土木工程专业介绍
Civil Engineering Civil Engineering Introduction The so-called large civil. Refers to all and water, soil, culture-related infrastructure-related projects, construction and maintenance. At present, the civil work projects include: roads, water supply, drainage, flood control works and transport. The past, all non-military use of civilian projects, classified into this category, but with the increasingly vast engineering sciences, many of the original content belong to the scope of civil engineering have been a separate section. At present, from the narrow definition, is equivalent to the Civil Engineering civil engineering, or construction (or structural engineering) This small-scale. Civil Engineering Introduction Business training objectives: the professional training of various civil engineering disciplines to master the basic theory and basic knowledge in housing construction, underground construction (including mine construction), roads, tunnels, bridges, buildings, hydropower stations, ports and offshore structures and facilities, water supply drainage and ground treatment in areas such as planning, design, construction, management and research, engineering and technical personnel, senior. Operational training requirements: The students mainly study engineering mechanics, geotechnical engineering, structural engineering, municipal engineering, water supply and drainage engineering and hydraulic engineering disciplines, basic theory and knowledge, by the engineering drawing, engineering, surveying, computer applications, professional test, structural design and construction practice areas such as basic training, and have engaged in construction, transportation works, water conservancy and hydropower engineering, port engineering, coastal engineering and water supply and drainage: the planning, design, construction, management and related research capacity. Graduates should be given the following knowledge and ability to: 1. Natural Science has a solid foundation for a better foundation for the humanities and social sciences and foreign language integrated capacity; 2. Master of engineering mechanics, fluid mechanics, rock and soil mechanics, engineering geology and engineering drawing of the basic theory and basic knowledge; 3. Grasp the building materials, structural calculations, component design, ground treatment, water supply and drainage engineering and computer applications, basic knowledge, principles, methods and skills, has engaged in preliminary design of civil structural engineering and research capabilities; 4. Master construction machinery, electrical engineering, engineering, surveying, construction technology and construction organization, construction monitoring, project budget, as well as aspects of the tendering procedures for the basic knowledge and basic skills, has engaged in preliminary engineering, management and research capacity; 5. Familiar with the construction of various types of civil engineering principles, policies and regulations; 6. Understanding of civil engineering disciplines of the trunk and cutting-edge developments in theory; 7. Master the literature of information retrieval and the basic method of inquiry has a certain capacity for scientific research and practical work. Major Courses: Trunk disciplines: mechanical, civil engineering, water conservancy projects. Main courses: engineering mechanics, fluid mechanics, rock mechanics with disabilities, the foundation and infrastructure, engineering geology, engineering, hydrology, engineering drawing, computer applications, construction materials, concrete structures, steel structures, engineering structures, water supply and drainage works, construction