马鞍山学院-高校直通车

人工智能创新学院简介

在人工智能发展进入新阶段的时代背景下，马鞍山学院于2020年4月30日下文正式成立“人工智能创新学院”。这一举措旨在顺应国家的科技发展战略，切合产业的发展需要，充分发挥马鞍山学院举办方赛为智能作为一家高质量人工智能企业的行业优势，发挥民办本科高校机制灵活、产学研用链完整的应用型人才培养优势，发挥长三角经济带在人工智能方向上学科发展和人才培养的区域优势，探索智能产业产学研合作的新模式，为促进我国在新一轮国际竞争中处于优势地位作出重要贡献。

Introduction of the school of Artificial Intelligence and Innovation

In the context of the era of artificial intelligence development entering a new stage, Maanshan University officially established the " school of Artificial Intelligence and Innovation " on April 30, 2020. This move aims to comply with the China's technology development strategy; meet the needs of the industry's development; give full play to the industry advantage of Sunwin Intelligent, the host of Maanshan University, which is a high-quality artificial intelligence enterprise; make use of the advantage of cultivating application-oriented talents which including the flexibility system and full chain for studying, researching and producing in a private university; bring into play the regional advantages of discipline-developing and talents-training in artificial intelligence field in the Yangtze River Delta Economic Belt; explore the new model of production-study-research cooperation in the intelligent industry; make great contributions to promote China has a leading position in the new round of international competition.

人工智能创新学院下设人工智能、机器人工程、无人驾驶航空器工程、轨道交通信号与控制4个专业，拥有一支学术精湛、结构合理的“双师型”教师队伍，各专业带头人同时任职行业知名企业的研发机构负责人；拥有博士后科研工作站、省级重点实验室、行业研究所等研究机构。

There are four majors in the School of Artificial Intelligence Innovation: artificial intelligence, robot engineering, unmanned aerial vehicle engineering, and rail traffic signaling and control. It has It has a team of "double-qualified" teachers with excellent academic skills and reasonable structure. Each major leading person is in charge of some institutions of well-known enterprises, has some research institutions, for example, the post-doctoral research station, the provincial laboratory and so on.

人工智能创新学院扎实推进产业转型升级背景下我国经济社会发展所需高素质应用型人才培养，致力于建设一流的人工智能应用型本科育人基地，精准对接社会和行业需求和人工智能专业建设实际需要，打通校企之间最后一公里，开发和应用“项目式+导师制”本科教育模式，全院采取小班制管理，实施“人人进项目”的专业课课程模式，让每一位学生都能参与实际的行业项目，通过参与项目学习专业知识，同时提升实践能力和应用能力；以行业和高校高质量学科竞赛为路径，培养学生的创新意识和创新能力，致力于让每一位学生都能有更好的发展平台，切实提高学生的升学和就业水平，以自身实践探索人工智能内涵式发展新道路，形成“基础研究”、“人才培养”、“产业创新”协同发展态势，建成国内知名，区域一流的学术和人才高地。

The School of Artificial Intelligence Innovation has solidly promoted the cultivation of high-quality application-oriented talents, which is needed for China's economic and social development in under the circumstance of industrial transformation and upgrading, and devoted the best effort to building a top-class artificial intelligence application-oriented undergraduate education base for accurately docking society and industry requirements and actual need of artificial intelligence construction and making a bridge between the university and companies. Moreover, the school will develop and employ the "project + tutor " undergraduate education model, which refers to the whole school would adopt small class management, implement the professional course model of "every student has a project" to make each of them participate in practical industry projects so that their  practice capacity and application ability can be enhanced learn professional knowledge through learning professional knowledge during the project. In addition, the school will also take the industry and high-quality subject competitions among universities as a path to foster students' sense of innovation and innovation ability, hammer at letting every student can have a better platform and effectively improving the level of students’ academic performance and employment, and explore the new path of artificial intelligence connotation development through its own practice, to form a coordinated developing situation, which including "basic research "," talent cultivation ", and" industrial innovation ", and make the school a domestic well-known and regional first- rate research and talents highland.

人工智能创新学院欢迎国内外同行在教学和科研等各方面开展合作，共同助力第四次工业革命，为国家和社会的发展贡献力量！

The school of Artificial Intelligence and Innovation is willing to cooperate with domestic and foreign counterparts in various fields such as teaching and scientific research for contributing to the fourth industrial revolution and the development of the country and society.

