-学院介绍-
区块链产业学院是成都信息工程大学面向新一代信息技术和数字经济发展，依托已有的“信息与通信工程”、“计算机科学与技术”、“软件工程”、“统计学”、“网络空间安全”等优势学科专业，以“区块链+”为核心特色，采取学科交叉融合、产学深度融合，与世纪互联和清华大学互联网产业研究院等国内外知名行业企业和研究机构实施联合培养的跨学科、跨专业新型产业学院。
The Block Chain Industry Institute is a new generation of information technology and digital economic development oriented by the Chengdu University of Information Engineering, based on established disciplines such as Information and Communication Engineering, Computer Science and Technology, Software Engineering, Statistics and Cyberspace Security, with a central focus on the “block chain plus”, a cross-disciplinary integration, a profound integration of production and a joint interdisciplinary and multidisciplinary new industry college with well-known national and international industry enterprises and research institutions such as the Inter-Scientific and Tsinghua University Institute of Internet Industry.
学院按照“产教融合、专业对接、课程衔接”的思路，建立学院、专业、行业、企业等不同主体的多元协同培养机制，将“区块链”、“大数据”、“云计算”、“人工智能”等现代信息技术与教育教学深度融合，实现校企之间信息、人才、技术与物质资源共享，推行全面发展与个性发展相结合的“三制一化”培养模式，即导师制、项目制、团队制、个性化培养，打造集产、学、研、转、创、用“六位一体”，互利、互动、多赢的实体性教育平台和“专业-产业-学院-专业群-产业群”紧密结合的良性链条。
The College, along the lines of “Integration of production and teaching, professional interface, curriculum bridging”, establishes a multidisciplinary and collaborative development mechanism for different subjects such as colleges, professions, trades and enterprises. It integrates modern information technologies, such as block chains, big data, cloud computing, artificial intelligence, and teaching depths in education, enabling the sharing of information, talent, technology and material resources among schools, and promotes a “triple one” culture model that combines comprehensive development and individual development, namely, mentoring, project, teamwork, individualization, building productive production, learning, research, conversion, creation and use of “six pairs”, a mutually beneficial, interactive and multi-winner entity sex education platform and a “professional-industrial-academic-professional-industry” chain of excellence.
-师资队伍-
- The teaching staff--
学院拥有专业背景深厚的师资队伍。专业教师毕业于剑桥大学、清华大学、四川大学、电子科技大学等国内外一流大学，兼职教师来自于国内外高新技术企业的系统架构师、设计师和研发工程师，具有丰富的技术积淀和产业经验。
The College has a well-qualified teaching staff. Professional teachers graduate from leading universities at home and abroad, such as Cambridge University, Qinghua University, Sichuan University and the University of Electronics and Technology, and part-time teachers come from systems architects, designers and R & D engineers in high-tech enterprises at home and abroad, with a wealth of technological deposits and industrial experience.
◆教授10人；博士生导师3人，硕士研究生导师6人；博士8人。
10 professors; 3 Ph.D. students mentors; 6 postgraduate masters mentors; 8 PhDs.
◆国务院政府特殊津贴专家1人
1 expert on special allowances from the Government of the State Council
◆教育部教指委委员2名
Two members of the Department of Education Steering Committee
◆工信部“中国两化融合十大领军人物”1人
One from the Ministry of Industry and Communications, “China’s Ten Leaderships”
◆中国互联网协会常务理事1名
• One member of the Standing Committee of the China Internet Association
◆中国信息化百人会成员2名
Two members of the 100-member Chinese Information Society.
◆四川省学术与技术带头人1人
One of the academic and technical leaders of Sichuan Province
◆四川省有突出贡献的优秀专家1人
One expert with outstanding contributions from Sichuan Province
◆四川省教学名师1人
One teacher from Sichuan Province
◆四川省“百人计划”专家1人
One expert from the Sichuan Project 100 People
◆四川省教育综合改革专家2名
2 experts on integrated education reform in Sichuan Province
◆成都市“创新人才”专家1人
One expert on “Innovators” in urban areas
-科研情况-
- Scientific research?
