Visit for more information about all of the Graduate Programs at GW.

Transcription

1

2 We understand the difference you want to make in your life and your career. We challenge our students to look ahead and prepare them to lead the way. Through innovative programs, such as the one outlined in this brochure, GW can help you reach beyond your ambition. The Graduate Programs at GW. At GW, with our faculty of leading scholars and practitioners and over 200 master s, education specialist, doctoral, and certificate programs, we can help you reach your goals in a professional world that is evolving daily. Visit for more information about all of the Graduate Programs at GW. GW Off-Campus Programs. With programs designed specifically for the busy adult professional, GW offers a select group of part-time graduate degree and certificate programs at convenient off-campus locations and through online distance learning. Visit for more information about GW s Off-Campus Programs.

3 MASTER OF SCIENCE IN THE FIELD OF HIGH TECHNOLOGY CRIME INVESTIGATION OFFERED BY THE COLUMBIAN COLLEGE OF ARTS AND SCIENCES CLASSES HELD WEEKNIGHTS AND WEEKENDS AT: GW Graduate Education Center, Arlington 950 N. Glebe Road, 6th Floor Arlington, VA an exceptional master s program in the field of High Technology Crime Investigation. GWoffers The mission of this Master of Science degree is to provide an innovative and relevant program that reflects the changing security environment of the 21st century, incorporating the latest thinking and best practices in the field with a solid foundation in theory and proven investigative principles. This program is offered at GW s Graduate Education Center in Arlington, VA, conveniently located at the Ballston Metro station. p a g e 1

4 HIGH TECHNOLOGY CRIME INVESTIGATION Electronic evidence and information gathering have become critical components in an increasing number of crimes and conflicts. Investigations can involve criminal cases, civil disputes, medical malpractice, employee misconduct, as well as acts of terrorism. If there is a computer or other media device involved, chances are very good that investigators will need to recover valuable evidence for analysis and possibly for presentation in court. This increase in technology-related crime has generated an urgent need for a new type of investigator who can combine the science of information technology and forensics with the art of investigation and critical thinking. The High Technology Crime Investigation (HTCI) program provides experienced and aspiring digital forensics professionals with a fundamental understanding of the legal, technical, project management, and behavioral factors associated with conducting electronic crime investigations. Lab-based coursework helps students develop practical expertise and prepare for specific industry certification exams. Our research and practicum opportunities provide students with experience in a variety of government and corporate settings and are ideal for career-changers or those new to the field. ABOUT THE PROGRAM The HTCI program (36 credits, 12 courses) draws from the expertise of directors of security, psychologists, investigators, lawyers, digital forensic experts, and information security professionals. The program is specially designed to meet the needs of: Law enforcement agencies Lawyers Federal and state government agencies concerned with high technology crime Corporations Information security professionals Digital forensic professionals needing an advanced degree Individuals wanting to enter the growing field of high technology crime investigation p a g e 2

5 PROGRAM FORMAT PROGRAM AT A GLANCE The program s flexibility accommodates students schedules and academic preferences. Students from a variety of academic and professional backgrounds are accepted into the program, including criminal justice, information technology, business, and accounting. Upon admission, students meet with their academic advisor to outline their specific course of study. 12-course (36-credit-hour) program, consisting of ten required courses (30 credits) and two electives (6 credits). Classes meet evenings and weekends. Degree coursework can be completed in two years. A variety of internship opportunities in the government and private sector are available for students entering the field or making a career transition. Graduate career counseling and placement assistance are provided. Two prerequisite courses (3 credits each) may be required for students who lack the appropriate foundation to begin the master s degree program. These prerequisite courses are usually determined during the admissions process and are taken during the first semester. PREREQUISITE COURSES (3 to 6 credits, one to two courses) Some students applying to the program may lack the appropriate foundation to begin the master s program. To address this issue, two prerequisite courses (three credits each) are offered to bring the student up to program requirements. These courses are generally taken over the course of one or two semesters and must be successfully completed before beginning the 36-credit master s program. n FORS 2118 Introduction to Computer Systems for Security Professionals n FORS 2119 Introduction to Network Systems for Security Professionals p a g e 3

