Workforce Alignment
Prepares students for entry-level cybersecurity, network defense, and security operations roles.
Private Administrative Preview
Reimagining Cybersecurity Education at SUNY Ulster
A modern Associate degree in Cybersecurity & Artificial Intelligence Systems designed around workforce readiness, applied labs, cyber defense, AI awareness, and institutional growth.
Cybersecurity
Artificial Intelligence
SOC Operations
Cyber Range
Workforce Ready
Program Snapshot
Degree
AS
Total Credits
64
Length
Two Years
Focus
Cybersecurity + AI
Program Overview
This proposal modernizes the existing networking-centered structure while preserving essential infrastructure competencies and expanding the curriculum to include cybersecurity, operating systems, scripting, machine learning for cyber analytics, and responsible AI governance.
Hands-On Learning
Labs, cyber range activities, internships, security monitoring, scripting, and incident response.
Future-Focused Curriculum
Adds machine learning, AI systems, automation, and governance concepts appropriate for a two-year institution.
AI in Cybersecurity
Students should understand both the promise and the limits of AI in cybersecurity practice.
Detect
Use AI-assisted tools to identify unusual patterns and anomalies in data.
Triage
Support alert prioritization and improve analyst efficiency.
Investigate
Apply AI to classification, clustering, and security-related analysis.
Validate
Teach students to verify system output and understand governance and risk.
Cybersecurity SuperLab
A flagship instructional environment combining a SOC-style experience, AI systems, cyber range activities, and practical workforce preparation.
SOC Video Wall
Dashboards, analytics, and visual monitoring for cyber defense instruction.
GPU / AI Cluster
Supports machine learning exploration, AI-assisted security tools, and analytics.
Cyber Range
Enables hands-on defensive exercises and simulated real-world scenarios.
Cyber Club
The Cyber Club provides a student-centered co-curricular space for competitions, workshops, leadership, outreach, and career awareness.
Competitions
Capture-the-Flag events and cybersecurity challenges.
Workshops
Peer learning, technical practice, and faculty-supported skill development.
Professional Growth
Guest speakers, leadership, teamwork, and career exploration opportunities.
Advisory Board
An advisory board helps keep the program aligned with emerging technology, employer expectations, transfer pathways, and regional needs.
Curriculum Relevance
Supports program review and helps maintain alignment with current cybersecurity practice.
Partnership Development
Encourages collaboration with employers, agencies, and community stakeholders.
Continuous Improvement
Strengthens assessment, planning, and long-term program viability.
Program Value
This proposal supports students, the institution, and the regional workforce.
Student Success
Prepares students for internships, transfer, and cybersecurity careers.
Institutional Growth
Creates a contemporary, visible, and competitive academic identity.
Regional Workforce Impact
Supports local employers and strengthens the cybersecurity talent pipeline.