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Vision:
The Computer Security program of study will blend academic research with contemporary industry best practice, providing the Computer Security graduate with the fundamental:
- Computer networking knowledge,
- Computer security analysis skills, and
- Practical hands-on experiences
necessary for immediate employment opportunities in IT security, entry-level support positions. Faculty members strive for innovation in program development, curriculum design, and instructional delivery methods. |
Network Security:
Security Models, Attack Types, Risk Assessment, Cryptography, Threat Analysis, Security Implementation, Continuity Planning, Security Policy Formulation
Information Assurance:
Network Defense, Availability Monitoring, Intrusion Detection, Firewalls, Host System Hardening, Network Access Control, Remote Logging, Attack Simulations, Synchronization
Computer Forensics:
Constitution & Legislation, Data Preservation, Memory Analysis, Log Parsing, Event Log Reparation, Authentication Decryption, Router Forensics, Internet Crime Investigation |
|
| Contact Information: |
Rachel Wright
Academic Assistant
307.268.2494
CS 116
Weblink |
Dana F. Ladd
Business Information Systems
307.268.3018
BU 211
Weblink |
 |
According to the U.S. Bureau of Labor and Statistics, five of the top ten fastest growing job markets through 2014 will be in information technology related fields. The growth rate for these job markets is expected to be 38-54%.
|  |
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| Resident Faculty |
Academic Experiences |
Industry Experiences |
Dana F. Ladd
Business Information Systems
307.268.3018
BU 211
Weblink
Industry Resume
 
|
Dana has over 10 years experience designing, developing, and delivering undergraduate and graduate level Information System programs and curriculum. This experience includes:
- A complete redesign of Management Information Systems (MIS) programs of studies for four year colleges as a BA degree concentration.
- A new MIS program development tailored for an Adult Education accelerated BS MIS degree integrating in-class and distance learning delivery.
- Design, development, and delivery of industry-focused Enterprise Analysis (EA) curriculum as part of Boston University's Continuing Education Center (CEC) (2008).
His experiences span both in-class and distance learning settings. Dana is currently pursuing a PhD in Information Systems Management with a research concentration in Knowledge Management Systems design. |
Dana joined Casper College in 2011 and brings:
- 30 years of military and industry information systems and technology design, development, and deployment experience
- Business and process improvement skills spanning Class "C" startups, SMBs, Fortune 1000 companies, and Government Agencies
- Senior Program Management experiences supporting numerous government contracts as a CIO consultant, including Pentagon Air Force Executive Offices, HUD, and the Defense Information Systems Agency (DISA)
- Technical Project Management experiences for multi-year, international IS & IT teams, including plant-wide information system upgrades for multi-national firms.
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| The two degree offerings and the industry-focused Computer Security certification are listed side-by-side for easy, visual cross referencing of Major Requirement courses as well as Elective course options currently available for each program of study. |
| Associate of Science (AS) |
Associate of Applied Science (AAS) |
Casper College Computer Security Certification |
| Computer Security AS Degree Description |
Computer Security AAS Degree Description |
Computer Security Certificate Description |
| This degree is designed for undergraduate students seeking a foundational, practical knowledge of network security for transfer to a 4-year BS Computer Science degree program course of study. |
This degree is designed for undergraduate students seeking a foundational, practical knowledge of network security and computer forensics for immediate entry-level position industry employment. |
