Pace University

What you'll study

The curriculum combines foundational mathematics and physics with core electrical and electronic engineering topics and substantial laboratory experience. Early years emphasise calculus, linear algebra, differential equations and classical mechanics, while core engineering modules cover circuit analysis, analogue and digital electronics, signals and systems, electromagnetics, and electronic materials.

• Circuits and Electronics: linear circuit theory, semiconductor devices, analogue design and PCB fundamentals.
• Digital Systems and Microprocessors: logic design, FPGA and microcontroller programming, embedded systems and interfacing.
• Signals, Systems and Communications: time and frequency domain analysis, modulation, digital communications and signal processing basics.
• Control and Power Systems: feedback control, power electronics and basic power distribution concepts.
• Electromagnetics and Photonics: fields and waves, transmission lines and antennas fundamentals.
• Laboratory and Design: multi-semester labs emphasising measurement, instrumentation, test procedures, CAD tools and team-based senior design/capstone projects.
• Supporting topics: software for engineers (programming in C/C++ and scripting), engineering ethics, technical communication and elective options in computer engineering, business or applied mathematics.

Throughout the degree students complete hands-on lab work and project courses that build practical skills in circuit assembly, PCB design, soldering, instrument use (oscilloscopes, logic analysers), embedded programming and systems integration. The programme also offers opportunities for internships, industry projects and electives that allow specialisation in areas such as communications, embedded systems, power electronics or signal processing.

Entry requirements

Applicants are expected to hold a high-school diploma or equivalent with solid preparation in mathematics and physical sciences. Typical preparation includes courses in algebra, precalculus or calculus and physics. Pace also welcomes transfer students from community colleges or other universities; transfer applicants should have completed foundational STEM coursework such as calculus and introductory physics.

• Academic background: strong performance in mathematics (calculus preferred) and physics.
• Supporting materials: transcripts, personal statement describing interest in engineering, and letters of recommendation can strengthen an application.
• International students: equivalent secondary credentials are required along with proof of English language proficiency where applicable.
• Additional considerations: prior experience with programming, electronics hobby projects, robotics or participation in STEM clubs is advantageous but not mandatory.

Career prospects

Graduates are prepared for roles designing, testing and maintaining electronic systems across a wide range of industries. Common job titles include electronics engineer, embedded systems engineer, hardware design engineer, test and validation engineer, controls engineer and systems integrator. Employers include electronics manufacturers, telecommunications firms, aerospace and defence contractors, medical device companies, utilities and engineering consultancies.

Many alumni also progress to graduate study (MSc or PhD) in electrical engineering, computer engineering or related fields, or combine technical expertise with business qualifications for roles in product management, technical sales and entrepreneurship. The programme’s emphasis on hands-on projects and internships supports rapid entry into industry and practical competence in workplace toolchains and workflows.

Why study at Pace University

Pace offers the benefits of small-class teaching combined with access to the professional ecosystem of New York City and the wider metropolitan region. Students have opportunities for internships and industry collaborations with technology, communications and manufacturing firms located locally. The programme emphasises applied learning through well-equipped electronics and embedded systems labs, team-based capstone projects and career-focused support from university career services.

Additional advantages include the option to take interdisciplinary electives across computing, business and liberal arts, close faculty mentorship and pathways for students to undertake internships or cooperative placements that build industry experience before graduation. Pace’s campus resources and alumni network help graduates move into technical roles or continue to postgraduate study.