在威尼斯人app下载新的跨学科网络安全项目中，我们正在寻找
想要做出改变的非传统思想者来解决一些最困难的问题
questions of the 21st Century. Questions about data, your data, and how it's protected
online. Questions of national security, and of your own financial security. Questions
that require a new way of thinking. New Mexico Tech is looking for people ready to
answer those questions.
传统的程序建立了计算机科学知识的基础. This is
一个开始，但在理工学院，我们建立了一个更全面的项目，更有成就的
cyber-professional.
从2020年到2020年，信息安全分析师的就业预计将增长33%
2030, much faster than the average for all occupations (8%).
U.S. Bureau of Labor Statistics
85%的数据泄露是由计算机科学无法考虑的一个变量引起的
for - human error. 这就是为什么威尼斯人app下载的跨学科网络安全项目
要求学生学习“网络安全心理学”，研究人为因素
behind data breaches.
从计算机科学到伦理与法律、风险分析、心理学等跨学科
网络安全研究生课程旨在确保你拥有必要的工具
to succeed as a cybersecurity professional. Located in the New Mexico Cybersecurity
在NMT校园的卓越中心，这个令人兴奋的新项目是可用的
via face-to-face or distance learning.
Student Quotes
Divya Anand, PhD Student
“跨学科网络安全研究生课程面向所有背景的学生.
You do not need to be a coding expert to be successful! The program really prepares
you to be a well-rounded cybersecurity expert. You will have the opportunity to learn
所有类型的技能在程序中，与惊人的学生合作，并从中学习
highly skilled professors!"
- Divya Anand, New Mexico Tech PhD student
Samuel Yang, Certificate Student
“回来了，能够和才华横溢、脚踏实地的新同学一起学习
and wonderful teachers, it is fulfilling and keeps my mind active. It has been an
自从我以优异的成绩从系里毕业以来，我经历了一段充满希望和信念的有趣旅程
MS in computer science, '93/'94. Thank you all!"
- Samuel Yang, Southern University and A&M College
The following are core for all Transdisciplinary Cybersecurity Programs. All core courses are normally offered once
per year. See the current catalog for course descriptions and general graduate school requirements.
Course
Name
Offered
Prereq
CYBS 5002
Cybersecurity Ethics and Law
Fall
CYBS 5003
Cybersecurity Policy
Spring
CYBS 502
CYBS 5004
Psychology of Cybersecurity
Spring
CYBS 5005
Data Science for Cybersecurity
Fall
MATH 382+L
CYBS 5009
Cybersecurity Risk Analysis and Management
Spring
CYBS 5061
Foundations of Cybersecurity
Fall
CYBS 5061 should be taken in each student's first fall semester.
Cybersecurity Technical Electives
以下是跨学科网络安全项目的核心内容. Technical elective
courses are normally offered once every other year (EOY). See the current catalog for course descriptions.
Course
Name
Offered
Prereq
CYBS 5006
Cyber Physical System Security
Odd # Fall
CYBS 5014
Computer Security and Incident Response
Odd # Fall
CYBS 5015
Reverse Engineering Malware
Even # Spring
CYBS 514
CYBS 5041
Advanded Cryptograpy
Fall
CYBS 5054
Computer Network Security
Spring
CYBS 561 (C^)
CYBS 5057
Hardware-Based Network Security for the Internet of Things
Spring
CYBS 561 & CYBS 554 (C^)
CYBS 5063
Access Control and System Security
Fall
MATH 382+L
CYBS 5064
Secure Systems Administration
Even # Spring
CYBS 561 & CYBS 554 (C^)
EE 5060
Electronic Warfare
Fall
EE 5065
Position, Navigation and Timing
表示要求以C或更高的成绩完成课程.
额外的课程可作为专题课程(CYBS 5089)基于新的
research and student demand.
专业硕士是一个以课程为基础的项目，其中包括研究
courses, but does not require additional research.
