At 威尼斯人app下载's new 学科间的网络安全 program, we're looking for
unconventional thinkers who want to make a difference to tackle some of the hardest
21世纪的问题. 关于数据、您的数据以及如何保护数据的问题
在线. 国家安全的问题，以及你自己的经济安全的问题. 问题
这需要一种新的思维方式. 威尼斯人app下载正在寻找愿意
回答这些问题.
Traditional programs build a foundation of knowledge in computer science. 这是
a start, but at Tech we've built a more holistic program, for a more accomplished
cyber-professional.
Employment of information security analysts is projected to grow 33% from 2020 to
2030年，远快于所有职业的平均水平(8%).
U.S. 劳工统计局
85% of 所有 data breaches are caused by one variable that Computer Science can’t factor
人为错误. That’s why 威尼斯人app下载’s 学科间的网络安全 program
requires its students take “网络安全心理学,” studying the human element
数据泄露背后的原因.
From computer science to ethics 和 law, risk analysis, 和 psychology, the Transdisciplinary
Cybersecurity graduate programs are designed to make sure you'll have the tools necessary
成为一名成功的网络安全专家. 位于新墨西哥州的网络安全
Center of Excellence on the campus of NMT, this exciting new program is available
通过 面对面的 or 远程学习.
学生引用
Divya An和，博士生
"The 学科间的网络安全 研究生 program is for students of 所有 backgrounds.
你不需要成为编码专家才能成功! 这个项目真的准备好了
你将成为一个全面发展的网络安全专家. 你将有机会学习
所有 types of skills in the program, collaborate with amazing students 和 learn from
高技能教授!"
——Divya An和，威尼斯人app下载博士生
Samuel Yang，证书学生
"Being back 和 able to study with brilliant, yet re所有y down-to-earth new classmates
和优秀的老师，这是充实和保持我的思维活跃. 这是一个
interesting journey of hope 和 faith since I graduated from the department with an
计算机科学硕士，93/ 94年. 谢谢大家!"
C^ indicates a requirement of completing the course with C or higher as a prerequisite.
Additional courses are available as Special Topics 课程s (CYBS 5089) based on new
研究和学生需求.
All students are encouraged to pursue internships during the summer or to focus on
研究.
网络安全领域课程
研究生 credits (CYBS 5089) in the following cybersecurity areas: cybersecurity policy,
psychology of cybersecurity, cybersecurity data science, or cybersecurity technical
选修课.
专业硕士(PM)
The professional masters is a course based program that has 研究 integrated in
课程，但不需要额外的研究.
对于硕士学位，学生必须参加:
以上列出的所有核心课程(18学分)
技术选修课6学分
网络安全领域课程6学分
理学硕士(MS)
The master of science degree is a 研究 based program where students carry out
在完成课程作业的同时进行独立研究.
对于硕士学位，学生必须参加:
以上列出的所有核心课程(18学分)
技术选修课3学分
网络安全领域课程3学分
研究()
毕业论文6学分或
独立学习3个学分 和 网络安全领域课程3个额外学分
加速大师
The combined degrees of a MS-CYBS or PM-CYBS along with a BS in an aligned field may
在一个加速的时间框架内实现. 学生必须完成所有的要求
相关的BS和MS-CYBS或PM-CYBS学位.
学生 in the accelerated program may use up to nine 500-level or above credits
toward both their BS 和 either MS-CYBS or PM-CYBS degrees 所有owing them to complete
他们在加速的时间框架内获得学位.
博士学位(博士)
至少68个学分.
Up to 30 graded credit hours from an appropriate master’s degree, may be included.
These must be approved by the student's graduate committee 和 the program director.
44 hours of graded coursework approved by the student’s advisory committee must include:
以上列出的所有核心课程(18学分)
技术选修课9学分
网络安全领域课程12学分
Up to 12 graded 研究 credits (CYBS 581) may be used toward the required graded
课程学分.
论文(24学时):CYBS 595
完成时间
The average time in which well-prepared students may be able to expect to complete
their degrees is in the table below, depending on the student's preparation, focus,
敬业，精通研究.
学位
学分
全职时间
(12学分 & 春天)
兼职年限
(6学分下降 & 春天)
PM
30
1.5
2.5
MS
30
1.5*
2.5
博士学位
68
4.5
6*
* Due to the complexity 和 variability of 研究, the time to degree for MS 和
博士学位变化很大，这里显示的是平均预期时间. 完成时间
研究, particularly in the 博士学位 program, should be expected to be longer -- in many
5-6年(超过BS)的病例更为典型. 速成硕士生已完成
在一年内.
金融支持
Many students in these program are supported by their employers or provide their own
资金. However, full time students may recieve support either through the NMCCoE,
typic所有y on graduate contracts associated with external grants or contracts. 学生
with special skills or needs should make those clear in their graduate applicatoin.
教师研究领域
Areas below are areas in which faculty affiliated with the 学科间的网络安全
项目有兴趣为研究生提供建议.
B. 伯纳姆-网络安全的基础，政策
T. Dotson – Organizational High Reliability, User Experience 研究 Methods
T. Elliott – User Experience 研究 Methods, Psycolinguistics, Perception.
A. El Osery——网络物理系统
A. Ghosh - Health 系统, Health Sensing, 和 Health Monitoring for Naval 和 Weapons
系统
C. ChoGlueck - Ethics, Values 和 Norms Impact on Laws 和 Regulations, Science, Technology
政策
T. 哈珀-网络安全政策
C. Jeffery – Program Execution Monitoring, Programming Language Support
K. 李-多机器人系统
L. Liebrock – Cybersecurity, Cybersecurity Auditing, Enterprise-wide Forensics, Par所有el
Processing, Security Metrics, Threat Intelligence, Visualization, Well Posedness
D. Shin – System Security, Software Engineering/Security, Usable Security
S. 异构无线网络中的少保护光链路
H. 索利曼:机器学习
S. Teare -加密，智能仪器，网络物理系统
K. Tietjen – Incident Response 和 Digital Forensics, Threat Intelligence, Data Science
Focused on Threat Detection 和 Response, Cyber Operations Process Engineering/Quality
管理
J. Zheng – Cybersecurity, Machine Learning, Mobile Computing, Networking, Smart Grids,
智能制造，智慧农业