This degree is designed for both students and industry technicians seeking job enrichment or new employment opportunities with a foundational, practical knowledge of network security. |
| Recommended Curriculum |
HRS |
| |
General Education Courses |
32 |
| Major Requirements |
| |
|
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|
| |
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|
|
| |
IMGT 2400 |
Intro to Information Management |
3 |
| |
INET 2670 |
Internet Ethics & Cyber Law |
3 |
| |
CMAP 1610 |
Windows Operating Systems |
2 |
| |
CMAP 1615 |
Operating Systems |
3 |
| |
|
|
|
| |
|
|
|
| |
CMAP 1815 |
Database Applications |
3 |
| |
COSC 1010 |
Introduction to Computer Science |
4 |
| |
CSEC 1505 |
Internetworking Essentials |
3 |
| |
CSEC 1500 |
Network Security Fundamentals |
3 |
| |
CSEC 1510 |
Network Defense Principles |
3 |
| |
CSEC 1530 |
Computer Forensics |
3 |
| |
|
Required Course Total |
30 |
| Election Options (Minimum 3 Credit Hrs) |
| |
CMAP 2630 |
Presentation Graphics |
2 |
| |
BADM 2030 |
Business Ethics |
3 |
| |
BADM 2040 |
E-Commerce |
3 |
| |
CRMJ 2230 |
Law of Evidence |
3 |
| |
|
|
|
Computer Security AS Degree
Credit Hours |
65 |
| AS Program Brochure |
 |
|
| Recommended Curriculum |
HRS |
| |
General Education Courses |
17 |
| Major Requirements |
| |
CRMJ 2120 |
Introduction to Criminal Justice |
3 |
| |
CRMJ 2230 |
Law of Evidence |
3 |
| |
IMGT 2400 |
Intro to Information Management |
3 |
| |
INET 2670 |
Internet Ethics & Cyber Law |
3 |
| |
CMAP 1610 |
Windows Operating Systems |
2 |
| |
CMAP 1615 |
Operating Systems |
3 |
| |
CMAP 1715 |
Word Processing |
3 |
| |
CMAP 1765 |
Spreadsheet Applications |
3 |
| |
CMAP 1815 |
Database Applications |
3 |
| |
COSC 1010 |
Introduction to Computer Science |
4 |
| |
CSEC 1505 |
Internetworking Essentials |
3 |
| |
CSEC 1500 |
Network Security Fundamentals |
3 |
| |
CSEC 1510 |
Network Defense Principles |
3 |
| |
CSEC 1530 |
Computer Forensics |
3 |
| |
|
Required Course Total |
42 |
| Election Options (Minimum 5 Credit Hrs) |
| |
CMAP 2630 |
Presentation Graphics |
2 |
| |
BADM 2030 |
Business Ethics |
3 |
| |
BADM 2040 |
E-Commerce |
3 |
| |
CRMJ 2230 |
Law of Evidence |
3 |
| |
|
|
|
Computer Security AAS Degree
Credit Hours |
64 |
| AAS Program Brochure |
 |
|
| Recommended Curriculum |
HRS |
| |
General Education Courses |
17 |
| Major Requirements |
| |
CRMJ 2120 |
Introduction to Criminal Justice |
3 |
| |
|
|
|
| |
|
|
|
| |
INET 2670 |
Internet Ethics & Cyber Law |
3 |
| |
CMAP 1610 |
Windows Operating Systems |
2 |
| |
CMAP 1615 |
Operating Systems |
3 |
| |
|
|
|
| |
|
|
|
| |
CMAP 1815 |
Database Applications |
3 |
| |
|
|
|
| |
CSEC 1505 |
Internetworking Essentials |
3 |
| |
CSEC 1500 |
Network Security Fundamentals |
3 |
| |
|
|
|
| |
CSEC 1530 |
Computer Forensics |
3 |
| |
|
Required Course Total |
23 |
| Additional Requirements (Minimum 9 Credit Hrs) |
| |
MATH 1005 |
Business Mathematics 1 <OR> |
3 |
| |
MATH 1000 |
Problem Solving (Elect 1 Math) |
3 |
| |
BOTK 1540 |
Business English |
3 |
| |
BADM 1020 |
Business Communication |
3 |
| |
|
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|
Computer Security Certificate
Credit Hours |
49 |
| Certificate Program Brochure |
 |
|
| CMAP 1615 |
Operating Systems |
|
CMAP 1615 Catalog Description |
Current Syllabus |
Course Goal:
The major goal of this course are to introduce basic concepts and principles of Windows, Linux, and Apple MAC operating systems which include memory management, device management, process management, and file management. Students will also be exploring network organization concepts related to current operating systems. |
|
This course is an introductory course on the basics of computer operating systems including file systems, configuration, inter-process communication, security, administration, interfacing, multitasking, and performance analysis. The effect of additional technologies such as multi-core processing, wireless technologies, and PDA and telephone operating systems are also explored. Specific information related to Linux, Windows and UNIX operating systems will be examined at the end of the semester. Prerequisite Course(s): CMAP 1610, equivalent transfer, or instructor approval.
