciences de l’Ingénieur pour l’Environnement – LaSIE of the Université de La Rochelle, France. She has participated in 2 national projects and 5 regional projects. Her research activity has yielded 11 articles published in high-impact international indexed journals, several articles in peer-reviewed international and national journals, 23 papers in international and 10 papers in national congresses specialised in the field.

Research Projects

1. The University of Valladolid towards a sustainable energy system: High Indoor Environment Quality, competitive and decarbonized

2. Analysis of energy-efficient technologies for building sustainability

3. Energy assessment and thermal comfort measurement in university buildings towards zero energy by combining indirect evaporative cooling and Thermally Activated Building Structures

4. Development of a smart thermal network manager (GIRTER)

5. Design and Integrated operation Optimization of Radiant systems Thermally activated by low energy sources in Mediterranean climate

6. Reduction of energy consumption and carbon dioxide emission in buildings combining evaporative cooling, free cooling and energy recovery in all-air systems

 

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