For the PM degree students must take:
All core courses listed above (18 cr)
6 credits of technical electives
6 credits of cybersecurity area courses
Master of Science (MS)
理学硕士学位是一个以研究为基础的课程，学生可以进行
independent research in addition to completing coursework.
For the MS degree students must take:
All core courses listed above (18 cr)
3 credits of technical electives
3 credits of cybersecurity area courses
Research (either)
6 credits of thesis or
3 credits of independent study and 3 additional credits of cybersecurity area courses
Accelerated Masters
MS-CYBS或PM-CYBS的组合学位以及对齐领域的BS可以
be achieved in an accellerated timeframe. Students must complete all of the requirements
of the associated BS and the MS-CYBS or PM-CYBS degrees.
加速课程的学生最多可以使用9个500级或以上的学分
获得学士学位和硕士学位或硕士学位，从而完成学业
their degrees in an accelerated timeframe.
Doctorate (PhD)
A minimum of 68 credits total.
可以包括从适当的硕士学位获得的30个学分.
这些必须得到学生研究生委员会和项目主任的批准.
经学生咨询委员会批准的44小时评分课程必须包括:
All core courses listed above (18 cr)
9 credits of technical electives
12 credits of cybersecurity area courses
多达12个分级研究学分(CYBS 581)可用于所需的等级
coursework credits.
Dissertation (24 credit hours): CYBS 595
Time to Completion
准备充分的学生完成作业的平均时间
他们的学位如下表所示，取决于学生的准备、专注程度、
dedication, and proficiency in research.
Degree
Credits
Full Time Years
(12 credits fall & spring)
Part Time years
(6 credits fall & spring)
PM
30
1.5
2.5
MS
30
1.5*
2.5
PhD
68
4.5
6*
*由于研究的复杂性和可变性，MS和
PhD vary substantially and average expected times are shown here. Time to complete
在许多国家，研究，尤其是博士项目的研究时间应该更长
cases 5-6 years (beyond BS) is more typical. Accelerated Masters students have completed
in one year.
Financial Support
这些项目的许多学生都是由雇主资助的，或者自己提供资金
funding. 然而，全日制学生可以通过NMCCoE，
通常是在与外部资助或合同相关的毕业生合同上. Students
有特殊技能或需要的学生应在研究生申请中明确说明.
Faculty Research Areas
以下是隶属于跨学科网络安全的教师的领域
programs are interested in advising research students.
B. Burnham – Foundations of Cybersecurity, Policy
T. Dotson -组织高可靠性，用户体验研究方法
T. 艾略特-用户体验研究方法，心理语言学，感知.
A. El Osery – Cyber Physical Systems
A. 健康系统，健康传感，健康监测海军和武器
Systems
C. ChoGlueck -伦理，价值观和规范对法律法规，科学，技术的影响
Policy
T. Harper - Cybersecurity Policy
C. 程序执行监控，编程语言支持
K. Lee – Multi-Robot Systems
L. Liebrock -网络安全，网络安全审计，企业范围取证，并行
处理，安全度量，威胁情报，可视化，良好的姿态
B. Majumdar – Additive Manufacturing
S. Mazumdar – Data Management, Data Science, Information Privacy
L. 网络安全，硬件安全设计，形式安全方法，
Cryptographic Policy Enforcement Mechanisms
D. Quist – Malware, Reverse Engineering
R. Ramyaa – Artificial Intelligence
C. Reitz - Cybersecurity Law
D. Shin -系统安全，软件工程/安全，可用安全
S. Shao – Secured Optical Links in Heterogeneous Wireless Networks
H. Soliman –Machine Learning
S. Teare - Encryption, Smart Instrumentation, Cyber Physical Systems
K. 事件响应和数字取证，威胁情报，数据科学
专注于威胁检测和响应，网络操作流程工程/质量
Management
J. 郑-网络安全，机器学习，移动计算，网络，智能电网，
Intelligent Manufacturing, Smart Agriculture