|
 |
| CSEC 1500 |
Network Security Fundamentals |
|
CSEC 1500 Catalog Description |
Current Syllabus |
Course Goal:
The primary goal of this course is to provide basic knowledge of the most important topics in information assurance which includes an introduction to firewalls focusing on managerial and technical aspects of security. |
|
This course examines current standards for information security through examination of security technologies, methodologies and best practices. Topics include evaluations of security models, risk assessment, threat analysis, attack types, encryption technologies, organizational technology, security implementation, disaster recovery planning, and security policy formulation and implementation. Prerequisite Course(s): CSEC 1505, equivalent transfer, or instructor approval.. |
 |
| CSEC 1505 |
Internetworking Essentials |
|
CSEC 1505 Catalog Description |
Current Syllabus |
Course Goal:
The primary goal of this course is to provide an overview of networking technologies, solutions, and applications and to enable students to gain basic knowledge and skills to troubleshoot and administer simple networks. |
|
This course provides an in-depth knowledge of networking and telecommunications technologies, hardware, and software, emphasizing underlying technologies and protocols. Students will have both the knowledge and hands-on skills necessary to work with network operating systems in a network environment. Prerequisite Course(s): None. |
 |
| CSEC 1510 |
Network Defense Principles |
|
CSEC 1510 Catalog Description |
Current Syllabus |
Course Goal:
The primary goal of this course is to provide an in-depth structured knowledge base on how to effectively protect computer networks from intrusion and cyber-attacks. |
|
This course introduces students to the various network attack scenarios available to the cyber criminal. Students are introduced to the concepts, principles and techniques, supplemented by hands-on exercises for attacking and disabling a network. These methodologies are presented within the context of properly securing the network. Students are provided with updated security resources that describe new vulnerabilities and innovative ways to protect networks by using the skills and tools of an ethical hacker. Prerequisite Course(s): CMAP 1500, equivalent transfer, or instructor approval.
|
 |
| CSEC 1530 |
Computer Forensics |
|
CSEC 1530 Catalog Description |
Current Syllabus |
Course Goal:
The primary goal of this course is to provide the student with a structured knowledge base on how to perform computer crime investigations and the recovery and analysis of digital evidence. |
|
The universal use of technology in every aspect of our lives has provided the need for the recovery of evidence in a digital format. In today's technology driven world most crimes and civil disputes involve the use of some form of a digital device. This course introduces students to the collection, preservation, presentation and preparation of digitally based evidence for criminal law enforcement or civil litigation. Prerequisite Course(s): None. |
 |
Click on AS or AAS Plan of Study (POS) below to view a recommended course sequence for each degree, respectively.
Each program of study identifies a recommended program road map for taking required courses. Semesters are chained together based on course prerequisites and course relationships. Although students can directly control and tailor their program of study, the sequence outlined in each degree POS represents an optimum progression for building foundational writing and problem solving skills, progressing towards advanced analysis and complex problem solving.
Click on POS image to download a working POS template you may use to tailor your course work load by semester ===>
The Excel POS template to the right has two worksheets, One for the Computer Security AS Degree, and a second for the Computer Security AAS degree. Simply choose the degree of your choice and create a copy to customize your personalized POS and track your degree progress. |
 |
> Associates of Science (AS) Program of Study (POS)
| 1st Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH 14xx |
Pre-Calc Algebra (1400) / Trig (1405) |
Gen Ed: Explore |
3 |
| ENGL 1010 |
English 1: Composition |
Gen Ed: Comm |
3 |
| CMAP 1610 |
MS Operating System |
Major |
2 |
| COSC 1200 |
Computer Information Systems |
Major |
3 |
| Student Opt |
General Ed Elective |
Gen Ed: |
3 |
| PEAC xxxx |
Physical Education |
Gen Ed: Phys Ed |
1 |
|
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|
| Semester Total Hours |
|
15 |
|
|
|
|
| Summer Semester Year 1 (As Required) |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH 09xx |
As Required (ACT < 26 / SAT < 500) |
Gen Ed: Explore |
3 |
| ENGL xxxx |
As Required (ACT < 20 / SAT < 450) |
Gen Ed: Explore |
3 |
| Student Opt |
General Ed Elective (Lab Science) |
Gen Ed: Explore |
4 |
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| Semester Total Hours |
|
As Required |
|
Year 1 Notes:
COSC 1200 (Computer Information Systems) will replace COSC 1010 (Introduction to Programming). (Curriculum Committee Change In Progress).
