Bachelor of Computer Engineering

4 Years On Campus Bachelors Program

Auburn University

Program Overview

The Bachelor of Computer Engineering at Auburn University provides a robust foundation in both hardware and software design, preparing students to build, manage, and optimize modern computing systems and intelligent device networks. The curriculum integrates core competencies in circuit analysis, digital logic, embedded systems, and software construction, progressing to advanced topics such as computer architecture and information networks.

Auburn emphasizes hands-on labs, a team-based capstone design project, and flexibility through technical electives. Students also benefit from close academic advising and strong encouragement to pursue internships and cooperative education experiences.

Course Overview:

  • Year 1: Fundamentals of Chemistry I, Fundamental Chemistry I Laboratory, English Composition, Engineering Orientation, Calculus I, Core Fine Arts, Fundamentals of Computing I, English Composition II, Introduction to Engineering, Calculus II, Engineering Physics I

  • Year 2: Fundamentals of Computing II, Digital Logic Circuits, Calculus III, Engineering Physics II, Software Construction, Electric Circuit Analysis, Computer Systems, Linear Differential Equations, Topics in Linear Algebra

  • Year 3: Discrete Structures, Introduction to Operating Systems, Signals and Systems, Digital Electronics, Core History, Introduction to Algorithms, Embedded System Design Lab, Random Signals and Systems, Digital System Design, Core History or Core Social Science, Ethics

  • Year 4: Capstone Design I & II, Computer Engineering Elective, Computer Architecture and Design, Information Networks and Technology, Engineering Economy, Core Social Science, Free Elective, Core Literature, Achieve the Creed

Experiential Learning (Research, Projects, Internships etc.)

  • Hands-On Labs: Practical components integrated into most core courses, providing exposure to circuit design, digital logic, embedded systems, and software development

  • Capstone Design: Senior project combining hardware and software to solve complex, real-world engineering problems

  • Internships & Co-ops: Strongly encouraged for professional experience and industry readiness, though not mandatory

  • Advising: Personalized academic planning with dedicated undergraduate advisors to support each student’s progression and elective choices

Progression & Future Opportunities

  • Graduate Study: Well-suited for progression to master’s or doctoral programs in computer engineering, electrical engineering, or related fields

  • Career Prospects: Strong employment outcomes across sectors including telecommunications, defense, aerospace, automotive, healthcare, consumer electronics, and more

  • Professional Skills: Emphasis on teamwork, leadership, communication, ethics, and adaptability to support lifelong learning and career advancement

Program Key Stats

$36022
$ 60

Jan Intake : 1st NovAug Intake : 1st Feb


78 %
No
Yes

Eligibility Criteria

BBC - ABB
3.0 - 3.5
28 - 32
80 - 85

1240 - 1360
26 - 30
6.5
90

Additional Information & Requirements

Career Options

  • Computer Hardware Engineer
  • Embedded Systems Engineer
  • Digital Systems Designer
  • Network Engineer
  • Software Developer (Hardware-Focused)
  • Systems Architect
  • Control Systems Engineer
  • Information Networks Specialist

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