【专业介绍】

人工智能

人工智能是研究、开发用于模拟、延伸和扩展人的智能的理论、方法、技术及应用系统的科学，是数学、系统学、控制学、计算机科学、认知科学等学科交叉形成的综合性学科。当前，人工智能正与工业、商业、金融业等行业全面融合，推动经济形态不断演变，带动社会经济实体持续增长。

【Programmes】             

Artificial intelligence

Artificial intelligence is the science of researching and developing the theories, methods, technologies and application systems for simulating, extending and expanding human intelligence, which is a comprehensive combination of mathematics, systematics, control science, computer science, cognitive science and other disciplines. At present, artificial intelligence is fully integrated with various fields such as industry, commerce, and finance, pushing the continuous evolution of the economic pattern and driving the sustainable growth of social and economic entities.

培养目标：人工智能专业致力于培养符合国家战略及安徽省人工智能产业发展需求，具备良好的信息科学、数理统计基础、计算机系统知识及扎实的编程基础，以及大数据基础知识与技能，掌握AI核心原理和AI思维，能够熟练运用数据思维、AI模型、工具、语音识别、NLP、图像处理等技术解决实际问题的高素质应用型人才。毕业生毕业后可在政府部门或企事业单位从事智能系统集成、智能软件设计与开发、智能应用系统的管理与运维工作。

Training objective: The artificial intelligence major is committed to cultivating the high-quality application-oriented talents, who are qualified for national strategy and the development needs of the artificial intelligence industry in Anhui province, who have enough knowledge about information science, mathematical statistics foundation, computer system and solid programming skill, as well as basic knowledge and skill of big data, who can master the AI core principles and AI thinking and use data thinking, AI models, tools, speech recognition, NLP, image processing and other technologies to solve practical problems with facility. After graduation, graduates can engage in intelligent system integration, intelligent software design and development, and management and operation of intelligent application system in government departments or enterprises and institutions.

优势特色：依托举办方赛为智能是全国人工智能领先企业的行业优势及下设人工智能研究院、日本大阪大学研究所等平台，强调复杂性思维、方法在智能理论研究、智能系统开发中的运用，突出人工智能技术与智慧城市、轨道交通、大健康等行业的交叉与融合。

Advantages: The host of Maanshan University, Sunwin Intelligent is the leading artificial intelligence company in China, which has some platforms such as the Artificial Intelligence Research academy and the Osaka University Research Institute . The artificial intelligence major emphasizes the application of complex thinking and methods in intelligent theory research and intelligent system development and highlights the intersection and integration of artificial intelligence technology with some industries such as smart cities, rail transit, and health.

机器人工程

机器人工程专业是顺应国家智能制造发展战略和机器人科技发展趋势而设立的新兴专业，属于典型的新工科专业，具有较强的前沿性、综合性和实践性。本专业以控制科学与工程、机械工程、计算机科学与技术、材料科学与工程、生物医学工程和认知科学等学科中涉及的机器人科学技术问题为研究对象，综合应用自然科学、工程技术、社会科学、人文科学等相关学科的理论、方法和技术，研究机器人的智能感知、优化控制与系统设计、人机交互模式等学术问题的一个多领域交叉的前沿学科。

Robot engineering

Robot engineering is an emerging major established in line with the national strategy of intelligent manufacturing and the development trend of robot science and technology. It is a typical new engineering major, which is quite cutting-edge, comprehensive and practical. This major takes robot science and technology issues involved in disciplines such as control science and engineering, mechanical engineering, computer science and technology, materials science and engineering, biomedical engineering, and cognitive science as the research objects, integrates application of natural science, engineering, social sciences, comprehensively applies the theories, methods and technologies of natural science, engineering technology, social sciences, humanities and other related disciplines. It is a interdisciplinary cutting-edge discipline that studies intelligent perception of robots, optimal control and system design, and human-computer interaction mode, etc.

培养目标：作为机器人及人工智能领域最前沿的学科专业，机器人工程专业遵循“机器人基础理论+创新性思维+工程实践”三位一体理念，培养掌握扎实的自然科学基础理论和机器人系统的设计、制造、感知、控制与应用等方面的专门知识，具有良好的学习和实践能力、创新创业意识和宽广的国际视野，具备解决机器人工程相关领域复杂工程问题能力的高级工程技术人才。

Training objective: As the most cutting-edge subject of the robot and the artificial intelligence field, the robot engineering major follows the Trinity concept of "basic theory of robotics + innovative thinking + engineering practice", cultivates the senior engineering and technical personnel, who grasp the natural science fundamental theory and the expertise of robot system design, manufacture, perception, control and application, who has the good learning and practical ability, innovation and entrepreneurship awareness and broad international vision, and the capability to solve complicated issues in the related field of robot engineering.