6 Master s Program (36 credit hours, 12 courses) Required Courses (30 credits) n FORS 6259 Computer-Related Law n FORS 6264 Protection of Information Systems n FORS 6273 Research Methods for the Security Professional n FORS 6277 Computer Forensics I: Investigation and Data Gathering n FORS 6278 Computer Forensics II: Evidence and Analysis n FORS 6279 Incidence Response: Understanding and Identifying Network-Based Attacks n FORS 6280 Advanced Incidence Response: Investigating Network-Based Attacks n FORS 6285 Capstone Seminar: High Technology Crime Investigation n FORS 6287 Project Management for Security Professionals n FORS 6288 The Investigative Process for Computer Forensics Elective Courses (6 credits) n FORS 6261 Security Management n FORS 6271 Forensic Psychology n FORS 6274 Video Forensic Analysis n FORS 6283 Steganography and Electronic Watermarking n FORS 6289 Linux for Computer Forensics n FORS 6290 Selected Topics n FORS 6291 Computer Forensics III: Advanced Techniques n FORS 6295 Research n FORS 6298 Forensic Sciences Practicum p a g e 4

7 COURSE DESCRIPTIONS FORS 2118 Introduction to Computer Systems for Security Professionals Aspects of computer systems and software that directly relate to media analysis, i.e., storage, memory, the structure of file systems, and system peripherals that may contain evidence. Laboratory fee. FORS 2119 Introduction to Network Systems for Security Professionals Aspects of network tools, administrative tools, network protocols, and fundamentals of TCP/IP that can be used to carry out a network-based attack. Development of a working knowledge of how information is processed and can be intercepted on the Internet/Intranet. Laboratory fee. FORS 6259 Computer-Related Law A problem-oriented course that focuses on applying the holdings of cases and analysis of statutes to different criminal fact patterns. The course is designed to examine criminal law, criminal procedures, and evidence as it relates to computer crime and the collection/analysis of digital evidence. Open only to students enrolled in off-campus forensic sciences programs. FORS 6261 Security Management An overview of the factors that shape modern security management: technology, law, ethics and societal changes. The course focuses on risk assessment and the necessity to identify, analyze, and counter threats. FORS 6264 Protection of Information Systems An overview of the types of information assets that need protection from loss. Basic techniques covered include: effective protection of automated information, including backup, disaster management, and intrusion detection. Laboratory fee. FORS 6271 Forensic Psychology Application of principles of psychology in civil and criminal proceedings: determining criminal responsibility, competence to stand trial and testamentary capacity; jury selection. FORS 6273 Research Methods for the Security Professional Identifying research resources; critical analysis vs. descriptive reports; applying appropriate measurement instruments, quantitative and qualitative research methods; written and oral presentation skills. Students develop and present a professional research report or a response to a request for research proposal. FORS 6274 Video Forensic Analysis Examines the principles of digital forensic analysis applied to forensic investigation and how to use these technologies to identify fraudulent and criminal activities. Open to departmental degree candidates only. Laboratory fee. FORS 6277 Computer Forensics I: Investigation and Data Gathering Techniques used to conduct computer crime investigations and gather probative evidence to secure conviction under federal law. The role of the high technology crime investigator as expert witness. Open only to students enrolled in the department or by approval of the program director. Prerequisite: FORS Laboratory fee. FORS 6278 Computer Forensic II: Evidence and Analysis Continuation of FORS 6277; use of graphical user interface tools (GUI) for the analysis of computer-related evidence. Open only to students enrolled in the department or by approval of the program director. Prerequisite: FORS Laboratory fee. FORS 6279 Incidence Response: Understanding Network-Based Attacks Network operations and network-based computer crime. Fraud schemes related to electronic commerce, theft and sensitive computer information, compromise of computer networks, and identity theft. Elements of proof of networkbased crime are discussed. Prerequisite: FORS 6264 or equivalent. Laboratory fee. p a g e 5

