New Program｜今年！广以的数学与计算机科学专业在等着你
好消息！经国家教育部批准，广东以色列理工学院新增数学与计算机科学专业（Mathematics with Computer Science，教育部专业目录名称：数学与应用数学），自2020年起开始招生。
德国数学家高斯有句名言:“数学是科学的皇后”。大国的崛起是数学的崛起。表面上数学与国家强盛毫无关系，但如果细究发展动因，纵观历史，最后会明白，数学是社会发展最基础的引擎。中国要站在世界舞台的中央，为人类社会做出贡献，那么就需要优秀的数学家，需要受过良好数学训练的科技人才。
当我们认真审视现代顶尖科技时，不难发现，这些科技背后基本上都是由数学来驱动。例如：
当代科技金融的基石是数论中的因子分解算法；
人工智能（AI）发展的背后有贝叶斯定理等各种算法支撑；
现代芯片技术最终要突破二阶计算、SOAR等数学理论；
最前沿的区块链技术后面有椭圆曲线理论、哈希算法作为基石；
……
没有良好的数学基础和数学训练，谈何科技创新能力。
早在1999年，华为就已经在俄罗斯设立了数学研究所，吸引顶尖的俄罗斯数学家来参与华为的基础性研发。2016年，华为又在法国设立数学研究所。放眼全球，华为已有700多名数学家、800多名物理学家、120多名化学家和六七千名基础研究专家。科技界的精英早已意识到：用物理方法来解决现有问题的路已差不多走到今天，未来科技要有突破，要重视发展数学方法。
计算机科学是21世纪以来发展最为迅速、社会关注程度最高、对人民生活水平提升最显著的自然科学之一。在全球范围内，大数据技术、人工智能、分布式系统等计算机领域都被视为下一个科技发展服务生活的突破点，学术界和工业界都迫切希望获得受过良好数学训练、具有扎实计算机学科基础、真正有创新能力的高层次科技人才加入。
为帮助广大考生和家长更好地了解本专业特色，我们搜集了一些常见问题，供大家参考：
2018年12月，我校进入广东省“冲一流”高水平大学建设计划，四个学科入选高水平大学重点建设学科。面对这一新的发展机遇，我校的教学、科研和学科建设工作全面提速。增设数学与计算机科学专业（以色列理工学院专业名称：Mathematics with Computer Science，教育部专业目录名称：数学与应用数学），是贯彻学校办学定位、用兼具基础科学与前沿科学特色的专业建设带动高水平理工科大学发展步伐的具体体现。
数学与计算机科学专业秉承以色列理工学院的优势学科传统，按照“高阶计算机科学问题以深层次数学知识为基础”的专业建设思路，整合数学与计算机科学相关课程，形成跨学科教育优势，培养具有较强适应性和可塑性的高级复合型人才。课程体系涵盖国际高水平大学数学专业的主干课和计算机科学专业的必修课，注重知识结构的基础性、兼容性和可扩展性。教学过程突出“问题驱动”，强化以色列理工学院独特的数学思维训练，引导学生不断提出并反思科学问题，有效吸收消化所学知识。本专业毕业生将具备扎实的数学基础和计算机科学基础，同时掌握两者在人工智能环境下共生共荣的原理和应用，形成挖掘并解决前沿科学问题与产业创新问题的能力。
广东以色列理工学院数学与计算机科学专业的建设将依托以色列理工学院进行。以色列理工学院数学学院有近70年的悠久办学历史，目前开设数学、应用数学、数学与计算机科学、数学和统计及运筹学、数学与物理等本科专业，培养了著名数学家Paul Erdős等优秀人才。学院拥有雄厚的师资实力、完备的课程体系和科学的人才培养方案，培养了许多优秀的数学人才，是以色列理工学院的优势院系。因此，在对接以色列理工学院的学科资源的基础上，广以的数学与计算机科学专业可望快速发展，成为高水平的人才培养平台。