优势特色：本专业面向研发和生产一线，贯彻理论与实践并重的教育理念，依托赛为智能在人工智能和机器人领域的雄厚积累，充分发挥在工业机器人、巡检机器人、服务机器人研发的项目经验，创新“项目制”和“问题导向”教学模式，推进企业优质资源向本科生开放，创造一流学习和实训条件，充分调动学生积极主动性，努力培养卓越人才。

Advantages: This major is oriented towards the front line of research and and production, which implements the education concept of equal emphasis on theory and practice. Relying on the tremendous accumulation of Sunwin Intelligent in the field of artificial intelligence and robots, it thoroughly utilizes the project experience of research and development in industrial robots, inspection robots, and service robot research, innovates the "project system" and "problem-oriented" teaching model, promotes the high-quality resources of enterprises to undergraduates, creates first-class learning and training conditions, and fully mobilizes students initiative to cultivate excellent talents.

无人驾驶航空器系统工程

无人驾驶航空器系统工程（专业代码：xxx）是指利用无人飞行器技术平台,搭载各类传感器及任务设备,用于完成一定的任务或功能的飞行器系统.无人驾驶航空器专业属于工学门类，航空航天科学技术一级学科。

Unmanned aerial vehicle system engineering

Unmanned aerial vehicle system engineering (code: xxx) refers to the aircraft system using unmanned aerial vehicle technology platform equipped with various sensors and mission equipment for completing certain tasks or functions. Unmanned aerial vehicle major belongs to the engineering category, which is the first-level discipline of aerospace science and technology.

培养目标：本院开设的无人驾驶航空器系统工程专业属于飞行器设计二级专业学科，及无人驾驶飞行器设计专业,同时在专业学生的培养过程中,专业教研室不断开拓培养思路，充分理解发扬国家OBE(基于培养目标)教学理念,教学环节中不断融入创新应用能力培养,在培养计划中融入了无人驾驶航空器飞行操控能力培养、无人驾驶飞行器航空测绘能力培养、无人驾驶航空器航空摄影能力培养等，不断提高同学们无人驾驶航空器系统的操作应用能力。

Training objective: The unmanned aerial vehicle system engineering major belongs to the second-level discipline of aircraft design and the unmanned aircraft design major. In the process of training students, the teaching and research department unceasingly  open up the training ideas, fully understand and carry forward China’s OBE (Outcomes-Based Education) teaching concept, ceaselessly integrate the cultivation of innovation and application ability in the teaching process, blend the ability training of unmanned aircraft operation, unmanned aircraft aviation mapping, unmanned aircraft aerial photography, etc. in the training plan to constantly improve the students’ operation and application ability for the unmanned aircraft system.

优势特色：无人驾驶航空器系统工程专业学科布局学科前沿，对接区域产业发展和基本公共服务对人才的需求，合理确定专业课程和培养目标，按照毕业生培养目标和素质要求，培养学生树立正确的世界观人生观和价值观，使学生掌握从事无人驾驶航空器系统工程所必需的学科计算能力、项目实验能力和文献资料检索能力等，明确民办高等学校的办学定位、因材施教，培养学生不但具有专业的飞行器设计能力同时具有紧贴社会，服务行业的各类任务飞行器驾驶操控能力，深化复合型技能人才培养模式，落实学历教育和技能培训并举并重的培养理念，坚持学历教育与职业技能培训相结合,促进书证融通。

学校2019年获批专业招生建班以来，重点围绕无人机设计能力培养、学生就业能力提升等目标，以国家“1+X”证书专业教育改革为突破口，将其细化为无人驾驶飞行器设计专业本科学历证书（“1”）+两种以上的无人驾驶飞行器专业操控能力证书（“X”）教学制度试点改革，学院成立创新学院无人机专业教学改革实验班，重点推进专业建设、课程建设、教师队伍建设等紧密结合，,通过项目驱动，专业教师引领，深化教学模式、教材编制、教法改革等一系列教学革新活动，通过建好用好无人机实训基地，学院重点建设四个无人机专业实验室，包括无人驾驶航空器软件设计实验室、无人驾驶航空器组装调试实验室、无人驾驶航空器飞行模拟训练和无人驾驶航空器任务设备教学实验室，同时学院还建有航空队飞行表演工作室，专业实验室建设有力的推进基本教学理论和实践应用的有机衔接，提升学历和职业技能的共同发展，不断提升学生创新就业能力。

Advantages: This major, which focused on discipline forefront and meets the needs of regional industrial development and basic public services for talents, reasonably determines professional courses and training goals, and trains students to establish correct outlook on the world, life and values according to the training objectives and quality requirements of graduates, to enable students to master the necessary calculation ability, project experiment ability and literature retrieval ability for working on the unmanned aircraft system engineering field. Furthermore, it understands the positioning of private universities and teaches students according to their aptitude to make students not only have the professional aircraft design ability, but also have the ability to pilot and control various types of mission aircraft that are close to the society and the service industry, deepens the training model of versatile technical talents, fulfills the training concept of equal emphasis on academic education and skill training, and adheres to the combination of academic education and vocational skills training to improve students’ related capacity.

