Florida International University

What you'll study

This four-year, professionally oriented programme blends fundamentals of electrical engineering with core computer science topics. Early coursework builds a foundation in calculus, linear algebra, physics and introductory programming. Core engineering modules typically include circuit analysis, electronic devices, digital logic and design, signals and systems, and microprocessor systems.

Later, students progress to more specialised subjects such as computer architecture, embedded systems, operating systems, digital signal processing, VLSI and hardware description languages, communications and networks, and real-time systems. Substantial laboratory work accompanies many modules so you gain hands-on experience with circuit boards, microcontrollers, FPGA development, PCB design tools and software integration.

The curriculum normally culminates in a team-based senior design (capstone) project where students propose, design, prototype and present a complete hardware–software system. Students can choose from technical electives to focus on areas such as robotics, cybersecurity, wireless communications, machine learning for embedded systems, or power electronics. Opportunities for undergraduate research, internships with local technology and engineering firms, and industry-sponsored projects are widely available.

Entry requirements

Applicants must hold a recognised secondary school diploma with strong preparation in mathematics and science. Successful candidates typically present coursework in calculus, physics and chemistry at the high-school level and demonstrate proficiency in algebra and trigonometry. A background in programming is advantageous but not always mandatory.

For domestic applicants, competitive academic standing in high school and completion of college-preparatory subjects are expected. Transfer applicants from accredited community colleges or universities should present college-level engineering and mathematics coursework and official transcripts; credit is awarded according to transfer policies.

International applicants must meet FIU's general admissions and English language proficiency requirements. Additional portfolio materials are not usually required, but applicants are encouraged to highlight practical experience such as coding projects, robotics clubs, internships or relevant coursework.

Career prospects

Graduates with a degree in Computer Engineering find roles across hardware and software domains where expertise in both is valued. Typical job titles include:

• Embedded systems engineer
• Hardware design engineer (digital/analog/VLSI)
• Firmware engineer
• Systems architect
• Network and communications engineer
• Robotics engineer
• IoT (Internet of Things) developer

Employers range from semiconductor and telecommunications companies to defence contractors, automotive and aerospace firms, medical devices manufacturers, and software companies that require low-level systems expertise. Many graduates also continue to postgraduate study in electrical/computer engineering or computer science, or pursue professional certifications to specialise further.

Why study at Florida International University

Florida International University’s engineering programmes are delivered by the Herbert Wertheim College of Engineering, which emphasises applied learning, laboratory experience and industry engagement. Students benefit from modern lab facilities, project spaces and access to faculty active in research areas such as embedded systems, wireless communications, cybersecurity and robotics.

Located in the Miami metropolitan area, FIU offers strong regional industry links and internship pipelines with local technology firms, healthcare device companies and multinational corporations. The college supports co‑curricular opportunities including student engineering organisations, design competitions and career services that help students build professional networks and transition from study to industry or graduate school.

ABET accreditation of the undergraduate engineering programmes ensures that the curriculum meets recognised standards for engineering education, preparing graduates with the technical knowledge and professional skills sought by employers.