Innovative Pathways: Expanding Access and Inclusion Through Interdisciplinary Cybersecurity Education
General description of the project
Hostos Community College’s interdisciplinary cybersecurity program funded by a National Science Foundation grant expands access to high-demand technology careers for its predominantly Hispanic and underserved student population. By integrating coursework across multiple disciplines and offering industry-recognized certifications, the program reflects the multifaceted nature of cybersecurity and prepares students for success in the modern workplace. A key example of interdisciplinary integration is the required Issues in Law Enforcement course from the Criminal Justice program, which connects legal and ethical considerations to cybersecurity principles and teaches through the lens of law enforcement and criminal activity.
The initiative demonstrates cost-effectiveness by leveraging existing institutional resources and shared faculty expertise, minimizing the need for new infrastructure or equipment, while supporting increased enrollment. The program contributes to institutional improvement processes by providing data on student engagement, interdisciplinary outcomes, and workshop participation, which informs curriculum development, outreach strategies, and program planning. Key lessons learned include the value of flexible online delivery, interdisciplinary collaboration which resulted in a robust program and a successful NSF grant, and strategic use of resources to maximize impact and maintain sustainability.
Technologies
The program integrates multiple technologies to enhance cybersecurity education and career readiness. Learning Management Systems (LMS) such as Blackboard, Brightspace, and Google Classroom are used to deliver courses and facilitate virtual workshops during winter and summer sessions. Virtual labs provide simulated, real-world cybersecurity environments, allowing students to gain hands-on experience and practical skills. Collaborating through online platforms with industry experts from Citibank and Deloitte enriches learning with professional insights and applications. Embedded industry-recognized certifications connects coursework directly to workforce needs. These technologies have proven highly effective in improving student engagement, accessibility, and preparedness for cybersecurity and AI-driven careers. For example from July 8 to July 24, 2025, students participated in a workshop, entitled “From Data Preparation to Deployment: AI in Practice,” which focused on artificial intelligence and the data science pipeline.
Explain project results
Evidence of success is demonstrated by strong participation in cybersecurity workshops for both undergraduates (winter and summer sessions) and high school students, as well as the development of students’ research skills through participation in local conferences. Additionally, the program facilitated faculty engagement at local events—such as Math Day and the Student Research Symposium—and at national conferences, including the National Science Foundation’s conference, 32nd National ATE Principal Investigators’ Conference in Washington D.C. which further highlights the program’s impact, academic reach and increases the reputation of the College.
Why it should be considered best practice?
Hostos Community College’s cybersecurity program is a best practice for this conference because it combines interdisciplinary coursework, innovative pedagogy, and career-focused training while prioritizing access and inclusion for underrepresented students. By integrating cybersecurity with law, criminal justice, business, and healthcare, the program equips students with versatile skills and provides a scalable model that other colleges can replicate to prepare students for diverse, high-demand careers.
Highlights of your proposed presentation
Hostos’ cybersecurity online program integrates technical skills with law, criminal justice, business, and healthcare, providing an interdisciplinary, career-focused curriculum. Designed for a predominantly Hispanic student population, it emphasizes equity, access, and hands-on learning and provides improved employment outcomes. Beyond benefiting students, faculty and our institution, the program diversifies the field of cybersecurity which will improve our nation’s ability to fight cybercrime and secure data. Key lessons include the importance of early awareness, bridging technical skill gaps, aligning curriculum with industry needs, and creating scalable models for replication.
The Evaluation Committee will evaluate submitted proposals based on the following criteria. Each area will be rated on a scale from 1 to 5 (1= non-satisfactory; 5 =outstanding), for a maximum of 45 points.