Bachelor of Science in Electrical Engineering (B.S.E.E.)

4 Years On Campus Bachelors Program

University of Miami

Program Overview

The University of Miami’s Electrical and Computer Engineering department offers students a strong foundation in electrical systems, electronics, computing, signal processing, and digital design. The Electrical Engineering bachelor’s program is well suited to students interested in developing technology, designing electronic systems, exploring audio engineering, or combining engineering studies with pre-medical preparation.

Curriculum Structure

Year 1: Building the Engineering Foundation

Students begin with mathematics, physics, programming, and introductory engineering concepts. Courses such as Introduction to Engineering II (ECE 112), Introduction to Programming (ECE 118), and Calculus I for Engineers (MTH 151) help develop the analytical and computational skills needed for advanced engineering study.

Year 2: Understanding Circuits and Digital Systems

Students progress into core electrical engineering subjects, learning how electronic components, circuits, and digital systems operate. Courses such as Electrical Circuit Theory (ECE 201), Electronics I (ECE 202), and Circuits, Signals, and Systems (ECE 206) strengthen their ability to analyse and solve practical engineering problems.

Year 3: Developing Advanced Technical Skills

Students explore more advanced topics through courses such as Electromagnetic Field Theory (ECE 301), Electronics II (ECE 302), and Processors: Hardware, Software, and Interfacing (ECE 212). Laboratory courses and technical electives help students develop practical skills in electronics, processors, digital systems, and signal processing.

Year 4: Applying Knowledge Through Design

In the final year, students complete a senior design experience through Senior Project I (ECE 481) and Senior Project II (ECE 482), applying their accumulated knowledge to an engineering project. Design electives, technical electives, and specialised coursework allow students to refine their interests and prepare for employment or further study.

Focus Areas

Electrical circuit theory, electronics, digital design, signal processing, processors and embedded systems, electromagnetic theory, audio engineering, engineering design, pre-medical preparation.

Learning Outcomes

Students develop the ability to analyse electrical circuits, understand electronic and digital systems, apply mathematics and scientific principles to engineering problems, use programming and design tools, work through laboratory and project-based activities, and communicate technical ideas effectively.

Professional Alignment (Accreditation)

The University of Miami identifies its Electrical Engineering degree as an accredited engineering program. Students interested in professional engineering licensure should confirm the applicable accreditation and licensing requirements for their intended career location.

Reputation (Employability and Rankings)

The University of Miami’s College of Engineering provides an interdisciplinary engineering environment that combines technical education with project-based learning. Electrical engineering graduates can pursue opportunities across electronics, computing hardware, communications, signal processing, and related technology industries; employment outcomes vary according to each graduate’s specialisation and experience.

Experiential Learning (Research, Projects, Internships etc.)

Students gain practical experience through laboratory-based courses, engineering design activities, and a two-semester senior project. The department maintains specialised laboratories for undergraduate instruction and research, allowing students to explore electronics, embedded systems, robotics, photonics, and wireless technologies. Students can also investigate internship opportunities and apply their technical skills in professional settings.

• Digital Systems Design Laboratory: Explore digital logic and system design using computer-aided engineering tools and practical design activities.

• Electronics Laboratory: Reinforce classroom learning through experiments involving electronic circuits and components.

• Embedded Systems Laboratory: Explore systems that combine hardware and software to perform specific functions.

• Microprocessor Laboratory: Develop an understanding of microprocessor-based systems, programming, and hardware interfacing.

• Photonics and Micro-Devices Laboratory: Explore photonics, optical technologies, and micro-device applications.

• Robotics and Mechatronics Lab: Investigate robotics and integrated mechanical, electrical, and control systems.

• Wireless, Intelligent Systems, and Security Laboratory: Explore wireless technologies, intelligent systems, and security-related research.

• Senior Design Project (ECE 481 and ECE 482): Apply engineering knowledge to a two-semester design project that builds problem-solving, technical communication, and project development skills.

• ECE Internship Opportunity: Eligible students may pursue an internship involving faculty supervision and a technical report documenting the work completed.

Progression & Future Opportunities

Graduates can pursue careers in electronics, electrical systems, communications, embedded technology, and engineering design. The degree also provides a foundation for further study in electrical and computer engineering, research, or related technical disciplines. Career paths will depend on the student’s selected option, technical experience, and professional interests.

• Electrical Engineer: Design, analyse, and improve electrical systems, circuits, and equipment.

• Electronics Design Engineer: Develop and test electronic components, devices, and circuit systems.

• Embedded Systems Engineer: Work on hardware and software that control embedded devices and products.

• Telecommunications Engineer: Help design, maintain, and improve communication networks and wireless systems.

• Control Systems Engineer: Develop systems that monitor and control the operation of equipment and industrial processes.

• Patricia and Harold Toppel Career Center: Access career coaching, résumé reviews, interview preparation, workshops, networking events, and employer presentations.

• Handshake Career Platform: Explore job and internship listings, including opportunities posted by employers recruiting University of Miami students.

• Engineering Career Resources: Use university career resources to explore relevant job and internship opportunities and connect with employers.

• Employment and Salary Information: A verified employment rate or salary figure specific to this Electrical Engineering degree was not identified. Students should consult the university’s graduate-outcomes data for the latest available figures.

• Professional Accreditation: The University of Miami lists its Bachelor of Science in Electrical Engineering among the programs accredited by the Engineering Accreditation Commission of ABET. This accreditation can be valuable when pursuing engineering roles and professional licensure, depending on the requirements of the relevant jurisdiction.

• University–Industry Connections: Career fairs, employer presentations, on-campus recruiting, and internship resources can help students connect with organisations and explore professional opportunities.

Further Academic Progression:

Graduates may pursue a Master of Science in Electrical and Computer Engineering or related fields such as biomedical engineering, industrial engineering, or engineering management. The University of Miami also offers an integrated B.S. in Electrical Engineering and M.S. in Electrical and Computer Engineering pathway for eligible students. Students interested in research can consider doctoral study after meeting the relevant admission requirements.