7
Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support for this work was provided by the National Science Foundation’s Federal Cyber Service: Scholarship for Service (SFS) program under Award No. 1241735. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Embed Size (px)

Citation preview

Page 1: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure

Course Flow Diagrams

May 2-3, 2013

Support for this work was provided by the National Science Foundation’s Federal Cyber Service: Scholarship for Service (SFS) program under Award No. 1241735. Any opinions, findings, and conclusions or recommendations

expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

Page 2: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Or by Instructor’s Permission

Pre-requisites not counted towards certificate program.

Co-requisites

Core Course

Disciplinary Course

Notational Conventions for Course Flow Diagrams

Page 3: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Core Courses• Core courses will be cross-listed with Industrial Engineering, Mechanical

Engineering, Computer Science, and Electrical and Computer Engineering• Modules on cybersecurity law and policy will be integrated across the core courses.

Networking and Control Systems

Introduction to Critical

Infrastructure

Cybersecurity for Information Systems

Offered in Spring 2013 asIE 4331/5331

To be developed

Page 4: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Mechanical Engineering Courses

ME 4334Feedback Control of

Dynamic Systems

ME 4234Control of Dynamic

Systems Lab

ME 5314Non –linear Dynamics

ME 4332Networked Control

SystemsME 5312

Control Theory I

ME 3333Dynamic Systems and

Vibrations

Page 5: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Electrical and Computer Engineering Courses

ECE 4375/5375Microprocessor

Architecture

ECE 4380Embedded Systems

ECE 4325/5325

Telecom Networks

OR

ECE 3362Microcontrollers

ECE 3304Discrete-Time Signals

and Systems

ECE 3323Principles of

Communication Systems

ECE 4332/5332

Cybersecurity for the Smartgrid

Page 6: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Industrial Engineering Courses

IE 5319Risk Modeling and

Assessment

IE 4331/5331Software Security

IE 4331/5331Cyber Attacks

(to be developed)

IE 5308Risk Assessment of

Human Behavior

IE 5320Systems Theory

Page 7: Texas Tech University NSF-SFS Workshop on Educational Initiatives in Cybersecurity for Critical Infrastructure Course Flow Diagrams May 2-3, 2013 Support

Computer Science Courses

CS 4331Embedded Systems

CS 5332Secure Software

EngineeringCS

4331/5331Network Security

CS 5331Opportunistic

Mobile Networks

CS 5373Software

Modeling and Architecture

CS 5374Software

Verification and Validation

Java Programming

CS 3375Computer

Architecture

CS 4392Computer Networks

CS 4331/5331

Information Assurance