Boise State University

What you'll study

The programme blends computing, engineering and security studies to give practical and theoretical grounding in protecting digital and physical systems. Core topics typically include:

• Foundations of computing and programming – introduction to software development, data structures and operating systems concepts that underpin secure systems.
• Network and systems security – network architecture, secure configuration, intrusion detection and response, firewalls and secure communications.
• Cryptography and applied mathematics – principles of cryptographic systems, authentication, key management and the mathematical tools used in security design.
• Digital forensics and incident response – techniques for acquiring, analysing and preserving digital evidence from computers, mobile devices and network logs.
• Risk management and policy – threat modelling, vulnerability assessment, security governance and legal/ethical aspects of information assurance.
• Embedded and cyber-physical security – securing Internet of Things (IoT) devices, industrial control systems and sensors used in critical infrastructure.
• Systems integration and secure software engineering – secure development lifecycle, testing, and integrating security into complex systems.
• Laboratory and practicum work – hands-on labs in networked environments, capture-the-flag exercises, and use of commercial and open-source security tools.
• Capstone project – a year-long or semester-long project where students apply technical and analytical skills to a real-world security problem, often in partnership with industry or government agencies.

Students follow a mix of lectures, lab sessions, team projects and supervised research or internships. Electives allow specialisation in areas such as cloud security, penetration testing, secure embedded systems or data privacy.

Entry requirements

Typical entry requirements reflect the university's standards for undergraduate admission. Applicants are usually expected to hold a secondary school diploma or equivalent with a strong performance in mathematics and science. Recommended preparation includes:

• Algebra and pre-calculus or calculus;
• Courses in physics or general science;
• Exposure to computing or programming is advantageous (but not always mandatory);
• Demonstrated problem-solving ability and interest in technology and security.

Boise State considers the whole application, so additional factors such as personal statements, relevant extracurricular experience (e.g. coding clubs, robotics, cybersecurity competitions), letters of recommendation and any workplace or internship experience in technology or security will strengthen an application. International applicants must meet English language proficiency requirements.

Career prospects

Graduates are prepared for a wide range of roles in public and private sectors where security of information and infrastructure is critical. Common career paths include:

• Cybersecurity analyst or engineer – defending networks, monitoring for threats and responding to incidents.
• Digital forensics investigator – analysing compromised systems and supporting legal or regulatory processes.
• Security consultant or auditor – assessing risk, designing controls and advising organisations on compliance and best practice.
• Secure software developer or systems integrator – building applications and systems with security by design.
• Industrial control and IoT security specialist – protecting operational technology in utilities, manufacturing and critical infrastructure.
• Roles in government, defence and law enforcement – protecting national and local systems and supporting cyber policy initiatives.

Graduates may also continue to advanced study in cybersecurity, computer science, information assurance or related engineering disciplines, or pursue professional certifications commonly recognised in the field.

Why study at Boise State University

Boise State emphasises applied learning and close ties between teaching, research and industry. The university provides secure computing and networking laboratories, faculty with active research and industry experience, and opportunities to work on projects with regional employers and public agencies. Students benefit from practical coursework, internship placements and capstone projects that connect classroom learning to real-world security challenges.

Located in a growing tech region, the university offers strong student support services including career development, mentorship and extracurricular activities such as cybersecurity clubs and competitions that help build professional networks and practical skills. The programme is designed to prepare graduates to meet contemporary security needs across commercial, industrial and public-sector environments.