Geo-Economics: The New Science
Odina Conkright
If Geography is not included, we would expect two A-levels from History, English, Economics, Sociology, a modern language, Psychology, Mathematics and Biology. Offer excludes A-Level General Studies or Critical Thinking. Where an A-Level Science subject is taken, we require a pass in the practical science element, alongside the achievement of the A-Level at the stated grade.
If you do not have the formal qualifications for immediate entry to one of our degrees, you may be able to progress through a foundation year. We offer a Studies in Science with Foundation Year BSc for students without a science background at A-level and an Interdisciplinary Science with Foundation Year BSc for applicants who meet specific widening participation criteria.
Having been trained in both sciences and humanities, UCL geographers are skilled in taking different perspectives on an issue, working independently and adapting to changing circumstances. Skills gained through the further study of economics include finding solutions to real-world problems, mathematical skills and an enhanced understanding of political and economic events.
The strategy report traces contemporary applications and draws on historical cases to assess science diplomacy as a widely discussed concept and a far-reaching practice. It sketches out what science diplomacy can do for European foreign policy and how the European Union can strengthen its role as a science diplomacy actor.
The report sketches out what science diplomacy can do for European foreign policy and how the European Union can strengthen its role as a science diplomacy actor. It considers five key EU foreign policy interests, and the past and present role of science diplomacy in these interests: a functioning rules-based order, addressing global challenges, a resilient neighbourhood, the security and well-being of its citizens, and the strategic autonomy of the Union.
Science diplomacy is an area with great potential, especially for the EU. It is also an area with inherent tensions: between academic freedom and the instrumentalisation of science, between the gains of international cooperation and the risks it entails, and between public goods and national gains. A European science diplomacy strategy must bridge these tensions and balance different interests. The history of science diplomacy can be of help in so doing, linking past experience with present policy ambitions to strengthen European science diplomacy for the future.
Classes within the economics major include, among others, international trade, law and economics, economics of sports, game theory, and public choice. The analytical skills students develop are useful preparation for careers in business, law, government, public policy and academia. A degree in economics is also appropriate for students intending to pursue advanced degrees in the social sciences and in professional schools.
The Standards of Learning and Curriculum Framework comprise the history and social science content that teachers in Virginia are expected to teach and students are expected to learn.
Another relatively new concept in China is the military-civilian fusion strategy. This is aimed at the integration of civilian and military resources through research and development, talent development, logistics, commerce, finance, and software. The goal is to deepen fusion across the military and civilian spheres, leapfrog development and key technologies, and become a driver for robust and efficient science and technology development. These advances are necessary for China to reach its military modernization goals, and what military-civil fusion does, is it deepens involvement in the PLA procurement and research and development.
Explore interrelated global issues confronting the planet and humanity today. Delve into the human geography, physical geography, and environmental science perspectives surrounding key challenges. Develop the ability to critically analyse and discuss these challenges using academic literature.
Analyse and discuss the role of businesses in mitigating climate change. Build practical skills relating to corporate carbon accounting and disclosure. Critically engage with corporate climate activities, including carbon reduction claims, science-based climate targets and carbon offsets.
The GEO Innovation Hub was initiated in 2019 to accelerate geoscientists into the rapidly expanding funding opportunity space and arena of innovation and use-inspired science. Its creation coincides with increased NSF and national spending and focus on solving big, wicked problems facing society and geo/environmental-based sectors of the economy.
A bachelor of science in geography teaches students to understand and engage in the world around them. Geography is a problem-solving discipline whose programs and resources provide students with both technical skills and a liberal arts perspective to prepare them for life-long careers. Many elementary education students pair their major with geography believing that understanding the world is the most important thing an elementary school teacher can know.
The environmental sustainability concentration provides a foundation for understanding and creating solutions for local to global environmental problems in a manner which does not compromise future generations. The inter-disciplinary curriculum integrates perspectives from geography, biology, geology, political science as well as philosophy and economics. The curriculum focuses on not only learning about environmental issues, but provides problem-solving skills and technical geographic computer skills as well. Course work is supplemented by experiential learning for those who wish to explore internships, directed studies and study-abroad opportunities during their studies. Students completing this concentration will be prepared for graduate school or employment with environmental non-profits, corporations, and varies levels of government.
The GIS concentration is a unique opportunity for students. Geo-information science uses computerized mapping to problem solve, develop policy and analyze crime and is particularly helpful to those pursuing a career in law enforcement.
A minor in environmental sustainability will provide students with a sustainability background focused on global environmental issues including energy, food, economic, socio-cultural impacts and implications. Successful completion of this minor will benefit students seeking careers with environmental organizations or government agencies or who are planning to attend graduate school in physical geography, meteorology, international relations, planning or environmental science.
This minor is a hands-on minor using state-of-the-art geospatial technologies to gain an understanding of geographic information science as a field of study and to get experience with a wide range of GeoScience software and applications. Experiential learning utilizes real-world projects and case studies from environmental and planning issues to a wide range of applications. The minor requires a total of 15 credits, of which 9 credits come from required courses and 6 credits come from a choice of courses.
Geographers are concerned with social, spatial, and environmental processes affecting human and natural progressions on Earth. The geography minor provides breadth in human and physical geography as well as the GI sciences. This minor complements many other programs, including geology, biology, sociology, political science, criminal justice, communications, education and others.
The master of science in geo-information science is a multi-disciplinary program of advanced study of geospatial technology and its applications whose purpose is to develop geospatial professionals that are proficient in the acquisition, analysis, use, and management of spatial information. GIS and related geospatial technologies, such as remote sensing from satellites and aircraft, are integral to a variety of applications, including mapping and surveying, environmental analysis and natural resource management, transportation and urban planning, business planning, crime analysis, and disaster management, to name only a few areas. An integrated and applied curriculum provides practical, real-world training in the utilization of leading geospatial technologies for research, planning, spatial data management, and project implementation.
The graduate certificate in geo-information science is a flexible program of advanced study of geospatial technology and its applications. GIS and related geospatial technologies, such as remote sensing from satellites and aircraft, are integral to a variety of applications, including mapping and surveying, environmental analysis and natural resource management, transportation and urban planning, business planning, crime analysis, and disaster management, to name only a few areas. This program is designed for current and aspiring geospatial professionals who want to become more skillful users of GIS software and related tools. Evening courses are designed for working professionals and earned credits can be applied toward the master of science in geo-information science program.
Geography provides a diverse interdisciplinary degree that bridges the natural and social sciences. It provides enhancement of a broad range of transferable skills, and an education encompassing pressing issues at a range of scales, from local up to global.
There is emphasis placed on interdisciplinary approaches within the course, with opportunities to explore the intersections between geography and other disciplines from the humanities, social and natural sciences.
In recent years graduates have proceeded to employment in environmental policy, climate science, communications and media, charities and NGOs including the United Nations, management consultancy, government and politics, conservation and heritage management, the law, banking, finance, teaching, research, and much more.
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