◆四川省人工智能产教融合创新基地
Sichuan Province Integrative Institute of Artificial Smart Education
◆四川省高等学校创新创业创造学教研产城一体化示范基地
Xichuan University College of Higher Education (Sichuan) to teach the integrated production base of the City of Innovative Entrepreneurship
四川省人工智能产教融合创新基地由清华大学互联网产业研究院和成都信息工程大学等单位联合共建、经四川省教育厅批准成立的科技创新基地。在共建基地的基础上，进一步叠加中关村区块链产业联盟、北京世纪互联集团等机构共建区块链产业学院、产业研究院，打造成为汇集国内外人才、产业、技术等资源的洼地。
The Sichuan Academy of Artificial Intelligent Education and Innovation in Sichuan Province has been jointly built by the University of Qinghua Institute of Internet Industry and the Chengdu University of Information Engineering, and has been approved by the Sichuan Education Department.
-教学科研成果-
- Pedagogical research results -
◆教育部自然科学一等奖1项
1 award from the Ministry of Education for the first prize in natural sciences
◆国家级教学成果二等奖1项
1 second prize for teaching results at the national level
◆四川省科技进步奖一等奖2项
Two first-class awards for the Sichuan Science and Technology Progress Award
◆江西省技术发明一等奖1项
1 award for technological invention in Jiangxi Province
◆国家电网公司科技进步一等奖1项
One award for scientific progress from the National Power Network.
◆四川省科技进步奖二等奖1项
Sichuan Province Science and Technology Progress Award, 2nd prize
◆四川省科技进步奖三等奖1项
One award for the Sichuan Science and Technology Progress Award
◆四川省教学成果一等奖3项
3 first prizes for Sichuan teaching results
◆四川省教学成果三等奖1项
One third prize for Sichuan teaching results
-专业介绍-
-Professional introductions--
◆区块链工程
Block Chain Project
招生类别：理工 授予学位：工学
Type of enrolment: Science and Technology Degree awarded: Engineering
本专业针对社会经济和社会信息化的发展，面向区块链产业对区块链技术人才的需求，培养德智体美全面发展，掌握计算机科学与技术基础知识、区块链技术基本理论和区块链项目开发方法，具有区块链系统设计与实现能力、区块链项目管理与实施能力和在企业和社会环境下构思、设计、实施、运行系统的能力，具备较强的团队协作、沟通表达和信息搜索分析的职业素质，具备在未来成为区块链行业骨干，在区块链项目系统设计开发、区块链项目管理、区块链系统服务等领域发挥创新纽带作用的应用型高级专门人才。
In response to the development of socio-economic and social informatization, the specialization is geared towards the need for technical talent in the block chain in the block chain industry, the development of a comprehensive intellectual and intellectual development, the basic knowledge of computer science and technology, the basic theory of block chain technology and the methodology for the development of block chain projects, the ability to design and implement block chain systems, the capacity to manage and implement block chain projects and to conceptualize, design, implement and operate systems in an enterprise and social environment, the professional qualities of a strong team collaboration, communication expression and information search and analysis, and the high-level expertise that will become the backbone of the sector chain in the future, which will act as an innovative link in areas such as the design of the block chain project system, the management of block chain projects and the services of the block chain system.
-主干课程-
- The main course.
程序设计、数据结构、操作系统原理、计算机网络、数据库原理及应用、区块链原理、数据挖掘与分析、密码学基础原理、信息安全与数字身份、共识机制与算法、P2P网络技术、区块链技术与应用、分布式计算与存储、脚本与智能合约、区块链应用开发实践、区块链金融、区块链与数字经济。
Program design, data structure, operating system principles, computer networks, database principles and applications, block chain principles, data mining and analysis, cryptographic fundamentals, information security and digital identity, consensus mechanisms and algorithms, P2P network technology, block chain technology and applications, distributed computing and storage, scripts and smart contracts, block chain application development practices, block chain finance, block chain chains and the digital economy.