广东以色列理工学院当前正依据跨学科交叉渗透的国际高等教育发展趋势，加速建立跨学科研究中心，打造办学特色和优势。其中，先进理论科学研究中心将成为数学与计算机科学本科专业的主要依托机构，为专业建设提供教学与科研力量。该中心拥有约60名教学研究人员，半数以上在数学和理论计算机科学领域从事教学科研活动，他们来自以色列、美国、英国、意大利、芬兰等多个国家，其中既有经验丰富、基础研究硕果累累的资深教授，也有年富力强、活跃在前沿创新领域的青年学者。此外，本专业的教学活动还将由以色列理工学院派遣的访问教师以及来自世界其他著名大学的教研人员承担。
数学与计算机科学专业一直在以色列理工学院校内备受热捧。此次在广东以色列理工学院开办此专业，是以色列理工学院首次将其世界顶级的数学专业和计算机专业高等教育资源向全球开发。
Eli Aljadeff
代数学家
广东以色列理工学院 教授、数学系主任
1988年在以色列特拉维夫大学获博士学位
以色列理工学院数学学院讲席教授
曾任美国伊利诺伊大学厄巴纳-香槟分校（UIUC）、法国斯特拉斯堡大学（UDS）、西班牙穆尔西亚大学（Universidad de Murcia）和阿根廷布宜诺斯艾利斯大学（Universidad de Buenos Aires）的访问教授
研究方向包括：代数多项式恒等式、代数组并列出、布劳韦尔群、群上同调和可除代数
自1990年开始任职于以色列理工学院，2015-2018年间出任以色列理工学院数学学院院长
曾获以色列理工学院最高级别学术教学奖“亚奈奖（YANAI Prize）”、两次获得学术研究类奖项“马勒奖（MAHLER Prize）”
我很喜欢计算机，也很喜欢数学
“鱼”与“熊掌”能兼得不？
何止兼得！
广东以色列理工学院数学与计算机科学专业将在数学学科基础上，结合计算机科学学科特点，发展专业特色。学生能够在掌握牢固数学学科知识之余，进一步学习与计算机科学相关的专业知识，为从事计算机领域相关的工作打下坚实基础。根据以色列理工学院的经验，本专业毕业生具备继续攻读数学专业或计算机科学专业研究生的知识结构，而且计算机科学领域更加欢迎数学基础扎实、融贯计算机科学知识的学生。除了考研深造，本专业的就业前景也非常广阔，在机器学习、神经网络、大数据、认知系统、遗传算法等数学与计算机科学引领的产业创新领域，本专业毕业生尤其具有得天独厚的知识优势和能力优势。
本专业学制为四年，课程包括大量深入且严格的数学课程，内容涵盖数学的主要研究领域，包括代数、数值分析、几何学、拓扑学、组合论和数论，以及高水平计算机科学专业教育中的主要课程，包括数据结构、操作系统、程序设计和计算机组成以及其他更高级的课程。
总体而言，该专业将覆盖4个研究领域：1.数学:这是最重要的部分；2. 计算机科学:第二大领域，所包含的课程约为数学相关课程的一半；3.物理、化学或生物:本专业的学生应在其中一个领域学习3-4门课程；4.通识教育:人文社科、体育、英语等国家教育部要求开设的相关课程。
在广东以色列理工学院学习数学与计算机科学专业的学生还具有独特的优势，他们能够接触工科专业及相关的工程问题，也可以选修工程类的课程。
数学是一个应用性很强的研究领域。据美国哥伦比亚广播公司（CBS）新闻和以色列《THEMARKER》杂志报道，在当今数据驱动的经济发展模式中，企业对数学人才的需求越来越大，成为数学工作者被认为是收入最高、最被社会需要的职业之一。
数学毕业生可受雇于金融、信息技术、生物技术、人工智能、机器学习、信号处理、网络安全、多媒体、医疗设备等行业，担任分析师、算法学家、数据科学家、程序员、统计学家和管理者。
以色列是一个高科技国家。以色列理工学院数学系是以色列的主要数学系之一，其毕业生受到许多国际知名公司的欢迎，如：谷歌、亚马逊、微软、IBM、苹果、Facebook、Mellanox等。