COSC 1200 is now the required prerequisite for IMGT 2400.
STUDENT ADVISING: Recommend students take COSC 1200 in their 1st semester versus COSC 1010. COSC 1200 will lay general concepts applicable to ALL CSEC degree core and major course requirements.
Note 1: IF students can take MATH 2350 / 2200 1st Semester, the Lab Science course could be taken 2nd semester in lieu of additional MATH course.
Note 1: IMGT 2400 /CSEC 15xx are writing intensive courses. Strongly recommend ENGL 1010 (min.) prior to taking 3rd and 4th semester CSEC Major courses; completion of ENGL 1020 would be excellent.
Note 3: Major course sequence listed isone optimal learning path for Comp Security Degree, but not the only option. |
Summer Semester Year 1 Notes:
Math and English courses required for lower ACT / SAT scores do not count towards degree hours. |
| 2nd Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH xxxx |
Trig (1405)/Bus Calc (2350)/Calc (2200) |
Gen Ed: Explore |
3 |
| ENGL 1020 |
English II: Composition |
Gen Ed: Comm |
3 |
| CMAP 1615 |
Operating Systems |
Major |
3 |
| CSEC 1505 |
Networking Essentials |
Major |
3 |
| Student Opt |
General Ed Elective |
Gen Ed: |
3 |
|
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|
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|
| Semester Total Hours |
|
15 |
|
| 3rd Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH 2xxx |
Bus Calc (2350) / Calc I (2200) |
Gen Ed: Explore |
5 |
| Student Opt |
General Ed Elective (Lab Science) |
Gen Ed: Explore |
4 |
| CSEC 1500 |
Network Security Fundamentals |
Major |
3 |
| CMAP 1815 |
Database Applications |
Major |
3 |
| IMGT 2400 |
Intro Information Management |
Major |
3 |
|
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|
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|
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|
|
|
| Semester Total Hours |
|
18 |
|
|
|
|
|
Year 2 Notes:
Students can choose to take a Gen Ed summer course during their first year of study to reduce 2nd Year Fall semester course load to 14-15 Credit Hours.
Note: Course workload will vary, depending on student capabilities. Should students be recommended to take CO/M 10xx / HDMV xxxx course(s) to ensure future semester success, student will need to consider Summer Semester courses to satisfy degree requirements in two years, or three year program of study. |
| 4th Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| Student Opt |
General Ed Elective (Lab Science) |
Gen Ed: Explore |
4 |
| INET 2670 |
Internet Ethics & Cyber Law |
Major |
3 |
| CSEC 1510 |
Network Defense Principles |
Major |
3 |
| CSEC 1530 |
Computer Forensics |
Major |
3 |
| BADM/CRMJ |
Major Requirement Elective |
Major |
3 |
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| Semester Total Hours |
|
16 |
|
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> Associates of Applied Science (AAS) Program of Study (POS)
| 1st Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH 1000 |
Problem Solving |
Gen Ed: Explore |
3 |
| CMAP 1715 |
Word Processing |
Major |
3 |
| CMAP 1610 |
MS Operating System |
Major |
2 |
| COSC 1200 |
Computer Information Systems |
Major |
3 |
| CO/M |
Public Speaking |
Gen Ed: |
3 |
| PEAC xxxx |
Physical Education |
Gen Ed: Phys Ed |
1 |
|
|
|
|
|
|
|
|
| Semester Total Hours |
|
15 |
|
|
|
|
| Summer Semester Year 1 (As Required) |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH 09xx |
As Required (ACT < 26 / SAT < 500) |
Gen Ed: Explore |
3 |
| ENGL xxxx |
As Required (ACT < 20 / SAT < 450) |
Gen Ed: Explore |
3 |
| |
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|
|
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| Semester Total Hours |
|
As Required |
|
Year 1 Notes:
COSC 1200 (Computer Information Systems) will replace COSC 1010 (Introduction to Programming). (Curriculum Committee Change In Progress).