-培养方向-
-Current direction--
针对行业企业的实际需求，主要培养区块链应用开发工程师、区块链平台开发工程师和区块链算法工程师。
In response to the real needs of industry enterprises, the main areas of training are block chain application development engineers, block chain platform development engineers and block chain algorithm engineers.
区块链算法工程师主要研发区块链协议、运行机制和底层实现，结合具体场景进行相关算法的设计和实现。
Block-chain algorithm engineers primarily develop block-chain protocols, operating mechanisms and bottom-level realizations, and design and realize relevant algorithms in relation to specific scenarios.
区块链平台开发工程师根据具体业务，设计区块链平台架构并对其进行编程实现，为上层业务提供安全、可靠和高效的运行环境。
Block chain platform development engineers, based on specific operations, design and programme the block chain platform architecture to provide a safe, reliable and efficient operating environment for top-level operations.
区块链应用开发工程师主要将区块链具体技术应用于实际落地应用，能够立足具体业务需求，设计开发区块链上业务相关职能合约，且能够与常见业务架构进行对接，并对其进行编程实现，以达成业务需求。
The block chain application development engineer, who mainly applies specific block chain technology to actual site applications, is able to design business-related functional contracts for the development block chain based on specific operational needs and is able to interface with common business structures and programme them to meet operational requirements.
-学生就业-
- Student employment -
国家政策大力推动，学生就业行业广泛。主要面向新一代信息技术和数字经济领域的互联网、软件、信息安全、金融、物流、社会治理等高新技术企业和管理部门，从事区块链底层技术研发、应用技术研发、技术维护及相关管理等工作。目前区块链工程专业培养的人才亟缺，就业前景非常好。
State policy is strongly promoted, and students are employed in a wide range of sectors. The Internet, software, information security, finance, logistics, social governance and other high-technology enterprises and administrations, mainly in the new generation of information technology and the digital economy, are engaged in the development of technology at the bottom of the block chain, in the development of applied technology, in the maintenance of technology, and in the management thereof.
◆人工智能专业
Artificial intelligence.
招生类别：理工 授予学位：工学
Type of enrolment: Science and Technology Degree awarded: Engineering
本专业的人才培养将充分发挥学院的产教融合、学科交叉的优势，面向四川省数字经济产业、面向智能气象行业，加强与联合办学企业在人才培养、实训课程、项目共享、实践机会等方面合作，培养学生掌握跨学科的自然科学基础知识，具有扎实的计算机科学基础、区块链技术和人工智能专业基础，具有丰富的人工智能实践经验，满足地方、行业与社会的智能化建设与发展需求的高素质、复合型、应用开发型工程技术人才，使其能从事智能系统、智能信息处理、智能行为决策、智能产品等方面的科学研究、开发设计、工程应用、决策管理等工作。
The talent development of the profession will take full advantage of the College's productive and cross-disciplinary advantages. It will be directed towards the digital economy in Sichuan province, to the intelligent weather industry, to strengthen cooperation with joint enterprises in such areas as talent development, practical training courses, project sharing and practical opportunities, to develop students'knowledge of the interdisciplinary natural science base, a solid foundation for computer science, block-link technology and artificial intelligence, a wealth of practical experience in artificial intelligence, high-quality, complex, applied and developed engineering skills that meet the needs of local, industrial and social intellectual development and development, enabling them to engage in scientific research, design, engineering applications, decision-making, etc. in the areas of smart systems, smart information processing, smart behaviour decision-making, smart products, and so on.
-主干课程-
- The main course.
程序设计、数据结构、操作系统、人工智能基础、人工智能的现代方法、机器学习、脑与认知科学、深度学习、知识表达方法、计算机视角技术、自然语言处理技术、智能语音技术、知识图谱技术、舆情分析技术、智能系统设计与开发。
Program design, data structure, operating systems, artificial intelligence base, modern methods of artificial intelligence, machine learning, brain and cognitive sciences, in-depth learning, knowledge-expression methods, computer perspective technology, natural language processing technology, smart voice technology, knowledge mapping technology, entanglement analysis technology, smart system design and development.