8 FORS 6280 Advanced Incidence Response: Investigating Network-Based Attacks Detecting and responding to network and host-based intruders, integrating intrusion detection systems into network topologies, identifying methods hackers use to break into network systems, analyzing network traffic and detecting attacks, and creating an effective response strategy. Prerequisite: FORS Laboratory fee. FORS 6283 Steganography and Electronic Watermarking Digital data hiding techniques. Investigation of data hiding and labeling techniques, attacks against steganography and watermarked information; countermeasures to such attacks. Open only to students enrolled in the department or by approval of the program director. Prerequisite: FORS 6277, Laboratory fee. FORS 6285 High Technology Crime Investigation Capstone Course For students in the final semester of the high-technology crime investigation program only. Simulation of a computer forensic investigation: developing an investigation plan, securing the crime scene, analyzing evidence, preparing the case for court, and testifying in a moot court situation. Laboratory fee. FORS 6287 Project Management for Security Professionals Project Management from a systems perspective, focusing on projects commonly encountered by information systems and computer forensic professionals. Planning, scheduling, estimating, procurement, and quality control are addressed along with organizational development, team-building and quantitative skills. FORS 6288 The Investigative Process for Computer Forensics In-depth examination of the investigative process for computer-related crime in both criminal and civil sectors. Topics include identification and validation of information sources, development and handling of informants, interview and interrogation techniques, and managing the investigative process. FORS 6289 Linux Forensics The Linux operating system as a powerful tool for computer forensics examiners, facilitating the collection, processing and analysis of data presented in criminal and civil proceedings. Prerequisite: FORS Laboratory fee. FORS 6290 Selected Topics Current issues in research, investigation, and law. FORS 6291 Computer Forensics III: Advanced Techniques Further examination of methods and techniques used to conduct and report high technology crime investigations. Open only to students enrolled in the Department or by approval of the program director. Prerequisite: FORS Laboratory fee. FORS 6295 Research Research on problems approved by the department, under the supervision of an appropriate member of the program faculty. Admission by permission only. FORS 6298 Forensic Sciences Practicum Internship experience in a forensic science laboratory or criminal justice agency, under the supervision of an appropriate member of the program faculty. Students must preregister for this course. Admission by permission only. p a g e 6

9 CAREER OPPORTUNITIES Current students and graduates of the High Technology Crime Investigation concentration pursue employment with a wide variety of government agencies and private corporations. It is recommended that a student stay in close consult with his or her advisor regarding specific career goals throughout the course of study. Some career titles of interest include: Computer Forensics Analyst Incident Responder, Security Engineer, Computer Forensics Forensics Computer Examiner Computer Forensics/Security Specialist Database Analyst/Computer Forensics Associate Forensic Analyst Computer Scientist/Consultant Senior Security Manager The classroom environment also affords a variety of networking opportunities with fellow classmates and instructors. p a g e 7

10 ADMISSIONS INFORMATION Degree Requirements In order to qualify for the master s degree, students must first be admitted by the Columbian College of Arts and Sciences. Twelve graduate courses (36 credit hours) are required for completion of the master's degree (excluding prerequisite courses). Prerequisite courses will be required for students who lack the solid foundation to successfully complete the program. These courses will be determined during the admissions process. With advisor approval, up to nine credit hours of coursework may be accepted as transfer credit. Such coursework must have been taken within the past two years, be related subject matter, not have been applied toward another degree, and have been successfully completed with a grade of B or higher. Each degree candidate must prepare an approved program of studies in consultation with a faculty advisor. Degree candidates must enroll in at least four courses during the calendar year (comprised of the fall, spring, and summer semesters), maintain a minimum cumulative grade point average of B (3.0 on a 4.0 scale), and pass a written master s Comprehensive Examination after completion of at least 30 credit hours. Admissions Requirements For admission to the High Technology Crime Investigation program, students must meet the requirements of the Columbian College of Arts and Sciences (CCAS): n Bachelor s degree with at least a B average (3.0 on a 4.0 point scale) or equivalent from a regionally accredited college or university. n Submission of results of the Graduate Record Exam (GRE) general test. n Submission of the results of the Test of English as a Foreign Language (TOEFL) for students who are from countries where English is not an official language and who do not hold a degree from an accredited American institution of higher learning. The Test of Written English (TWE) is also recommended. n One letter of recommendation. This program admits students on a continuous basis. Therefore, students are invited to apply anytime. Students may take up to six credit hours (prerequisite courses) before being admitted to the program. Preference in admission is given to those applicants with strong academic credentials and appropriate undergraduate preparation. p a g e 8

11 APPLICATION PROCEDURES Apply now via the Web An Electronic Graduate Admissions Application is now available through GW's website at This online process allows you to submit your graduate application and electronically send requests for letters of recommendation. Submit the following documents to The George Washington University, Columbian College of Arts and Sciences, Office of Graduate Admis sions, Washington, DC Completed application form with nonrefundable application fee (electronic) Official transcripts from each college or university attended Official GRE test scores One letter of recommendation Statement of purpose (250 to 500 words) Graduate Record Examination (GRE) CCAS Testing Code R5246 Official academic policy governing degrees is stated in The George Washington University Bulletin for Graduate Programs. GW is certified to operate in Virginia by the State Council of Higher Education for Virginia (SCHEV). p a g e 9

12 FINANCIAL AID Thinking about applying for Stafford or alternative education loans to finance graduate school? Check out Graduate Financial Aid loan information on the web at p a g e 1 0