应用数学的抽象能力解决实际问题是数学之美的核心。相对于其他科学和工程专业毕业生，数学专业毕业生的优势在于他们对数学基础的深刻理解，以及他们的结构化思维，这在任何领域都是一种财富。数学与计算机科学的结合使其毕业生能够将数学学习中获得的技能和思维应用于解决实际问题，特别是高科技产业需要具备对产业现象或过程进行抽象或建模、并根据这样的分析提出解决问题方案能力的人才。本专业具有基础性强、应用面宽的特点，将培养能够进入工业界、研究与教学领域的高水平毕业生。
符合学位授予条件和毕业要求的学生将获得以色列理工学院的数学与计算机科学专业学士学位（BSc. In Mathematics with Computer Science）、广东以色列理工学院的数学与应用数学专业学士学位、数学与应用数学专业本科毕业证书。完成本专业学习并获得学位的学生将有资格申请在数学专业或计算机科学专业继续进行研究生教育。例如，若申请以色列理工学院的数学专业或计算机科学专业研究生，优秀学生无需再补充修读其他本科课程。
对于希望未来从事程序设计或需要数学思维支持的开发工作的学生来说，数学与计算机科学专业是不二之选。本专业旨在培养学生从事数学研究或与数学相关的其他领域工作。同时本专业还为想在计算机行业发展的学生打开大门、提供方向。
以色列理工学院的办学经验清楚地表明，从数学与计算机科学专业毕业的学生可以非常轻松地在计算机科学领域继续发展。我们有信心本专业的学生将会成为相关领域、尤其是计算机科学领域的领军人物。
广东以色列理工学院的数学与计算机科学专业，
还有哪些值得关注的亮点？
学术声誉：以色列理工学院是世界领先的科学与工程学院之一，其在“软科世界大学学术排名”位列第77。点击此处获取更多信息
国际融合：广东以色列理工学院的教学语言为英语。我们的师资来自于全世界最好的大学，所有学生均能在学术领域和高科技领域得到浸润，在牢固掌握科学知识的同时，也能精通一门语言。
创新精神：以色列的创新创业精神，加上中国独特的产业优势，将使中国学生的聪明才智和积极性得到极大的促进和提升，在数学及其他科学领域都将产生极大影响。
我想报考广东以色列理工学院，
今年招生的专业都有哪些？
2020年广东以色列理工学院招生的本科专业有4个，包括：化学工程与工艺、生物技术、材料科学与工程、数学与计算机科学专业。
点击上方图片,了解化学工程与工艺专业
点击上方图片,了解材料科学与工程专业
点击上方图片,了解生物技术专业
广东以色列理工学院（Guangdong Technion Israel Institute of Technology）是我国唯一一所引进以色列优质高等教育资源的具有独立法人资格的中外合作大学，也是我国与以色列在教育领域合作的代表性项目。
2018年，广东以色列理工学院被列入广东省“高水平大学建设计划”，成为入选该项计划的最年轻的高校。材料科学与工程、食品科学与工程、化学工程与技术、环境科学与工程等四个学科同时被列为高水平大学重点建设学科。
今年，广东以色列理工学院新增设数学与计算机科学专业（Mathematics with Computer Science），有助于打造学科特色和可持续发展基础，进一步加快高水平理工科大学建设步伐。
欢迎广大优秀学子报考广东以色列理工学院！
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“硬核”广以，期待有你
Good news! Approved by the Ministry of Education of the People’s Republic of China, the Guangdong Technion Israel Institute of Technology opens a program —— Mathematics with Computer Science, which will enroll students from 2020.
