环境科学理学硕士-能源

Master of Science in Environmental Science - Energy

印第安纳大学伯明顿分校

Indiana University Bloomington

美国

学历文凭
Masters Degree
专业院系
开学时间
课程时长
课程学费
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国际学生入学条件

Submit your official academic records in the original language from every postsecondary school you have attended, whether or not you obtained a degree. If the original is not in English, also include a certified, literal translation. Records must be issued by the registrar or record-keeping official from the institution at which the work was completed. GRE or GMAT scores are not required for admissions to SPEA's Master's programs. GRE scores should be sent electronically through ETS to Indiana University, institution code 1324. A department code is not necessary.
SPEA baseline TOEFL scores for admission consideration are 100, with a strong recommendation of at least 25 in each section. SPEA's baseline IELTS overall scores for admission consideration are 7.0.

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IDP—雅思考试联合主办方
雅思考试总分
7.0
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雅思考试指南

雅思总分：7
托福网考总分：100
托福笔试总分：160
其他语言考试：NA

CRICOS代码：
申请截止日期：请与IDP顾问联系以获取详细信息。

课程简介

环境科学理学硕士（MSES）计划教育的专业人员将环境科学领域的专业知识与必要的分析和政策技能相结合，以便在更广泛的背景下应用该知识。该学位课程包括经验要求，通常需要通过实习来满足，但也可以使研究重点最终达到传统硕士学位论文的水平。SPEA的大师级能量浓度将使您处于能够应对关键的能源挑战的位置。在跨学科研究中，您将专注于能源政策和技术-探索二者的社会经济和环境后果。您将首先掌握MSES计划核心竞争力中反映的基础知识-15个学时，其中包括雇主所追求的严格性和广度。除了这些高度可转移的核心技能外，精力集中还包括
O'Neill's master's-level Energy concentrations will put you in a position to help meet critical energy challenges. In your interdisciplinary studies, you'll focus on energy policies and technologies - exploring the socio-economic and environmental consequences of both. O'Neill's MSES Energy Science concentration will put you in a position to help meet critical energy challenges. In addition to core courses in energy economics and policy, and in energy systems, you will choose from courses in natural gas, renewable energy, air pollution, meteorology, GIS, and climate change and its impacts. Additional economics, policy, and management options will include courses in energy economics, policy, and law, climate-change policy, and human behavior related to energy consumption, as well as courses in broader areas such as benefit-cost analysis, local government, and sustainability. These courses will provide context for your science and technology training, allowing you to craft well-informed approaches to today's energy challenges.

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