Engineering - Computer Engineering M.S.
A STEM-designated Computer Engineering M.S. that turns hardware and software expertise into one of the highest-paying, most in-demand careers in the world.
Earn your Computer Engineering M.S. at Manhattan University, minutes from midtown Manhattan, on a schedule built around your career. This 30-credit graduate program lets you customize your degree with concentrations in Applied Artificial Intelligence or Cybersecurity, working side by side with IEEE Fellow faculty on research, internships, and projects that have placed graduates at Apple, IBM, and GE Healthcare.
This program is part of Electrical & Computer Engineering
$120+K
Average salary for construction managers
U.S. Bureau of Labor Statistics
30
Minimum credit hours to earn the degree
10
Graduate courses across the program
25%
Projected industry job growth by 2031
Bureau of Labor Statistics
Skills You Will Build
The program provides an in-depth understanding of the core systems and methods that define computer engineering practice:
- Cognitive computing systems
- Computer architecture
- Computer systems, organization, and design
- Big data, machine learning, and deep learning
- Data communications and computer networks
Curriculum & Courses
Explore graduate coursework that builds deep expertise across computer architecture, networks, AI, and cybersecurity. Students complete a minimum of 30 credits (10 courses), selecting a required foundation course and choosing from a wide range of Electrical & Computer Engineering offerings, with optional concentrations and a thesis path available.
- Applied Machine Learning for ECE
- Artificial Intelligence Applications in ECE
- Big Data & Deep Learning for ECE
- Computer Architecture I
- Computer Network Operations
- Computer Vision & Imaging
- Cybersecurity Systems
- Embedded Systems
Program Structure: 30 credits across 10 courses. Choose the non-thesis option (30 course credits) or the thesis option (24 course credits plus 6 thesis-research credits). To view the full curriculum and program requirements, please visit Manhattan University’s academic catalog.
Concentrations:
- Applied Artificial Intelligence (9 credits): in-depth expertise in AI and its engineering applications, including IoT, intelligent energy grids, computer visualization, imaging, and robotics.
- Cybersecurity (9 credits): advanced knowledge and skills to secure digital systems, networks, and applications across engineering fields.
A Program Hallmark
Why Study Computer Engineering at Manhattan University?
Unlike what you might find at a large university, computer engineering faculty at Manhattan devote time and resources to each individual student. Known as "the University That Built New York," Manhattan is now building the future in both a digital and structural sense, applying computer engineering across nearly every facet of modern life, from bioengineering to robotics. Students collaborate with world-class faculty, customize their degree around their interests, and graduate ready for in-demand careers or doctoral study.
Why Study in New York City
New York City is one of the world's great hubs for technology, finance, healthcare, and media, all industries that depend on skilled computer engineers to build and secure their systems. Studying just 35 minutes from midtown Manhattan places students within reach of the employers, research opportunities, and professional networks driving demand for hardware and software talent. At Manhattan University, students apply classroom learning through internships, research projects, and partnerships with leading employers, building the technical confidence and professional network needed to excel in one of the nation's most competitive technology markets.
I developed the ability to learn and adapt to new technologies quickly, and apply engineering knowledge to create solutions to real-world IT problems.
Marvel Palatty '22
Network Technician, Burke Rehabilitation Hospital
Career Outcomes
Potential Careers
Graduates are equipped for high-demand roles designing, developing, and securing the hardware and software systems at the center of modern industry.
- Computer Hardware Engineer
- Cybersecurity Engineer
- Embedded Systems Engineer
- Machine Learning Engineer
- Network Technician
- Software Developer
About
The School of Engineering
Known as "The University That Built New York," Manhattan University's School of Engineering has shaped the systems, structures, and innovations of New York City for more than a century. Our ABET-accredited programs are recognized for rigorous academics, hands-on laboratory experience, and a Lasallian commitment to using engineering for the good of humanity. Manhattan University is a Top 50-ranked engineering school with 19 alumni elected to the National Academy of Engineering. Located in New York City, the School offers students unmatched access to industry partners, internships, and real-world projects across construction, infrastructure, transportation, and the built environment. With small class sizes, dedicated faculty mentorship, and a strong tradition of service, our graduates are exceptionally well-prepared to lead in today's engineering profession.
Program Costs & Financial Aid
Manhattan University is committed to making a high-quality, career-focused graduate education accessible and affordable. Graduate students may qualify for assistantships, scholarships, and federal aid that significantly reduce the overall cost of attendance.
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A Manhattan University education is an investment in your future, and we are dedicated to helping you access the resources that make it possible.
Admissions Information
Start Your Journey in Computer Engineering
Applying to Manhattan University is designed to be clear and accessible. The Construction Management M.S. is open to candidates with a background in engineering, science, or business who are ready to advance in the construction industry. Review the requirements below to take the next step toward a future leading construction projects.
Requirements:
- A baccalaureate degree in computer (or electrical) engineering from an ABET-accredited program, or from a recognized foreign institution
- Applicants with a bachelor's in another engineering, physics, or mathematics field may be admitted upon completing the specified undergraduate prerequisites
- A minimum 3.00 GPA (4.00 scale)
- Complete official transcripts for all prior coursework
International applicants must meet the University's English-language proficiency requirements.