To help students and parents better understand the strengths of this program, we have collected some Q&A for your reference:
GTIIT has been listed in the Guangdong High Level University Development Program. Four disciplines are listed as key disciplines. Facing this opportunity of development, the teaching, scientific research and program construction of our university have been comprehensively accelerated. The addition of the program of Mathematics with Computer Science is a concrete manifestation of the implementation of the university's educational orientation and the acceleration of the construction of a high-level university of science and engineering.
The Mathematics with Computer Science program follows the disciplinary tradition of the Technion. In line with the rationale of "high-level computer science problems are based on deep mathematical knowledge", courses related to mathematics and computer science are integrated to generate interdisciplinary education advantages and cultivate advanced compound talents with adaptability and flexibility. The curriculum covers core courses of Mathematics programs and compulsory courses of Computer Science programs offered by world-renowned universities, focusing on fundamentals, compatibility and scalability of the knowledge structure. Teaching processes will strengthen the unique mathematics thinking training of the Technion by guiding students to constantly ask and reflect on scientific problems, thus effectively absorbing and digesting the knowledge learned. Graduates of this program will possess a solid foundation in both mathematics and computer science, and at the same time master the principles and applications of symbiosis and co-prosperity in the artificial intelligence environment. As a result, students will be able to develop the ability to mine and solve cutting-edge scientific problems and industrial innovation problems.
The construction of the program will rely on the Technion. The faculty of Mathematics at the Technion has a history of nearly 70 years. The faculty has a strong teachers’ team, a complete curriculum system and a scientific talent training program, which has cultivated many excellent mathematical talents such as the famous mathematician Paul Erdős. Mathematics is also the dominant program of the Technion. Therefore, on the basis of docking the discipline resources of the Technion, the proposed study program of GTIIT is expected to develop rapidly and become a high-level talent training platform.
Now GTIIT is speeding up the establishment of interdisciplinary research centers in accordance with the development trend of international higher education with interdisciplinary interpenetration, so as to create characteristics and advantages of running the university. Among them, the Advanced Theoretical Science Research Center will become the main supporting institution of the proposed program, providing teaching and scientific research strength for the program construction. The center will employ about 60 faculty members, more than half of whom will be engaged in teaching and research activities in the fields of mathematics and theoretical computer science, and they will be the core faculty who support the program. In addition, part of the instruction needed in the program will be delivered by visiting faculty from the Technion, researchers from other worldwide universities and part time lecturers that will teach basic undergraduate courses.
Prof. Eli Aljadeff
Head of GTIIT Mathematics program
chair-holder professor in the Mathematics department at the Technion and an employee at GTIIT for teaching and research. Eli is in charge of the mathematics program at GTIIT.
received his Ph.D in mathematics from Tel Aviv University in Israel in 1988. He was a visiting professor at the University of Illinois at Urbana-Champaign in USA, Insitute for advanced mathematical research in Strasbourg, France, University of Murcia in Spain and University of Buenos Aires in Argentina.
algebtraist, working on topics as polynomial identities and group gradings on algebras, Brauer groups, group cohomology and division algebras.
arrived to the Technion in 1990. Between 2015 and 2018 he was the Dean of the Faculty of Mathematics at the Technion.
I like computer science and mathematics. Can I learn both?
Of course you can have both! Just look at the English name of this program.
Graduates of this program will be ready to pursue graduate studies in Mathematics or Computer Science. According to the experience of the Technion, students with a solid mathematical foundation and thorough knowledge of computer science will be more welcomed by the field of computer science. In addition to postgraduate studies, the employment prospects of this program are also very broad. Graduates will have unique knowledge and capability advantages in industrial innovations led by mathematics and computer science, such as machine learning, neural networks, big data, cognitive systems, genetic algorithms, etc.
