Fellow:Emily Behrens


Name Emily Behrens School (Cohort) Hamburg University of Technology (2024 cohort) Majoring in Civil Engineering Country Germany Email Special:EmailUser/Emilymariabehrens

Bio

Emily is a University Innovation Fellow driven by a passion for sustainable building practices and a commitment to positively impacting the environment. As a Master’s student in Civil Engineering, she possesses a strong foundation in energy-efficient and environmentally friendly construction principles. Her dedication to this field stems from a desire to innovate and find solutions that balance human needs with ecological responsibility.

Emily holds a Bachelor's degree in Civil and Environmental Engineering, which has provided her with the technical skills and theoretical knowledge necessary to excel in her studies and future career. Through her academic journey, she has developed a keen interest in how technology can enhance building design and improve energy efficiency. Her practical experiences, including internships at renowned engineering firms, have further solidified her understanding of the challenges and opportunities in the field of sustainable architecture.

Beyond her academic pursuits, Emily has a strong artistic flair that she seeks to express in every moment. She engages in various creative activities, including painting, crafting, and music, alongside videography and photography. Her passion for art complements her engineering studies, allowing her to explore innovative solutions through a creative lens.

Active and energetic, Emily loves sports, particularly ice skating and snowboarding, and finds joy in movement, especially in the snowy outdoors. She is also a cat enthusiast and enjoys socializing, always eager to connect with new people and build meaningful relationships. Believing in the power of teamwork and interdisciplinary approaches to drive change, she enjoys connecting with others who share her vision for a more sustainable future.

Currently, Emily is focused on her Master's degree, with plans to complete her studies by 2026. As she progresses in her career, she aspires to take on leadership roles in sustainable building design, contributing to projects that align with her values and advance the global sustainability agenda.

Achievements

Bachelor Thesis "Improvement of the fatigue behavior of the unloaded transverse stiffener through nanolaminate application", Supervision: Prof. Dr.-Ing. Marcus Rutner, Grade: 1.0