The Bachelor of Science in Computer Engineering at the University of Alaska Fairbanks is a hands-on, experience-driven program that integrates computer science, electrical engineering, and mathematics to develop expertise in hardware and software design. The curriculum emphasizes embedded systems, digital signal processing, and communication systems, with special attention to real-world applications, particularly those unique to Arctic environments.
Students benefit from:
State-of-the-art labs including satellite communications development and anechoic chambers.
Use of industry-standard tools such as SolidWorks, Cadence, Crossworks, and STK.
Collaboration on NASA-supported projects and experience in mock companies utilizing real-world engineering processes.
Strong industry ties with multinational corporations, Alaskan companies, and government agencies.
Preparation for both professional practice and graduate study, with the opportunity to sit for the Fundamentals of Engineering (FE) exam.
Course Overview
General Education: General Chemistry I, Engineering Alaska - An Introduction to Engineering and Makerspace Alaska - A Laboratory Introduction to Engineering, Calculus I
BS Degree: Calculus II, General Physics I, General Physics II
Core: Computer Science I, Computer Science II, Assembly Language Programming, Data Structures and Algorithms, Operating Systems, Introduction to Electrical and Computer Engineering, Electric Circuits, Digital Systems Design, Circuit Theory, Electronic Devices, Engineering Signal Analysis, Computer Engineering Analysis and Design, Embedded Systems Design, Digital Signal Processing, Communication Systems and Networks, Electrical and Computer Engineering Design I, Electrical and Computer Engineering Design II, Applied Engineering Mathematics, Calculus Ill, Differential Equations, Discrete Mathematics
Laboratories: Over 10 required labs integrated into the curriculum.
Capstone Design: Two-semester team-based senior design project.
Research Opportunities: Projects in satellite communications, sensor networks, rocket systems, and Arctic-specific engineering.
Internships: Collaboration with multinational corporations, Alaskan companies, and utilities.
Industry Projects: Includes mock companies and real engineering processes.
Hands-on, Experience-Driven Learning: Students progress through a curriculum emphasizing real-world skills via more than 10 labs, internships, research, and team-based projects using industry-standard software and equipment.
Research and Mentorship: Students collaborate with award-winning faculty on specialized research in areas like satellite communications, sensor networks, and rocket systems, deepening technical expertise.
High Demand for Graduates: UAF graduates frequently receive multiple job offers due to their practical experience and readiness to work in challenging environments.
Graduate Study: Strong foundation for MS and PhD programs in engineering, computer science, and related fields.
Professional Skills Emphasis on problem-solving, teamwork, communication, ethics, and adaptation to new technologies and environmental challenges.
Professional Certification: Students complete the Fundamentals of Engineering (FE) exam, a first step toward becoming a licensed professional engineer (PE).
Industry and Professional Engagement: Integrated internships with multinational and Alaskan companies, design teams, IEEE involvement, and NASA-linked projects build strong professional competencies.
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