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Geospatial Science and Engineering (Ph.D.) - Remote Sensing Specialization
Earth Observation

The Geospatial science and engineering (GSE) Ph.D. is an interdisciplinary program that combines advanced coursework with cutting-edge research to advance the field of geospatial sciences. The focus is on transforming geospatial data into relevant information through acquisition, processing, characterization, analysis and modeling in order to understand geographic patterns, processes and relationships at scales ranging from landscapes to the globe.

To achieve these aims, the geospatial sciences integrate the geographic disciplines of cartography, geodesy, geographic information systems and remote sensing with elements of mathematics, statistics, the natural sciences, the social sciences and engineering. The resulting array of geospatial concepts, methods, technologies and datasets are used to address a wide range of pertinent questions about the functioning of the biosphere and its implications for sustainability of natural resources, agricultural productivity, biodiversity, environmental quality and human welfare in a rapidly-changing world.

Current faculty research interests include quantitative remote sensing, land cover and land use change, geography, climate change, and fire science as well as applications of geospatial technologies in agriculture, meteorology, natural resource management and other fields. The program seeks highly motivated students with strong backgrounds in the geospatial sciences or a closely-related field to complement these efforts.

Mechanical Engineering (PhD)
Mechanical Engineering (Ph.D.)
The mechanics of the real world.

The Ph.D. in mechanical engineering is designed to develop the depth of knowledge that will allow students to investigate new concepts and new applications of technology to advance the state of the art in the discipline. It will also provide students with practical training and experience in the scientific methods needed to conduct reliable experiments and to apply and properly validate engineering models of physical systems. Critical thinking and communication skills developed in the program will prepare students for leadership roles. Overall, the knowledge and skills gained will prepare them for life-long careers in highly desirable research and development positions.

This program offers students an opportunity to undertake research and advanced study in emphasis areas such as:

Advanced manufacturing processes, including research and development of innovative automation and control strategies and techniques such as additive manufacturing/3D printing.Development of biomedical processes, equipment and systems in support of the growing high-impact regional medical industry.Engineering of systems used in production agriculture, including technology for precision agriculture.Biomaterials, renewable energy and bio-resource conversion technologies.Advanced materials and quality control technologies focused on composition, properties, and integrity of materials.Systems modeling using computational fluid dynamics and finite element methods leveraging high-performance computing technologies.