technology and管理. The main practice teaching links include: engineering drawing, awareness training, surveying practices, engineering geology internship, professional practice or production practice, the structure of curriculum design, graduate thesis, such as design or general arrangement for about 40 weeks. The main experiment: the experimental mechanics of materials, experimental materials, structural testing, soil testing. Period of Study: Four years Conferment of academic degrees: Bachelor of Engineering Similar professional: Architecture, Construction Engineering Technology Civil Engineering and Town Planning Building Environment and Equipment Engineering, Civil Engineering to the drainage works to cross the river bridge and road works
土木工程 施工专业介绍
我有好几个朋友都是学施工的，他们跟我讲这个专业，理论知识在现实中用的很少，但是要知道，最主要的实践经验，经验越丰富越好（这个就要靠你自己多去跑跑工地，跟着师傅多学多问，慢慢累积了）书籍：房屋建筑结构（虽然你是学施工，所以了解他的结构是很重要的） 建筑施工技术 工程力学 钢筋混凝土结构技术 土力学这个专业不是靠死记硬背就可以学好的，要理解着学，要不就算你背完全部的书又怎样，到了工地一样会傻眼，英语嘛，只要平时考试考过就好，你要是有兴趣也可以去把四六级过了总之，希望你能学好，祝你成功
谁有大学专业得具体介绍，比如说土木工程是什么概念读什么 越多越好 还有不是单说土木工程
土木工程建造各类工程设施的科学技术的统称。
它既指所应用的材料、设备和所进行的勘测、设计、施工、保养维修等技术活动；也指工程建设的对象，即建造在地上或地下、陆上或水中 ，直接或间接为人类生活、生产、军事、科研服务的各种工程设施，例如房屋、道路、铁路、运输管道、隧道、桥梁、运河、堤坝、港口、电站、飞机场、海洋平台、给水和排水以及防护工程等。
工商管理工商管理学是研究盈利性组织经营活动规律以及企业管理的理论、方法与技术的科学。
这个专业的范围比较广，所学课程也较多，涵盖了经济学、管理学的很多课程，因此，工商管理是一门基础宽的学科，个人可以就此根据自己的爱好选择专业方向。
比如企业管理、市场营销、人力资源、企业投资等。
目前，社会上认为工商行政管理就是工商管理，其实这存在一些误区。
工商管理与工商行政管理在专业培养目标、核心能力、专业课程等方面都有较大的区别。
所以，二者不能作为一门专业对待。
自动化专业 自动化专业自动化专业主要研究的是自动控制的原理和方法，自动化单元技术和集成技术及其在各类控制系统中的应用。
它以自动控制理论为基础，以电子技术、电力电子技术、传感器技术、计算机技术、网络与通信技术为主要工具，面向工业生产过程自动控制及各行业、各部门的自动化。
它具有“控（制）管（理）结合，强（电）弱（电）并重，软（件）硬（件）兼施”鲜明的特点，是理、工、文、管多学科交叉的宽口径工科专业。
软件工程 (Software Engineering，简称为SE)是一门研究用工程化方法构建和维护有效的、实用的和高质量的软件的学科。
它涉及到程序设计语言，数据库，软件开发工具，系统平台，标准，设计模式等方面。
在现代社会中，软件应用于多个方面。
典型的软件比如有电子邮件，嵌入式系统，人机界面，办公套件，操作系统，编译器，数据库，游戏等。
同时，各个行业几乎都有计算机软件的应用，比如工业，农业，银行，航空，政府部门等。
这些应用促进了经济和社会的发展，使得人们的工作更加高效，同时提高了生活质量。
水利水电工程 水利水电工程水利水电工程培养具有水利水电工程的勘测、规划、设计、施工、科研和管理等方面的知识，能在水利、水电等部门从事规划、设计、施工、科研和管理等方面工作的高级工程技术人才。
水利水电工程专业学生主要学习水利水电工程建设所必需的数学、力学和建筑结构等方面的基本理论和基本知识，使学生得到必要的工程设计方法、施工管理方法和科学研究方法的基本训练，具有水利水电工程勘测、规划、设计、施工、科研和管理等方面的基本能力。
信息管理与信息系统专业信息管理与信息系统专业培养具备现代管理学理论基础、计算机科学技术知识及应用能力，掌握系统思想和信息系统分析与设计方法以及信息管理等方面的知识与能力，能在国家各级管理部门、工商企业、金融机构、科研单位等部门从事信息管理以及信息系统分析、设计、实施管理和评价等方面的高级专门人才。
目前，国内众多高校都开设有此专业。
通信工程通信工程 (也作 信息工程，电信工程，旧称远距离通信工程、弱电工程)是电子工程的一个重要分支，同时也是其中一个基础学科。
该学科关注的是通信过程中的信息传输和信号处理的原理和应用。
额 我就弄了这几个比较热门的 也不知道你是否感兴趣~~
土木工程专业介绍
civil engineeringProfession of designing and executing structural works that serve the general public, including bridges, canals, dams, harbors, lighthouses, roads, tunnels, and environmental works (e.g., water-supply systems).The modern field includes power plants, aircraft and airports, chemical-processing plants, and water-treatment facilities. Civil engineering today involves site investigations and feasibility studies, structural design and analysis, construction, and facilities maintenance. The design of engineering works requires the application of design theory from many fields (e.g., hydraulics, thermodynamics, nuclear physics). Research in structural analysis and the technology of materials such as steel and concrete has opened the way for new concepts and greater economy of materials. The engineer's analysis of a building problem determines the structural system to be used. Structural designs are rigorously analyzed by computers to determine if they will withstand loads and natural forces. 土木工程 设计和修建各种公用建筑的结构工程设施的科学技术，这些工程包括桥梁、水坝、港口、灯塔、道路、隧道和环境工程(如供水系统)。
现代这个领域还包括：发电厂、航空港、化学处理厂和污水处理设备等。
现在土木工程涉及的范围还包括场地的测量和研究、结构设计和分析、建造，以及设备的维护。
工程设计的工作需要应用许多方面的设计理论(如水力学、热力学和核物理等)。
结构分析和材料技术的研发(诸如钢和混凝土)已开发出更新颖的观念和更经济的材料。
工程师在分析一种建筑问题时，就已决定该用何种结构系统。
计算机可精确分析结构设计以判定结构体是否承受得起载重量和自然力量。
