Computer Engineering Technology graduates earn a median $57,409 Across 75 US programmes, two years after finishing
See the degree grade →The CUNY Bachelor’s in Computer Engineering is an undergraduate degree that combines electrical engineering fundamentals with computer science to prepare students for designing and building computing hardware and embedded systems. It suits students who enjoy both hardware and software, have strong maths and physics skills, and want to work in areas such as embedded systems, digital design, semiconductor devices or systems integration.
The programme covers core topics in digital and electronic engineering together with computer science essentials. Typical first‑ and second‑year work includes calculus, linear algebra, physics, programming (usually C/C++ or Python), data structures and discrete mathematics, and introductory circuits. Upper‑level modules commonly cover digital logic and computer architecture, microprocessors and embedded systems, operating systems, software engineering, signals and systems, analogue and digital electronics, and communications.
Students also take laboratory classes and design courses where they apply theory to practical hardware and software projects: PCB and FPGA design, microcontroller programming, hardware–software co‑design, and system integration. A final year capstone or design project is a central component, often completed in teams and sometimes in partnership with industry. General education requirements are fulfilled through CUNY’s curricula, and electives let students specialise in areas such as VLSI/IC design, robotics, cybersecurity, networked systems or machine learning for embedded devices.
Applicants should hold a high school diploma or equivalent with strong performance in mathematics and science. Typical preparation includes courses in calculus, physics and, where available, computer programming. CUNY campuses consider high school GPA and academic coursework; some programmes may also request SAT/ACT scores, a personal statement, or letters of recommendation depending on the campus and admissions pathway.
Transfer applicants are expected to present college transcripts with completed prerequisites in mathematics and introductory STEM coursework. Mature and non‑traditional students with relevant experience are also considered. Prospective students are encouraged to review the specific admissions page of the CUNY college offering the computer engineering degree for campus‑level requirements and guidance on preparatory coursework.
Graduates enter a broad range of roles where hardware and software intersect. Common career destinations include embedded systems engineer, hardware design engineer, firmware developer, systems engineer, FPGA/VLSI designer, robotics engineer, network and communications engineer, and IoT specialist. Many alumni also move into software engineering, systems integration, test and validation, or technical product management.
The degree also provides a solid foundation for postgraduate study (MSc/PhD) in areas such as electrical and computer engineering, computer science, or interdisciplinary fields like robotics and cyber‑physical systems. Graduates find opportunities across industries including semiconductors, telecommunications, consumer electronics, automotive, aerospace, healthcare devices and finance.
CUNY offers access to multiple campuses across New York City with strong links to local industry, providing internship and employment opportunities in a major technology ecosystem. The university system emphasises affordability and access, with a diverse student body and support services including tutoring, advising and career services tailored to STEM students.
Many CUNY colleges maintain well‑equipped electronics and computer engineering labs, faculty who are active in teaching and applied research, and partnerships with local companies and research centres. Students benefit from opportunities to undertake team design projects, cooperative education placements, and hands‑on lab work that build practical skills sought by employers in hardware and software development.
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