Since the major was approved for enrolling students in 2019, it focusing on the training of unmanned aerial vehicle design ability and the improvement of students' employment ability, taking the national "1 + X" certificate education reform as a breakthrough and refining the reform into the teaching system trials reform, which is bachelor degree certificate of unmanned aerial vehicle design ("1") + more than two kinds of unmanned aerial vehicle professional operation ability certificate ("X"). The school has set up the unmanned aerial vehicle reform experimental class for pushing the close combination of the construction of profession, curriculum, teacher team construction, etc. A series of teaching innovation activities are approved such as leading by project and teacher , deepening teaching mode and compilation of textbook, teaching method reform, etc. In addition, the school has mainly constructed four professional unmanned aerial vehicle laboratories, including unmanned aerial vehicle software design laboratory, unmanned aerial vehicle assembly and debugging laboratory, unmanned aerial vehicle flight simulation laboratory, unmanned aerial vehicle mission equipment teaching laboratory as well as a flight performance studio, which can effectively promote the connection of the basic teaching theory and practical application and improve the development of educational background and professional skills to ceaselessly enhance students’ innovative employment ability.

轨道交通信号与控制

在当前我国高速铁路、城市轨道交通飞速发展的形势下，根据其建设及安全运营需求，轨道交通信号与控制专业人才需求也将急剧增加。学院于2018年获批专业招生建班，拥有一支优秀师资团队，同时依托“轨道交通自动化安徽高校联合重点实验室”、多家合作单位项目实践基地，着重培养学生的专业实践和职业转化能力。

Rail trasit signaling and control

In the current situation of rapid development in high-speed railway and urban rail transit in China, according to the demand of its construction and safe operation, the requirement of professionals in signaling and control of rail transit will increase dramatically. In 2018, the university was approved to for recruiting students in this major. With an excellent faculty team, relying on the " rail transit automation joint key laboratory of universities in Anhui" and a number of project practice bases, this major focuses on training students' professional practice and vocation transformation ability.

培养目标：本专业旨在培养学生掌握自动化基础理论和信号专业基础知识，具备良好的工程素质，拥有较强的实践动手能力、系统分析设计能力、团队合作和沟通表达能力，具有国际视野和创新意识，能够适应持续的职业发展，在铁路、城市轨道交通等领域从事建设施工、设计制造、系统调试、运营维护等工作的专门应用型、创新型高级技术人才和管理人才。

Training objectives: The major aims to train students to master basic automation theory and signaling professional knowledge, and have good engineering quality, practical ability, system analysis and design ability, team cooperation and communication ability to make them practical personnel, innovative technical talents and management talents for construction, design and manufacturing, system debugging, operation and maintenance in railway, urban rail transit and other fields, who have international vision and innovation awareness and can adapt to continuous vocation development.

专业课程：交通信号和轨道交通导论、轨道交通信号基础、列车运行自动控制技术、铁路信号远程控制、系统安全技术、城市轨道交通设备检测技术、城市轨道交通控制系统、城市轨道交通综合监控技术、城市轨道交通通信技术、工业局域网与现场总线技术、区间与车站信号自动控制、智能交通通信与信息技术、城市轨道交通变配电技术等。

Main courses: introduction to traffic signal and rail transit, foundation of rail transit signal, automatic control technology of train operation, remote control of railway signal, system safe technology, detection technology of urban rail transit equipment, urban rail transit control system, comprehensive monitoring technology of urban rail transit, urban rail transit communication technology, industrial LAN(local area network) and fieldbus technology, automatic control of section and station signal, intelligent transportation communication and information technology, power transformation and distribution technology of urban rail transit, etc.

职业发展：由于本专业具有突出的行业需求和完善的培养体系，毕业生可选择继续读研深造，也可在铁路、城市轨道交通等领域相关的设计院、铁路局、研究院、地铁公司、工程局、信号公司以及系统集成单位中从事信息和控制方面的研究、设计、开发、制造、建设、运营管理等工作。

Career development: Thanks to the outstanding demand and complete training system of this major, graduates can choose to be a postgraduate, or engage in departments which are related to information and control such as research, design, development, manufacturing, and operation management in design institutes, railway bureaus, research institutes, metro companies, engineering bureaus, signaling companies and system integration institutions, etc.