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Transportation Technology and Policy

The Transportation Technology and Policy program is an interdisciplinary graduate group designed to meet the world’s growing need for highly qualified, thoughtful and dedicated leaders in sustainable transportation. Students can pursue either a technology or planning and policy track. The technology track is for students trained in engineering and the physical sciences and interested in systems-level planning, analysis, management, and design of advanced technologies focusing on energy and environmental issues.

Environmental Engineering

Environmental engineers are responsible for designing processes and infrastructure to ensure society has access to safe water, clean air and healthy ecosystems. They apply knowledge from physics, chemistry, biology and the social sciences to problems in a variety of areas including water and wastewater treatment and ecosystem remediation, analysis of chemical fate and transport in the natural environment, and modeling of hydrologic and atmospheric flows.

Sustainability in the Built Environment

The built environment plays an integral role in meeting society’s most basic needs of shelter, security, mobility, community, and water and waste treatment, but it also contributes significantly to the sustainability challenges of climate change, pollution, resource consumption and land use.

As society and government policy increase pressure to reduce the environmental impacts of our everyday activities, individuals must increasingly understand how the built environment they design and maintain fits into the complex environmental and human system in which we live.

Materials Science

There is a constant need for professionals with more knowledge and experience in understanding the behavior of materials from which products such as electronics, sensors, biological implants, transportation vehicles, medical devices and infrastructure are made.

Energy Science and Technology

There is an urgent need to develop and commercialize technologies for the sustainable conversion and use of energy. The goal of these minors is to prepare students for careers that require training in energy science and technology, efficiency, and policy. Clean technologies and green technologies including energy are some of the fastest growing markets for new investments. Well-trained individuals in all related fields are needed to provide the level of expertise required to advance technology and policy and to satisfy national and global objectives for greater energy sustainability.

Energy Policy

There is an urgent need to develop and commercialize technologies for the sustainable conversion and use of energy. The goal of these energy minors is to prepare students for careers that require training in energy science and technology, efficiency, and policy. Clean technologies and green technologies including energy are some of the fastest growing markets for new investments.

Energy Efficiency

There is an urgent need to develop and commercialize technologies for the sustainable conversion and use of energy. The goal of these minors is to prepare students for careers that require training in energy science and technology, efficiency, and policy. Clean technologies and green technologies including energy are some of the fastest growing markets for new investments. Well-trained individuals in all related fields are needed to provide the level of expertise required to advance technology and policy and to satisfy national and global objectives for greater energy sustainability.

Construction Engineering and Management

California's construction industry continues to experience high growth as it continues to accommodate increasing population and as it faces renewal of much of the infrastructure built by previous generations. At the same time, the construction industry faces challenges of scarce materials, a need for decreased environmental impact in terms of the construction process itself and operation of the completed project, and a more complex operational, regulatory and social context in which it must do its work.

Computational Biology

Technological advances in the past 15 years have revolutionized biological sciences, as they have allowed large-scale simulations and high-throughput experiments throughout the Tree of Life. Unarguably, there is a need for computational methods that enable us to efficiently store, analyze and visualize the plethora of biological information available.

Mechanical Engineering

Mechanical engineers want to know what makes things work. Whether you're talking about automobiles, artificial hearts, industrial turbines or machinery manufacturing, mechanical engineers are involved with the design and continual refinement of them all. UC Davis offers mechanical engineering majors a nearly unparalleled variety of opportunities for hands-on projects that will satisfy your curiosity and drive to create as they help reinforce the fundamental engineering principles you've studied in lecture classes.

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