Pace University

What you'll study

The curriculum builds a foundation in computing principles and information systems, blending theory with applied projects. Core topics typically include programming (object-oriented and functional paradigms), data structures and algorithms, database design and management, computer systems and architecture, operating systems, networking and security, software engineering and web and mobile application development.

Students also study information-systems subjects such as systems analysis and design, business processes, enterprise applications, human–computer interaction, and IT project management. Quantitative courses in discrete mathematics, statistics and probability support data-focused modules.

The programme commonly culminates in a capstone project or senior practicum where students design, implement and present a substantial software or systems solution. Elective pathways and concentrations frequently available allow specialisation in areas such as cybersecurity, data science and analytics, artificial intelligence and machine learning, cloud and distributed systems, or enterprise information systems.

• Introductory and advanced programming
• Data structures & algorithms
• Database systems and SQL
• Computer networks and security fundamentals
• Software engineering and project-based development
• Systems analysis, enterprise systems and IT management
• Capstone project or practicum
• Electives in AI, data analytics, cybersecurity, mobile/web development

Entry requirements

Applicants should have completed secondary education with a focus on mathematics; prior coursework in algebra, precalculus or calculus and a basic foundation in computing or programming is advantageous. Typical admissions require a completed high-school diploma, A-levels, IB diploma or an equivalent secondary credential. Pace evaluates academic transcripts, a personal statement and any relevant extracurricular activities or project work.

For international applicants, proof of equivalency to U.S. secondary credentials and proficiency in English is required; accepted evidence often includes recognised English tests or completion of prior education delivered in English. Mature or transfer applicants with community-college credits or relevant work experience are considered, with transfer credit awarded where appropriate. While formal standardised-test requirements vary, strong quantitative ability and evidence of analytical thinking are important for success.

Career prospects

Graduates enter a broad range of technology and information-focused careers. Common job titles include software developer, systems analyst, database administrator, network engineer, cybersecurity analyst, data analyst and IT consultant. The programme’s mix of technical and systems training also prepares students for roles in product management, technical project management and business-technology alignment.

Alumni frequently find positions with technology firms, financial and professional services, healthcare providers, media and entertainment companies, startups and public-sector organisations. Many graduates continue to postgraduate study in computer science, information systems, data science or cybersecurity, or pursue professional certifications to deepen specialised skills.

Why study at Pace University

Pace’s Seidenberg School is known for combining rigorous computing education with strong industry engagement and applied learning. Students benefit from Pace’s New York City and Westchester locations, which provide access to internships, employer partnerships and networking opportunities with a wide range of organisations across finance, media, tech and healthcare.

The school emphasises hands-on learning through labs, collaborative projects, hackathons and an industry-focused capstone, and supports students with career services, mentorship and connections to alumni. Small class sizes and faculty with applied and research experience help students develop practical skills and professional portfolios that support job readiness and career progression in the technology sector.