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Junia Compostella
Transportation & Built Environment
Professional Background
Junia Compostella is a prominent figure in the field of transportation engineering, specializing in the transformative effects of shared mobility services and electric vehicles on our society. As a key player within the 3 Revolutions Future Mobility Program at UC Davis, she spearheads crucial research initiatives focusing on the future of transportation. Her work encompasses collaborating with various high-profile public agencies and private sector organizations, where she addresses pivotal challenges concerning vehicle usage, traffic congestion, air pollution, energy consumption, and the widening equity gap in mobility access. With the advent of driverless vehicles and innovative transportation methods, Junia's insights are invaluable in shaping sustainable urban mobility strategies.
Education and Achievements
Junia's educational journey reflects her deep commitment to understanding the intricacies of environmental architecture and transportation systems. She earned her Doctor of Philosophy (Ph.D.) in Transportation Engineering at the esteemed University of California, Davis, where she delved into the complexities of transportation policies and their societal impacts. Her academic excellence also led her to be a Visiting Student at both Stanford University and the University of California, Berkeley, where she enhanced her knowledge and engaged in advanced research. Prior to her Ph.D., Junia pursued graduate studies at the world-renowned Politecnico di Milano, earning both a Master of Architecture (M.Arch) focused on Environmental Architecture and a Bachelor of Architecture (B.Arch) in Environmental Architecture, solidifying her foundational expertise in architecture and its integration with sustainable practices.
Career Progression
Junia's professional trajectory is a testament to her versatility and expertise, marked by significant roles that span various sectors and research domains. Her career includes a notable tenure as the Energy & V2X Manager at Nissan Motor Corporation, where she contributed to cutting-edge projects in vehicle-to-everything technologies. Later, as a Senior Consultant at 2050 Partners, Inc., she provided valuable insights and strategies in sustainability and mobility. Her academic contributions continued as a Post-doc Researcher in Transportation Policy and Travel Behavior at UC Davis, where she explored behavioral dynamics impacting transportation choices.
Furthermore, her time as a New Mobility Researcher at Uber placed her at the forefront of innovative transportation solutions. Additionally, her experience as a Consultant in Advanced Technology for Green Buildings at Berkeley Lab showcases her commitment to environmental sustainability in architectural practices. Junia’s role as a Technical Project Manager on Infrared Technology for Building Energy Audit at Università Iuav di Venezia reflects her interdisciplinary approach combining engineering, architecture, and technology. Moreover, she has a robust research background as a Research Associate in Building Information Modeling (BIM) at Berkeley Lab and has contributed significantly to research efforts at Politecnico di Milano and Studio Architetto Lorenzo Berni.
Junia’s impressive range of experiences is further complemented by an artistic dimension, having served as an Art Curator Assistant at MoCA in Shanghai, China, where she merged her appreciation for art and design with her professional endeavors.
Achievements
- Leadership in research at the 3 Revolutions Future Mobility Program at UC Davis, focused on sustainable and inclusive transportation solutions.
- Engaged collaborations with high-profile public agencies and private organizations to influence transportation policies and practices.
- Contributions to advanced mobility research, specifically in the context of shared mobility and electric vehicles, significantly impacting industry standards.
- Held strategic positions in major companies including Nissan and Uber, facilitating developments in green technologies and urban mobility.
- Academic excellence through rigorous training in Italy, the U.S., and worldwide, providing a unique global perspective on architecture and transportation systems.