加拿大多伦多大学应用计算硕士专业 关注计算机软件的开发!
谈到高性能计算,很多人会联想到每秒可以运行百万亿次,千万亿次计算的超级计算机,很少有人会想到上面跑的软件,其实硬件只是基础,真正发挥作用的还得依靠软件,国内“重硬轻软”的现象非常严重,但对于应用单位来讲,跟自己关系密切的却是“软件”。是“应用”。应用计算人才的需求量持续上涨,为此加拿大多伦多大学就开设了应用计算硕士专业,下面,就随小编来看看吧,希望对大家有所帮助:
Master of Science in Applied Computing
16个月的应用计算硕士课程要求学生在完成四门研究生水平的技术课程后,在一家公司完成一份应用研究实习。这些课程涵盖了计算机科学的多个领域,包括机器学习、数据科学、人工智能、系统和网络以及软件工程。
核心课程
Fall semester
MAT1000HF/MAT457H1F Real Analysis I
MAT1060HF Partial Differential Equations I
MAT1100HF Algebra I
MAT1300HF Differential Topology
MAT1600HF Mathematical Probability I
MAT1850HF Linear Algebra and Optimization
Winter semester
MAT1001HS/MAT458H1S Real Analysis II
MAT1002HS/MAT454H1S Complex Analysis
MAT1061HS Partial Differential Equations II
MAT1101HS Algebra II
MAT1301HS Algebraic Topology
MAT1601HS Mathematical Probability II
CROSS-LISTED COURSES
Fall semester
MAT1011HF/MAT436H1F Introduction to Linear Operators
MAT1200HF/MAT415H1F Algebraic Number Theory
MAT1302HF/APM461H1F Combinatorial Methods
MAT1342HF/MAT464H1F Introduction to Differential Geometry
MAT1404HF/MAT409H1F Set Theory
MAT1700HF/APM426H1F General Relativity
MAT1723HF/APM421H1F Foundations of Quantum Mechanics
Winter semester
MAT1016HS/MAT437H1S Topics in Operator Algebras: K-Theory and C*-Algebras
MAT1155HS/MAT448H1S Commutative Algebra
MAT1196HS/MAT445H1S Representation Theory
MAT1304HS/CSC2429HS Topics in Combinatorics: Algebraic complexity theory
MAT1340HS/MAT425H1S Differential Topology
MAT1508HS/APM446H1S Applied Non-Linear Equations
MAT1856HS/APM466H1S Mathematical Finance
TOPICS COURSES
Fall semester
MAT1103HF Topics in Algebra I: Homological Algebra
MAT1190HF Algebraic Geometry
MAT1191HF Topics in Algebraic Geometry: Algebraic Geometry and C onvexGeometry
MAT1192HF Advanced Topics in Algebraic Geometry: Hodge Theory
MAT1210HF Topics in Number Theory: Transcendental Number Theory
MAT1312HF Topics in Geometry: SL(2, Z)
MAT1347HF Topics in Symplectic Geometry and Topology: Symplectic topology and Morse theory
MAT1435HF Topics in Set Theory
MAT1510HF Deep Learning: Theory & Data Science
MAT1901HF Reading in Pure Mathematics: Introduction to the Riemannian Curvature Dimension condition
Winter semester
MAT1128HS Topics in Probability: KPZ/Discrete calculus
MAT1192HS Advanced topics in Algebraic Geometry: Weil conjectures
MAT1191HS Topics in Algebraic Geometry: Algebraic Geometry II
MAT1197HS Automorphic Representations and the Langlands program: an introduction.
MAT1210HS Topics in Number Theory: Elliptic curves and elliptic surfaces
MAT1305HS Topics in Geometric Topology: Diffeomorphism groups
MAT1312HS Topics in Geometry: Classical Mechanics
MAT1314HS Introduction to Noncommutative Geometry
MAT1318HS Seminar in Geometry and Topology: Comparison Geometry
MAT1525HS Topics in Inverse Problems and Image Analysis: Variational Methods in Imaging and Neural Networks
MAT1846HS Topics in Dynamics: Homogeneous dynamics and applications
申请条件:
完成了他们所申请的专业的适当的本科学位,详细信息在相关的专业页面上。
在最后一年(即两个学期)的学习中,成绩至少相当于B+(77-79%)(相当于5个完整学分,或10个半学分)。
有工作经验(包括合作实习或实习)优先考虑,但不是必需的。
所有本科以上学历的成绩单复印件
简历/简历
目的声明
目的陈述是你解释为什么你应该被录取的机会。以下是你可能希望提及的几点:
你了解研究生院的一般要求,特别是MScAC项目
为什么这个项目对你来说是一个合适的机会,它如何符合你的职业目标
为什么你适合这个项目
任何适当的研究/应用研究经验,包括您的特殊贡献
关于你感兴趣领域的具体细节
你对计算机科学、IT行业或其他相关信息的趋势的认识
这个陈述是一个向我们展示你对英语质量和英语技能的承诺的机会。写得很差,充满错误的陈述会导致你不被录取,所以我们强烈建议你仔细校对你的陈述。
三封推荐信
语言要求:
托福网考:总分93分,写作/口语22分
雅思最低要求分数:7.0(学术),每个部分至少6.5分。
CAEL要求分数:最低70分,每个部分至少60分。
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