13 CONTACT INFORMATION Program Representative Jeff Zitomer , Program Director Eva A. Vincze, Ph.D , CATALOG/BROCHURE DISABILITY SUPPORT SERVICES FINANCIAL AID OFFICE GRADUATE EDUCATION CENTER, ARLINGTON REGISTRAR S OFFICE VETERAN SERVICES Or visit us on the web at p a g e 1 1

14 BY AUTO: From Washington DC on U.S. 50: Cross the Theodore Roosevelt Bridge, proceed west on U.S. 50 (Arlington Blvd.) to 10th Street. Continue onto 10th Street North. Turn left onto North Fairfax Drive, and then left onto N. Glebe Road. The building will be on your right. Entrance to drop off and building parking garage on right just after building. From the West on U.S. 50: Proceed east on U.S. 50 to Glebe Road. Turn left (north) on Glebe Road and then bear right at Quincy Street. Turn left onto North Fairfax Drive, and then left onto N. Glebe Road. The building will be on your right. Entrance to drop off and building parking garage on right just after building. From the West on I-66: Take exit 71 to North Fairfax Drive (toward VA-120/Glebe Road). Turn right onto N. Glebe Road. The building will be on your right. Entrance to drop off and building parking garage on right just after building. From I-395 North/South: Take exit 8A (the first Washington Blvd. exit). Go north on Washington Blvd. for approximately 2 miles. Turn left onto 10th Street. Turn left onto North Fairfax Drive, and then left onto N. Glebe Road. The building will be on your right. Entrance to drop off and building parking garage on right just after building. BY METRO: Orange Line to Ballston Station. N GEORGE MASON DR GRADUATE EDUCATION CENTER, ARLINGTON 950 N. Glebe Road, 6th Floor Arlington, VA (703) PARKING OPTIONS/RATES: Parking Garages: 950 N. Glebe Road (under the GECA building) $4 flat rate after 3pm Monday Friday and all day Saturday. Monthly $108/month unreserved, $216/month reserved. 665 N. Glebe Road (Ballston Public Parking Garage) $1/hr for the first 3 hours Monday Friday, $1 flat rate after 6pm Monday - Friday, weekends $1 all day flat rate. Open 24 hours. Metered Parking: 1-hour metered parking on Glebe Road from 9am-6pm Monday Saturday. No parking from 6am-9am and 4pm-6pm Monday Friday. 2-hour metered parking on Fairfax Drive (toward Ballston Station) from 8am-6pm Monday Saturday. N GLEBE ROAD WASHINGTON BLVD RT 66 N FAIRFAX DR Graduate Education Center, Arlington N WAKEFIELD ST 11TH ST N WILSON BLVD N VERMONT ST N UTAH ST N TAYLOR ST N STUART ST METRO BALLSTON/ MU STATION UNIVERSITY POLICY ON EQUAL OPPORTUNITY The George Washington University does not unlawfully discriminate against any person on the basis of race, color, religion, sex, national origin, age, disability, veteran status, or sexual orientation. This policy covers all programs, services, policies, and procedures of the University, including admission to educational programs and employment. The University is subject to the District of Columbia Human Rights Law. Inquiries concerning the application of this policy and federal laws and regulations concerning discrimination in education or employment programs and activities may be addressed to Susan B. Kaplan, Associate Vice President for Human Resources, The George Washington University, Rice Hall, Washington, DC 20052, , or to the Assistant Secretary for Civil Rights of the U.S. Department of Education. Disabled individuals who require special information may direct inquiries to the Office of Disability Support Services, (TDD/voice) The George Washington University. All rights reserved. 05/11

15 GW OFF-CAMPUS CENTERS ALEXANDRIA GRADUATE EDUCATION CENTER 1925 Ballenger Avenue Suite 250 Alexandria, VA Metro: King Street GRADUATE EDUCATION CENTER, ARLINGTON 950 N. Glebe Road, 6th Floor Arlington, VA Metro: Ballston HAMPTON ROADS CENTER 1 Old Oyster Point Road Suite 200 Newport News, VA l HANOVER HIGH SCHOOL Chamberlayne Road Mechanicsville, VA K STREET CENTER FOR PROFESSIONAL EDUCATION 2020 K Street NW Lower Level Washington, DC Metro: Foggy Bottom or Farragut West VIRGINIA SCIENCE AND TECHNOLOGY CAMPUS Exploration Hall Academic Way Ashburn, VA Enterprise Hall Knoll Square Ashburn, VA l ADVANCED TECHNOLOGY CENTER 1800 College Crescent Virginia Beach, VA

16 GW OFF-CAMPUS PROGRAMS n WASHINGTON, DC GW is an equal opportunity/affirmative action institution The George Washington University