COSC 1200 is now the required prerequisite for IMGT 2400.
STUDENT ADVISING: Recommend students take COSC 1200 in their 1st semester versus COSC 1010. COSC 1200 will lay general concepts applicable to ALL CSEC degree core and major course requirements.
Note 1: IMGT 2400 /CSEC 15xx are writing intensive courses. Strongly recommend ENGL 1010 (min.) prior to taking 3rd and 4th semester CSEC Major courses; completion of ENGL 1020 would be excellent.
Note 2: Major course sequence listed isone optimal learning path for Comp Security Degree, but not the only option. |
Summer Semester Year 1 Notes:
Math and English courses required for lower ACT / SAT scores do not count towards degree hours. |
| 2nd Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| MATH 1005 |
Business Mathematics I |
Gen Ed: Explore |
3 |
| ENGL 1010 |
English I: Composition |
Gen Ed: Comm |
3 |
| CMAP 1615 |
Operating Systems |
Major |
3 |
| CSEC 1505 |
Networking Essentials |
Major |
3 |
| CMAP 1765 |
Spreadsheet Applications |
Gen Ed: |
3 |
|
|
|
|
|
|
|
|
|
|
|
|
| Semester Total Hours |
|
15 |
|
| 3rd Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| Student Option |
Relationship With World |
Gen Ed: Relationship |
3 |
| BDAM 1020 |
Business Communication |
Gen Ed: Comm |
3 |
| CSEC 1500 |
Network Security Fundamentals |
Major |
3 |
| CMAP 1815 |
Database Applications |
Major |
3 |
| CRMJ 2120 |
Intro Criminal Justice |
Major |
3 |
| IMGT 2400 |
Intro Information Management |
Major |
3 |
|
|
|
|
|
|
|
|
|
|
|
|
| Semester Total Hours |
|
18 |
|
|
|
|
|
Year 2 Notes:
Students can choose to take a Gen Ed summer course during their first year of study to reduce 2nd Year Fall semester course load to 14-15 Credit Hours.
Note: Course workload will vary, depending on student capabilities. Should students be recommended to take CO/M 10xx / HDMV xxxx course(s) to ensure future semester success, student will need to consider Summer Semester courses to satisfy degree requirements in two years, or three year program of study. |
| 4th Semester |
Course
Code |
Course
Name |
Course
Type |
Credit
Hours |
| CRMJ 2230 |
Law of Evidence |
Major |
4 |
| INET 2670 |
Internet Ethics & Cyber Law |
Major |
3 |
| CSEC 1510 |
Network Defense Principles |
Major |
3 |
| CSEC 1530 |
Computer Forensics |
Major |
3 |
| CMAP 2630 |
Presentation Graphics |
Major |
2 |
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| Semester Total Hours |
|
16 |
|
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| Current Semester Student Moodle Portals |
| CMAP 1615 |
CSEC 1500 |
CSEC 1505 |
CSEC 1510 |
CSEC 1530 |
COSC 1200 |
IMGT 2400 |
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Note:
Accessing Moodle Portals for current semester classes requires Casper College network login credentials with valid CC Userid & Password. |
| |
| Public Accessible Moodle Portals |
| CMAP 1615 |
CSEC 1500 |
CSEC 1505 |
CSEC 1510 |
CSEC 1530 |
COSC 1200 |
IMGT 2400 |
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Note:
Public Moodle Portals require self-registration to access portal content. Simply register yourself with a userid and password of your choosing and you will receive an email requesting you to confirm your registration. Once you confirm your identity, you will have access to any of the public Moodle shells using your personal userid and password. You are welcome to browse these sites to become familiar with Computer Security core course content as well as majro course content, e.g. COSC 1200 and IMGT 2400. Please respect these sites, respect others who access these sites, and render credit to author(s) of content if you use information from these sites. |
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The world of business and industry is a dynamic and changing environment. Our programs offer a wide range of study and career choices and our
faculty members take the time to help students explore the options and
choose the best career path possible. Our degree programs focus on
the education and skills needed in modern business and industry. |
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