The College of Earth and Mineral Sciences is conducting an Assessment of the Living, Learning, and Working Environment (ALLWE) in the college. Deadline to take survey is November 30, 2018.
The College of Earth and Mineral Sciences is conducting an Assessment of the Living, Learning, and Working Environment (ALLWE) in the college. Deadline to take survey is November 30, 2018.
The dual-title master’s and Ph.D. degrees provide students conceptual, methodological and pedagogical training in the field of Women’s, Gender, and Sexuality Studies. Our graduate program embraces intersectional and transnational feminist approaches to knowledge production, pedagogy, and community engagement. Faculty and graduate students in WGSS use interdisciplinary frameworks to research questions that span the arts, humanities, and the social sciences.
Because this degree is combined with a master’s or Ph.D. in geography, students are well-prepared to produce cutting-edge, interdisciplinary scholarship; to teach across both disciplines; and to excel in a career in either field
This dual-title intercollege degree program is offered through eight graduate major programs including two in EMS: Energy and Mineral Engineering and Geography TREES enables students to attain and be identified with the content, techniques, applications, methods, and policy implications of an interdisciplinary focus on transdisciplinary research on environment and society, while maintaining a close association with areas of application.
Through participation in TREES, student's programs of study will emphasize integrated, multidisciplinary approaches designed for improving their understanding about and management of natural resources. Areas of study will reflect the faculty adviser's home department and disciplinary thrust.
This dual-title program enables students from diverse graduate programs to attain and be identified with the tools, techniques, and methodology of operations research, while maintaining a close association with areas of application. Operations research is the analysis--usually involving mathematical treatment--of a process, problem, or operation to determine its purpose and effectiveness and to gain maximum efficiency.
The following graduate programs in the college offer dual-title degrees in Operations Research:
By the time current undergraduates send their children to college, Earth's population will have increased to more than eight billion people. One or more metropolitan areas in our increasingly crowded world will have experienced a devastating earthquake or volcanic eruption, sea level rise will be inundating low-lying coastal cities such as Jakarta along with whole island nations, energy resources will be less available and more expensive, and our climate will be warmer and characterized by more frequent extreme weather events.
How we choose to plan for and attempt to mitigate these "grand challenges" will have consequences for individuals, nations, and our global socioeconomic and political systems.
The goal of this minor is to dramatically increase geoscience literacy of undergraduate students, including the large majority that do not major in the geosciences, and especially adult learners through the online program, such that they are better positioned to make sustainable decisions in their lives and as part of the broader society.
Landscape ecologists are in increasing demand in the areas of conservation management, urban planning, and Earth system science. Landscape-level management also increasingly depends on an understanding of coupled natural-human systems, and landscape ecologists need to be trained to understand interdisciplinary linkages between social and ecological sciences, which is a strength in geographic thought.
Landscape ecology is a key focus within the physical and environment-society subdisciplines of geography. Geographers focusing on landscape ecology use field studies, models, and laboratory activities to measure, quantify, and forecast how ecosystems change across space and time. They work at scales ranging from microbial to sub-continental. Through such geographic analyses, landscape ecologists seek to understand how natural and human disturbances (such as fire or suburban development) influence landscape sustainability, and they make recommendations for managing the landscape. Landscape-level management increasingly depends on an understanding of coupled natural-human systems, and landscape ecologists need to be trained to understand interdisciplinary linkages between social and ecological sciences.
Students earning the certificate in Landscape Ecology are well positioned to find employment across the business, government, and nonprofit sectors. Landscape ecologists are in increasing demand in the areas of conservation management, urban planning, and Earth system science.
The 12-credit Justice, Ethics, Diversity in Space (JEDIS) certificate helps students to cultivate a diverse set of theoretical and methodological skills that geographers use to engage in a diverse and changing planet. Increasingly as students enter the workforce they will be challenged to not only interact with diverse populations, but will also have to understand the way diverse populations are impacted by a range of economic, political, and environmental challenges. They will also need to be exposed to ethical frameworks that can be productively leveraged within non-academic environments.
