计算机学院
一、学院介绍
bob手机在线登陆计算机专业创建于1958年，是全国最早设立计算机专业的高校之一。2020年，学院获批计算机科学拔尖学生培养基地（拔尖计划2.0）。2022年，获批国家特色化示范性软件学院。学院累计为国家培养各类人才15000余名。
bob手机在线登陆计算机专业是国家A类学科，ESI全球排名78位。承担多项国家重大科研项目，先后两次荣获国家科学技术最高奖项——国家科技进步奖，2021年科研经费突破2亿。教学成果丰硕，近年来先后3次荣获国家级教学成果奖。是我国重大工程项目的“国家队”，多年来以科技力量深度参与北京奥运会、冬奥会、70周年国庆、百年党庆的技术服务及保障工作。
二、学科建设
学院建有计算机科学与技术、软件工程、人工智能、数据科学与大数据技术等专业。计算机科学与技术专业是国家级一流专业和北京市重点建设一流专业，软件工程专业是国家级一流专业和工信部重点专业。
学科地位：
最新一轮学科评估位列A类
ESI全球排名接近千分之一，全球排78位
USNEWS：世界排名108位
QS世界大学学科排名进入全球201-250（位列国内第13）
双一流学科群“信息科学与技术”的支撑学科
通过国际学科评估
教学平台：
国家级实验教学示范中心1个，北京市实验教学示范中心2个，北京市高等学校创新实践基地1个。
科研平台：
国家工程实验室2个，工信部重点实验室1个，北京市工程中心1个，北京市重点实验室3个。
研究机构：
国家工程实验室2个，北京市工程中心1个，北京市重点实验室3个。
全英文课程：
制定全英文课程激励机制，制定全英文培养方案，覆盖本、硕、博三个层次。
开设研究生全英文课程18门及双语课程20多门
在读留学生共200多名，其中博、硕研究生100余人，位居学校前列。
仿真模拟技术：
三维仿真技术为庆祝大会精准决策提供有力支持
bob手机在线登陆数字媒体与仿真技术实验室为庆祝党的百年华诞大会、文艺演出构建了三维仿真系统对大会细节和央视转播画面等进行了全要素、全方位、全流程的设计仿真,为指挥部提供了决策依据。
▲庆祝大会仿真系统
为保证庆祝大会现场7万观众实时信息准确集结疏散有序,该团队设计开发了“证件及坐席管理系统”、“人群态势分析系统”，实现全部人员信息实时查询及三维展示并精确计算出人员离场最优路线及时间。
▲演员位置和舞台3D效果
团队将导演的创意方案经过仿真系统海量数据计算快速实现可视化,辅助导演进行创意验证评估和指挥调度。6个月，16名教师，57名学生，圆满完成两场保障任务，不怕困难，勇于挑战，在党和国家的重大任务中，绽放出青春的绚丽光彩。
北理工数字表演仿真团队
▲北京冬奥会开幕式仿真系统界面
北理工数字表演与仿真技术团队采用原创的“智能化创编排演一体化”系统，按照开幕式导演组要求打造了全仿真的“虚拟鸟巢”。本次仿真精确到每一位演员的位置、动作、步伐速度……精确到开幕式的每分每秒为开幕式的策划、设计和排练提供了有力的科技支撑。
▲《立春》节目仿真效果图
“08奥运我们仅仅为表演提供了虚拟仿真支持，14年后，我们通过三维仿真技术，模拟出冬奥会开幕式全流程，对演员、灯光、音乐、烟花、奥运火炬，甚至转播机位等全要素进行全方位‘排兵布阵’。这个平台相当于电影预演系统，帮助导演团队等直观了解开幕式的整体效果。”数字表演与仿真技术团队负责人、北理工计算机学院丁刚毅教授介绍到。
▲冬奥会闭幕结束仿真团队工作合影
多年来，丁刚毅教授带领着团队承担了2008年北京奥运会、60周年国庆游行/晚会、9.3阅兵、2010至2021年央视春晚、元宵晚会、2018年平昌冬奥会闭幕式北京8分钟、70周年国庆游行/晚会、2019年北京世园会、建党百年庆祝大会、北京平昌冬奥会开幕式、2022年北京冬残奥会等国家大型活动仿真系统的研发服务工作。
三、师资队伍
教职工194人，专任教师131人，正高级职称33人，副高级职称64人，博士生导师52人。双聘院士2人，长江学者特聘教授1人，国家杰出青年基金获得者1人，万人计划科技创新领军人才1人，国家级青年人才项目获得者9人，教育部新世纪优秀人才计划4人，国家级教学团队1个，北京市教学名师1名，北京市青年教学名师2名，首都十大教育人物获得者1名，教育部教学指导委员会副主任委员2名，教育部教学指导委员会委员4名。
四、学生就业
本科毕业生就业率97%，深造率60%，研究生就业率接近100%，毕业生工作地点主要分布在北京、上海、深圳、杭州等发达城市，主要从事软件开发、计算机网络、管理等岗位的工作。
近四年各去向类别最受欢迎前三位：
国有企业：中国电科、航天科工、中船集团
高等教育：bob手机在线登陆、清华大学、北京大学
科研设计：中国科学院
升学：bob手机在线登陆、中国科学院、北京大学
出国：纽约大学、新加坡国立大学、早稻田大学
互联网企业：腾讯、字节跳动、百度
The School of Computer Science and Technology mainly contains two programs: Computer Science and Technology and Software Engineering.
