Computer Science Major

Why Choose Computer Science at LAS

Computer Science is one of the most popular majors at Touro LAS, and it’s easy to see why. Students are drawn in by the logic, creativity, and problem-solving at the heart of tech, and they stay because the program delivers rigorous preparation for high-paying, in-demand careers.

How the Computer Science Major Works

Every computer science student builds a broad technical foundation before specializing in one of four career-focused concentrations. Here's how the curriculum is structured:

• Computer Science Foundation (28–29 credits): Build core skills in programming, databases, algorithms, and software engineering, then apply what you've learned through a required internship (MCON 452).
• Concentration (18 credits): Develop specialized knowledge in software development, data science, artificial intelligence, or web & AI application development.
• Technical Electives (6 credits): Expand your expertise with advanced electives or explore emerging technologies, including Fundamentals of Cybersecurity (MCON 231) and Android Application Development (MCON 255).

Throughout the major, you'll apply what you learn by building software, developing applications, analyzing data, and solving real programming challenges. These hands-on projects strengthen your technical portfolio and prepare you for internships and full-time roles.

Pick Your Computer Science Concentration

Choose the concentration that best matches your interests and career goals. Each option combines specialized coursework with hands-on learning to prepare you for a different area of the technology industry.

Software Development

If you want to build the software behind the websites, applications, and business systems people use every day, the software development concentration prepares you to design, develop, and maintain the scalable systems that power today's digital world. You’ll be prepared to pursue a career as a Software Engineer, Software Developer, Full-stack Engineer, or DevOps Engineer.

Coursework includes:

• Software Methodology
• Math for CS Majors
• Operating Systems
• Programming Languages
• Back-end Web Development
• Practicum

Data Science

If you love finding patterns, solving puzzles, and turning large volumes of data into meaningful insights, the data science concentration develops the analytical and technical skills needed for careers in Big Data as a Data Scientist, Data Engineer, Business Intelligence Analyst, or Quantitative Analyst.

Coursework includes:

• Linear Algebra
• Probability Theory
• Applied Statistics with Python I
• Applied Statistics with Python II
• Data Acquisition and Preparation
• Applied Machine Learning Applications

Artificial Intelligence

From healthcare to finance, artificial intelligence is reshaping how organizations solve problems and make decisions. If you're excited by the idea of creating systems that learn, reason, and adapt, this concentration prepares you for careers as an AI Engineer, Machine Learning Engineer, Natural Language Processing (NLP) Engineer, or AI Solutions Architect.

Coursework includes:

• Calculus II
• Linear Algebra
• Probability Theory
• Foundations of AI
• Machine Learning
• Applied Agentic AI

Web & AI Application Development

Want to build intelligent applications without diving deeply into the mathematics behind AI models? This practical concentration focuses on designing, securing, and deploying AI-powered applications and prepares you for careers as an AI Application Developer, Software Engineer, AI Solutions Engineer, or Applications Architect.

Coursework includes: 

• AI Programming
• Back-end Web Development
• Practicum
• Advanced AI Programming
• Cloud-native Application Deployment
• Security for Web and AI Systems 

Meet the Computer Science Faculty

As developers, researchers, and engineers, our faculty stay current with trends and advances in computer science while helping students build the technical knowledge and professional skills employers value. Here are some of the professors you'll learn from:

• Professor Shmuel Fink has been a member of the Touro faculty since 1993 and serves as Deputy Chair of the Computer Science Department. With industry experience at IBM, Xerox, and more, he brings decades of leadership and technical insight to the program. He’s known for mentoring both students and faculty, and for ensuring the curriculum stays aligned with evolving tech demands.
• Professor Yitzchak Novick specializes in data structures, complexity theory, and object-oriented programming. With a background in software development and research on complex graphs, Professor Novick is known for his interactive teaching style and dedication to student success in and out of the classroom.
• Professor Shmuel Abrahamson focuses on introductory programming, app development, and data automation. He brings real-world experience from the education-tech sector and uses a flipped classroom model to give students more time for personalized support during class.
• Professor Jacqueline Spiegel-Cohen is a former software engineer in medical imaging and data analytics, Professor Spiegel-Cohen teaches courses in data structures and databases. Her classes are known for joyful, interactive learning and real-world applications of computer science theory.

You’ll be paired with a faculty advisor who helps you stay on track, plan your schedule, and explore internships, graduate school, or launching your career. From course planning to career coaching, the advising experience is purposeful, personal, and built to support your goals.

Computer Science Pathways at Touro

If graduate school is part of your plan, Touro LAS helps you get there faster while staying connected to the strength and resources of Touro’s wider university system.

The Integrated Technology Merit Fast Track allows qualified computer science majors to take up to nine graduate-level credits during undergrad that count toward both a bachelor’s and master’s degree. If you qualify, you’ll be conditionally accepted into the Touro Graduate School of Technology, where master’s degree options include:

• MS in Web and Application Development
• MS in Cybersecurity and Network Administration
• MS in UX/UI and Interaction Design
• MS in Artificial Intelligence Systems
• MS in Instructional Technology
• MS in Data Analytics
• MS in Technology Leadership/Project Management

This unique pathway gives you early exposure to advanced coursework while keeping you connected to the support and structure of Touro. Plus, graduating with two degrees provides an advantage as you embark on your career path.

After Touro: Careers and Opportunities

According to the U.S. Bureau of Labor Statistics, employment of software developers, QA analysts, and testers is projected to grow 17% by 2033, which is much faster than the average for all occupations. It's just one example of the strong demand for professionals with computer science skills across software development, artificial intelligence, data science, cybersecurity, and related technology fields.

Our alumni work at startups, nonprofit organizations, and major enterprise businesses like Amazon, B&H, the Federal Reserve, Goldman Sachs, IBM, Northwell Health, Capital One Bank, Deloitte, Cross River Bank, and HealthFirst. Others continue their studies in fields like machine learning, data analytics, and cybersecurity and earn advanced degrees at Touro or top institutions like NYU and Georgia Tech.

Alumni Spotlight: Bracha Cohen

Bracha Cohen’s journey from Touro LAS to becoming a partner at Goldman Sachs — a prestigious title bestowed on fewer than 1% of its employees — is a testament to where a strong foundation in computer science can take you.

After graduating from Touro LAS with a BS in computer science, Bracha joined Goldman Sachs as a programmer. Over the years, the Brooklyn-based mother of seven has risen through the ranks by mastering new skills and adapting to new business areas. Today, she heads a large team of programmers globally across the U.S., EMEA, Asia and India, and her division manages more than $3 trillion. 

“I started out writing and testing software 30 years ago, and have since made several moves to support different business areas,” she said. “In the process, my roles have become less hands-on; instead, I began leading and overseeing other developers. Now I focus on identifying emerging opportunities and setting priorities for developers.”

So why did Bracha choose Touro LAS? Because, she said, it offered a strong education, mentorship, and support for her values as an observant Jewish woman.

“Touro gave me a solid foundation in technology, the concepts of computer science and hands-on programming in languages that were used at the time,” she said. “Touro also exposed me to finance and business basics, so I was well prepared for my first job, and I have been able to learn on the job since then.”

For computer science students at Touro today, Cohen offers this advice: “You can’t expect to operate with the same programming languages and technical skills throughout your career, so focus on key concepts because they will always be relevant.”

What to Expect at LAS

Touro LAS is a commuter campus with a close-knit community. It’s a place where students are supported and encouraged to grow personally and professionally without compromising who they are and the path they’re on.