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Digital Forensics
Master of Science in Information Assurance and Cybersecurity
As technology becomes more complex, crime is increasingly perpetrated and coordinated in digital environments. The online MS in Information Assurance and Cybersecurity, Digital Forensics at Capella University can position you as a cybersecurity leader with the skills to perform advanced computer forensics, including a deep understanding of the legal challenges associated with digital investigations. Elevate your IT expertise and help make communities safer.
Classes start October 11
Use the code FALL21 to waive the $50 application fee.
At a Glance
- Online
- 6 Core courses
- 5 Specialization courses
- Capstone
Reduce your tuition by $5,000
Enroll in a qualified program and apply for a $5K Capella Progress Reward, a scholarship to help fund your master’s degree.
Admission requirements
Applicants to the MS in Information Assurance and Cybersecurity, Digital Forensics program must provide the following information for admission:
- Bachelor’s degree from an institution accredited by a U.S. Department of Education-recognized accrediting agency or an internationally recognized institution
- Your official bachelor’s transcripts, minimum grade point average of 2.3 or higher on a 4.0 scale
- A background acknowledgement form that indicates your technology degree or relevant work requirements for this program
- A $50 nonrefundable application fee, required at the time of application, to cover transcript requests, transcript evaluation, and other administrative costs
- A valid, government-issued form of photo identification
GRE and GMAT are not required for admission.
International student requirements
If you completed your most recent academic coursework, degree, or credential at an institution outside the United States, regardless of your citizenship or where you currently live, you are considered an international applicant.
In addition to the above admission requirements, you will need to submit these materials:
- Minimum score on acceptable test for proof of English proficiency
- Transcript evaluation
Learn more about international student admissions.
A structured learning format with an active peer community and faculty guidance. We’ll set the schedule, you meet the deadlines.
- Based on the quarter system; 1–3 courses per 10-week quarter
- 1 semester credit = 1.5 quarter credits
- Weekly assignments and courseroom discussions
- Pay for what you take, price varies by courseload or term
$25,020–$33,360*
MAX TRANSFER CREDITS–AVERAGE TRANSFER CREDITS
$695 per credit, 48 total quarter credits, 12 max transfer credits
*This is only an estimate, using general program pricing, and it does not include fees (including application and resource kit fees). Your price may be higher or lower depending on your specialization, transfer credits, and tuition discounts. If transfer credits are allowed in this offering, the prices above show what you would pay if you brought in the average number of transfer credits and the price if you brought in the maximum allowed transfer credits.
Questions about cost?
Contact an enrollment counselor.
“Working full time as a Network Technician meant I needed to take classes at times that would work for me. Capella checked off all the boxes! The flexibility was outstanding.”
Will Resendes* – BS IT
*Actual Capella student who agreed to appear in promotional materials.
| IAS5015 * |
Network Security Fundamentals and Cryptography
Learners apply foundational concepts of cybersecurity and information assurance to select appropriate information security policies, procedures, and controls to defend enterprise information assets from breaches of confidentiality and integrity. Learners identify specific points of vulnerability that may be mitigated through the use of administrative security policies and operational information security tools. Learners also examine principles of cryptography and some of the security controls and methods that use it. Prerequisite(s): Completion of or concurrent registration in IAS5010 or PM5018. |
4 quarter credits |
|---|---|---|
| IAS5100 |
Data Engineering
Learners in this course gain an understanding of basic abstract data structures and the role that data structures play in secure software development. Learners apply data structure concepts to information security problems and perform reverse engineering of data structures, databases, software, and hardware components to determine their functionality, inputs, outputs, and stored data. Prerequisite(s): IAS5130. |
4 quarter credits |
| IAS5110 * |
Digital Forensics Processes
Learners in this course apply forensics tools and techniques to investigate incidents, analyze devices, and conduct forensics reporting. Prerequisite(s): IAS5030. |
4 quarter credits |
| IAS5120 |
Digital Forensics Tools
Learners explore and apply forensics tools and techniques to investigate and analyze digital devices and constructs such as personal digital devices, storage media, and network hosts and traffic. |
4 quarter credits |
| IAS5130 |
Programming for Security Professionals
Learners in this course examine core programming concepts such as variables, iteration structures, decision structures, data structures (such as arrays), and how to combine these core concepts to write simple scripts and programs. Additionally, learners apply secure coding practices using C and the Python scripting language in their associated integrated development environments. In working with the C language, learners apply defensive coding practices designed to prevent many security vulnerabilities. Using Python, learners write scripts that perform important network administration tasks such as monitoring network traffic. |
4 quarter credits |
*Course has prerequisite(s). See catalog for details.
This specialization prepares information security professionals for successful performance-effective computer forensics, including the legal challenges associated with digital forensics investigations. Students examine the ways data can be hidden on a computer, evaluate computer forensics investigation tools and procedures, apply methods for handling and transporting uncovered data, and create the reports necessary for presentation of digital forensic evidence at trial.
On successful completion of this program, you should be able to:
- Analyze common data structures and data formats for storing data in a computer system
- Apply basic procedures such as probing, measuring, and data collection to identify functionality and affect modifications in the prevention of unauthorized malware and reverse engineering, which threaten information security
- Apply a common reverse engineering software tool to the safe static and dynamic analysis of software (or malware) of unknown origin for the purposes of recovering the original implementation and/or understanding the software functionality
- Analyze methods for the acquisition and analysis of mobile devices in digital forensics investigations
- Analyze what can and cannot be retrieved from various operating systems in digital forensic investigations, employing “best practice” methodologies used in host/ network digital forensics
- Analyze methods and approaches for forensic analysis on specified media
- Analyze methods used in digital forensics network investigations
Review the Capella career exploration guide to learn more about this program and career paths to explore.
Your education can help you reach your professional and personal goals. While Capella cannot guarantee that a graduate will secure any specific career outcome, such as a job title, promotion, or salary increase, we encourage you to explore potential jobs and employment settings. Here are some ideas and examples for a graduate with an MS in Information Assurance and Cybersecurity, Digital Forensics.
Job titles to explore
- Information security analyst
- Cybersecurity specialist
- Cybersecurity manager
- Chief information officer
- Adjunct or part-time information security faculty
- Information security officer
- Information security engineer
- Information assurance analyst
- Security architect
- Cybersecurity specialist
- Security engineer
- Network engineer
Employment settings to explore
- Government agencies – local, state, federal
- Government system integrators
- Defense contractors
- Military
- Consulting firms
- Local law enforcement
- Land-based or online college or university
- Community college
- Technology
- Finance
- Health care
- Retail
*These are examples intended to serve as a general guide. Some positions may prefer or even require previous experience, licensure, certifications, and/or other designations along with a degree. Because many factors determine what position an individual may attain, Capella cannot guarantee that a graduate will secure any specific job title, a promotion, salary increase, or other career outcome. We encourage you to research requirements for your job target and career goals.
Capella University is accredited by the Higher Learning Commission.
Accreditation and recognitions provide evidence that we meet standards for quality of faculty, curriculum, learner services, and fiscal stability. See all our accreditations and recognitions.
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