The discipline of geography draws from a range of perspectives including traditions in the natural and social sciences as well as humanities. Questions of justice, (in)equality, and diversity across space are core to what human and environment-society geographers study. The Justice, Ethics and Diversity In Space certificate specifically addresses how geographers approach questions concerning uneven power relations, inequalities, justice, social responsibility, and ethics across space and in place.
Successful performance in today's workforce requires sensitivity to human differences and the ability to relate to people from different cultural backgrounds. Students with justice, ethics, and diversity training learn critical thinking, research, and analytical skills that are highly valued by employers. They are well positioned to find employment with organizations spanning business, government, and nonprofit sectors.
This certificate prepares students for careers in community and economic development, urban design, politics, and travel and tourism through the study of human geography. Global understandings of population growth and international migration; the consequences of economic development; and the impacts of technological innovation are some of the topics covered in the courses that comprise this certificate. Additionally, students gain proficiency in identifying how political power and control of culture can impact human rights, and race and gender equality.
Human geographers examine human societies and how their cultures, economies and politics develop within the context of their environment. A geographic lens allows human geographers to critically examine the intersections of these social processes and how they shape the lived and built environment. Human geographers examine topics like how race shapes the way we interact in public spaces, how gender conditions where and how people find jobs, what the links are between global finance and community activism, how immigration is shaped by family connections, and why gerrymandering political districts can change the way we think about our neighbors. Human geographers look at how these social processes construct the contexts we live in and how these contexts vary in our increasingly globalized world.
Students earning the Human Geography certificate learn a wide range of critical thinking, research, and analytical skills that are highly valued by employers. Students with backgrounds in human geography find jobs in all levels of government, nonprofit organizations, and in industry.
Geospatial data are central to the challenges and opportunities for science and society that big data provide. Geospatial data derive from a rapidly expanding array of sources that include sensors (from satellites, to cameras and other sensing devices carried by UAVs, to distributed sensors monitoring energy consumption, pollution, traffic, and more with smart cities), GPS enabled devices (in vehicles, smart phones, cameras, human wearable devices, and even ones small enough to mount on migrating songbirds), citizen science efforts producing volunteered geospatial data, address-linked public health and many other records, retail transactions, and location-linked social media posts. As geospatial data become more ubiquitous, big digital geospatial data has become an essential part of geographic analysis.
No matter how sophisticated information technology gets, there is nothing that can replicate the combination of two unique pieces of data: time and place. Geospatial data come from a variety of sources, including sensors, GPS-enabled devices, volunteered geospatial data, and location-linked records and social media posts. Geographic information scientists and other geographers collect and use big data to analyze social and natural phenomena about our world. As geospatial data become more ubiquitous, big digital geospatial data has become an essential part of geographic analysis. Students enrolled in this certificate can learn how to collect, process, analyze, and communicate a wide range of geospatial big data.
There are many potential careers for big data geospatial scientists. Students earning the Geospatial Big Data Analytics certificate learn a wide range of technological, research, and analytical skills that are highly valued by employers. Big data geography undergraduates find jobs in all levels of government, nonprofit organizations, and industry.
The 12-credit Geographic Information Science (GIS) certificate is aimed at students who wish to be current in geographical representation and geospatial analysis. Through courses for the GIS certificate, students will understand and know how to apply various GIS and geospatial analysis tools to represent, analyze, and advise on the geospatial dimensions of natural and social phenomena. Students will gain firsthand experience using the most up-to-date tools and techniques available in the field of GIS today. Areas of study include cartography, remote sensing, and geographic information systems.
Geographic Information Science (GIScience) is one of four key subdisciplines within Geography (along with human geography, physical geography, and environment-society geography). Its primary areas of study include cartography (map-making), remote sensing, and geographic information systems. Students who study GIScience learn how to use the latest tools and techniques to visually represent and analyze spatial data in order to understand and address real-world environmental and social problems. Applications of geographic information science range from emergency response to natural resource management to social policy analysis to location intelligence for business.
There are many potential careers for graduates with GIScience backgrounds. Students earning the Geographic Information Science certificate learn a wide-range of technological, research, and analytical skills that are highly valued by employers. GIS geography undergraduates find jobs in all levels of government, nonprofit organizations, and in industry. This is one of several geography-related certificates that students can use to tailor their educational experience in preparation for the job market.