The Computer Science and Technology program of BIT include two directions: Computer Science and Technology (Chinese and English Taught) and The Internet of Things Engineering. Both directions have been admitted to the Excellent Engineers Education Programs of the Ministry of Education. This program has characteristics of strong theoretical and practical properties, high speed development and wide application.
To cultivate talents with solid background knowledge and broad viewpoints, the program emphasizes theoretical and professional foundations through courses of mathematics, logic, data structure, algorithms and intelligent technology.
The program offers a variety of flexible courses in fields of software theory and engineering, high-performance embedded computing, network and information security, language information processing and knowledge engineering, intelligent perception and media computing, and virtual reality and simulation calculation. The Internet of Things Engineering direction is a multi-disciplinary program. It provides students with courses in computer science and technology, automation control, and electronic communication. By experiments in practice, students can master basic theories and application techniques in objective perception, network and equipment interconnection, and information management and application.
Graduates from this direction are now working in famous IT companies such as IMB, Microsoft, Google, Oracle and Baidu, as well as well-known enterprises of finance, insurance, communication and the internet of things. Some graduates also found research, maintenance, management and education jobs in universities, scientific research institutions and government departments.
The core courses for this program include Mathematical Analysis for Engineers, Linear Algebra, Probability and Statistics, Physics, Discrete Mathematics, Data Structures and Algorithms Design, Object-Oriented Programming, Fundamentals of Analog Electronics, Computation Theory and Algorithms, Numerical Analysis, Database Principles and Design, Operating Systems, Compiler Principles and Design, Computer Networks, and The Interface Technique of the Microcomputer.
Software Engineering is the key program of the Ministry of Industry and Information. The school has established the first doctor program of first-level discipline in Software Engineering and the only interdisciplinary digital performances. The school has an excellent teaching and research environment with key laboratories and teaching centers and its research funding is high when compared with other national model software schools.
In recent years, the school has undertaken many national key programs including intelligent scheduling and simulation systems for the opening and closing ceremonies of the Beijing Olympic Games, the mass demonstrations supporting training and marching command system at the 60th anniversary of China’s National Day, an intelligent scheduling system for fireworks (Light Cube), stage simulation design for CCTV Gala, the security system at the Beijing Olympic Games, the 60th anniversary of National Day and the Shanghai World Expo to name a few.
The school enrolls undergraduates and graduates in the program of Software Engineering. The program, with Software engineering as the key discipline, aims to prepare undergraduates with basic theory and knowledge of computer science in bachelor’s degree and further enhances related technologies of software system development and software engineering management for graduates.
Graduates, with advanced engineering methods, tools, and techniques in the field of software engineering, will engage in the field of software system analysis, development, and maintenance. The school actively carries out international exchanges and cooperation, by establishing many bilingual courses, introducing foreign teachers, using foreign-origin teaching materials, making efforts to broaden students' international vision and enhance their innovation ability, and sending and receiving outstanding exchange students with universities in France, Germany, and Italy.