The four-year program consists of a large number of deep and rigorous courses in Math which cover the main areas of mathematics as algebra, analysis, geometry, topology, combinatorics and number theory and the main courses in a strong computer science program as courses in data structures, operating systems, programing and computer organization together with more advanced courses.
The proposed undergraduate program will cover 4 areas of study: 1. Mathematics: this is the most important field; 2. Computer science: the second largest area which contains approximately half as many courses as the Mathematics program; 3. Physics, chemistry or biology: students in the program should take 3-4 courses in one of these fields; 4. General education: courses in humanities and social sciences, physical education, English and the MOE courses.
Students studying Mathematics with Computer Science at GTIIT have the advantages of being able to approach engineering field and take engineering courses.
Mathematics is a highly applicative field of studies. According to CBS News in the US, and the Israeli Themarker magazine, Mathematicians are increasingly in demand in today’s data-driven economy and being a mathematician is considered one of the best paid and needed professions.
MCS graduates are employed as analysts, algorithmic, data scientists, programmers, statisticians and managers in industries such as finance, information technology, biotechnology, machine learning, signal processing, cybersecurity, multimedia, medical equipment.
The Mathematics faculty at the Technion is one of the leading departments of Mathematics in Israel, a high-tech nation whose graduates are extremely in demand at the best international companies, such as: Google, Amazon, Microsoft, IBM, Apple, Facebook, Mellanox, etc.
The abstract thinking skill of Mathematics to solve practical problems is the core of mathematics. The advantage of Mathematics graduates over graduates from other scientific and engineering disciplines is their deep understanding of mathematics and their fundamental and structured thinking, which is an asset in any field. The combination of Mathematics with Computer Science grants its graduates the language to execute skills and abilities acquired during mathematics studies making mathematics an extremely applicative topic in any field. Especially high tech industry needs talents who can abstract or model industrial phenomena or processes and propose solutions based on such analysis. This major has the characteristics of strong foundation and wide application. It will cultivate high-level graduates who can enter the industry, research and teaching fields.
What are other strengths of MCS program offered by GTIIT?
Technion’s reputation: The Technion – Israel Institute of Technology was ranked at the 77th place according to the Shanghai Academic Ranking of World Universities. It is one of the world’s leading institutes of science & engineering. For more details, please click here.
International academic community: English, being the GTIIT's teaching language, and the teaching staff that is carefully selected from the best academic institutions around the world will allow its graduates the best international integration both in the academy and the high-tech, having both the language and the needed knowledge.
Innovative spirit: the innovative and entrepreneurial spirit of Israel combined with the recourses provided by the Chinese government for advancing intelligent and motivated Chinese students can produce a real impact not only on the field of Mathematics but also on other scientific fields.
What are the undergraduate programs offered by GTIIT in 2020?
In 2020, Guangdong Technion Israel Institute of Technology offers four undergraduate programs, which includes Chemical Engineering, Biotechnology and Food Engineering, Materials Science and Engineering, and Mathematics with Computer Science.
You may find the other three Programs here:
Click the picture above to know more about Chemical Engineering
Click the picture above to know more about Materials Science and Engineering
Click the picture above to know more about Biotechnology and Food Engineering
GTIIT is the only Sino-foreign cooperative university with independent legal status that has introduced high-quality Israeli higher education resources, and is also a representative project of educational cooperation between China and Israel.
GTIIT has been listed in the Guangdong High Level University Development Program. Four disciplines, including Materials Science and Engineering, Food Engineering, Chemical Engineering, and Environmental Engineering are listed as key disciplines.
The setting of the new program “Mathematics with Computer Science” is a concrete embodiment of strengthening the foundation of GTIIT’s sustainable development and implementing the orientation of running GTIIT.
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文：GTIIT招生办公室、传媒与公共事务部
图：GTIIT传媒与公共事务部
Text: GTIIT Admissions Office, News & Public Affairs
Photos: GTIIT News & Public Affairs