计算机科学学士学位

UNO的计算机科学计划提供科学学士学位（BS），并遵循工程技术认证委员会（ABET）的准则。所有CS专业学生都将获得动手编程经验，学习基本的软件设计原理以及使用行业标准工具链。CS专业的学生可以通过我们的许多行业合作伙伴获得许多研究机会或带薪实习和学徒制。我们的计划在人工智能，数据库管理，计算机网络，软件工程，操作系统，计算机体系结构，游戏开发，移动应用程序，Web框架，计算机取证，生物信息学，计算机图形学等领域提供多种课程。借助这一出色的培训，我们的毕业生为进入科技行业或进入研究生院做好了充分的准备。
UNO's Computer Science program offers a Bachelor of Science (B.S.) and follows the guidelines of the Accreditation Board for Engineering and Technology (ABET). All CS majors will get hands-on programming experience, learn fundamental software design principles, and the use industry standard tool chains. CS majors have access to a number of research opportunities or paid internships and apprenticeships through our many industry partners. Our program has diverse course offerings in Artificial Intelligence, Database Administration, Computer Networking, Software Engineering, Operating Systems, Computer Architecture, Game Development, Mobile Applications, Web frameworks, Computer Forensics, Bioinformatics, Computer Graphics, and much more. With this superb training, our graduates are well prepared to enter the tech industry or admission into graduate school.<br><br>Ability to apply mathematical reasoning and logic to formulate solutions to computing problems.<br>Ability to analyze a problem statement, identify requirements, and implement a solution.<br>Ability to communicate effectively and present work coherently to one's peers.<br>Ability to assimilate new results, approaches, and paradigms in the computing profession.<br>Ability to function effectively as a member of a team to collaboratively solve problems.<br>Appreciation and understanding of ethical, legal, security, and social issues involving computing.<br>Ability to analyze the impact of computing on individuals, organizations, and society.<br>Ability to apply analysis of algorithms and computer theory in the modeling and design of a system to evaluate the tradeoffs involved in design decisions.<br>Ability to identify and understand the algorithmic core of a problem statement, reduce the problem to a familiar model, and efficiently design a solution using well-known methods