-培养方向-
-Current direction--
针对行业企业的实际需求，主要培养自然语言处理应用工程师、计算机视觉工程师、语音识别工程师、知识图谱工程师。
In response to the real needs of industry enterprises, natural language processing applications, computer visual engineers, speech recognition engineers and knowledge mapping engineers are mainly trained.
自然语言处理工程师立足具体业务需求，完成自然语言处理算法产品的设计、开发及优化，包括关键词提取、文本分类、情感分析、语义分析、命名体识别、文本摘要和智能问答等。
Natural language processing engineers, based on specific business needs, complete the design, development and optimization of natural language processing algorithm products, including keyword extraction, text classification, emotional analysis, semantic analysis, naming identification, text summaries and smart question and answer questions.
计算机视觉工程师根据项目具体需求，负责分析、设计、实现并优化图像特征提取、目标检测与分类、图像语义挖掘等多种算法。
Computer visual engineers are responsible for analysing, designing, achieving and optimizing a wide range of algorithms such as image feature extraction, target detection and classification, and image semantic excavation, depending on the specific needs of the project.
语音识别工程师根据项目具体需求，进行语音识别产品的设计、开发及优化，负责语音数据采集、语音识别算法设计、语音识别模型建立及优化等工作。
Voice recognition engineers are responsible for voice data capture, speech recognition algorithm design, voice recognition modeling and optimization of voice recognition products based on project-specific requirements.
知识图谱工程师领域知识图谱与实际项目相结合，根据项目具体需求，负责知识图谱的构建、领域知识的定向爬取、深度提取及挖掘、知识图谱的大规模存储与管理、基于知识图谱的高效查询与挖掘分析等。
Knowledge mapping in the field of knowledge mapping engineers, combined with actual projects, is responsible for the construction of knowledge profiles, the directional reptiles of field knowledge, deep extraction and excavations, large-scale storage and management of knowledge maps, efficient search and excavation analysis based on knowledge mapping, etc., depending on the specific needs of the project.
-学生就业-
- Student employment -
国家政策大力支持，就业前景良好。可在科研、高新企业、事业和行政管理等部门从事智能信息处理、智能控制、智能人机交互和智能系统集成等方面的科研、开发应用和教学工作。目前人工智能专业培养的人才供不应求，就业前景非常好。
State policy strongly supports employment prospects. Scientific research, development applications, and teaching can be carried out in such sectors as scientific research, advanced enterprises, careers, and administration, in the areas of smart information processing, smart control, smart machine interaction and integration of smart systems.
-人才培养模式-
- Talent development model -
学院基于产教融合、科教融合的多方协同创新体系，采取多学科专业交叉融合、全程项目驱动教学等人才培养创新举措，全面推行“2+2”培养模式，即2年基础理论知识学习和2年专业项目实践学习，以项目为主线，推进专业知识的学习、应用、实践和内化。
Based on a multi-pronged and innovative system of integration of production, science and learning, the Academy promotes the learning, application, practice and internalization of professional expertise through innovative initiatives such as multidisciplinary professional cross-integration, full-course project-driven teaching, and the `2+2' model, i.e. two years of basic theoretical learning and two years of practical learning of professional projects, with a project-oriented focus.
-教学、研究、实验环境-
- Teaching, research, experimental environment -
教学云平台为教师和学生提供在线教学资源和教学环境，包括在线课程、作业、练习、考试等功能，并自动对作业、练习和考试结果进行统计分析和可视化展示。
The Teaching Clouds platform provides teachers and students with online teaching resources and the teaching environment, including online courses, exercises, exercises, examinations, etc., and automatically conducts statistical analysis and visualization of the results of operations, exercises and examinations.
实验云平台为教师和学生提供在线实验环境，学生可以在任何地方使用任何电脑和终端进行实验，老师可以远程监控和辅导学生完成实验。
Experimental Clouds provides an online laboratory environment for teachers and students, where students can experiment anywhere using any computer and terminal, and teachers can monitor and mentor students remotely to complete the experiment.
实训云平台为教师和学生提供进行区块链职业技术应用能力训练的环境，学生可以在教师的指导下进行企业级的项目案例开发。
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