The Bachelor of Science in Computer Engineering (BS CpE) at Florida State University (FSU), offered at both the Tallahassee and Panama City campuses, is an ABET-accredited program that integrates computer science and electrical engineering.
The program prepares students to design, develop, and manage computer-based systems, with emphasis areas including networking, cybersecurity, embedded systems, digital design, big data, and machine perception. Students gain a strong theoretical and practical foundation for careers in diverse industries or advanced study.
Course Overview:
Year 1: Calculus I & II, General Physics I with Calculus and Lab, Pre-Engineering Lab, Programming I, Introduction to Electrical Engineering, General Chemistry I or Biological Science I with Labs, English Composition.
Year 2: Calculus III, Ordinary Differential Equations, Applied Linear Algebra, General Physics II with Calculus and Lab, Discrete Mathematics, Introduction to Unix, Object-Oriented Programming, Digital Logic Design & Lab, Engineering Design Concepts.
Year 3: Signals & Linear Systems Analysis, Statistical Topics in Electrical Engineering, Microprocessor-Based System Design & Lab, Data Structures, Introduction to VHDL & Lab, Computer Architecture, CpE Core Courses (9 credits), Technical Electives.
Year 4: Senior Design Project I & II (capstone), Advanced Microprocessor Design & Lab, Remaining CpE Core and Technical Electives, Professional Writing and Oral Communication components.
Capstone Design Project: Year-long, team-based project that integrates engineering design, communication, and project management skills to solve real-world problems.
Hands-On Laboratories: Extensive lab work in digital logic, microprocessor design, VHDL, engineering tools, and system design develops practical technical skills.
Professional Skills Development: Oral communication, writing, teamwork, and scholarship-in-practice requirements are embedded throughout the curriculum and the capstone project.
Industry-Relevant Technical Electives: Students can specialize through core courses and electives in areas such as networking, cybersecurity, and system integration.
Capstone Design Project: Year-long, team-based project that integrates engineering design, communication, and project management skills to solve real-world problems.
Hands-On Laboratories Extensive lab work in digital logic, microprocessor design, VHDL, engineering tools, and system design develops practical technical skills.
Professional Skills Development: Oral communication, writing, teamwork, and scholarship-in-practice requirements are embedded throughout the curriculum and the capstone project.
Industry-Relevant Technical Electives: Students can specialize through core courses and electives in areas such as networking, cybersecurity, and system integration.
Graduate Careers: Graduates pursue roles in computer manufacturing, defense, consulting, financial services, and biomedical engineering, among other sectors.
Further Study: Many students continue to MS or PhD programs, enter research roles, or move into management or entrepreneurial ventures.
Professional Growth: The program provides a broad and adaptable skillset, leadership training, and hands-on experience for careers in rapidly evolving technology fields.
Job Placement Support: FSU’s engineering departments offer career resources, internship listings, and job placement assistance.
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