Auburn University offers the nation’s first Bachelor of Wireless Engineering, a pioneering, interdisciplinary program focused on developing expertise in wireless technologies. Students can pursue either the Wireless Hardware Track, emphasizing circuit design and communications systems, or the Wireless Software Track, focusing on wireless software development and embedded systems.
The curriculum integrates technical proficiency, ethical responsibility, and industry-relevant skills, preparing graduates for leadership roles in the fast-evolving wireless sector.
Course Overview:
Year 1: Fundamentals of Chemistry I, Fundamental Chemistry I Laboratory, English Composition I, Engineering Orientation, Calculus I, Core Fine Arts, Introduction to Computing with Python, English Composition II, Introduction to Engineering, Calculus II, Engineering Physics I
Year 2: Digital Logic Circuits, Calculus III, Engineering Physics II, Core History, Core Social Science, Electric Circuit Analysis, Computer Systems, Linear Differential Equations, Topics in Linear Algebra, Core History or Core Social Science
Year 3: Object-Oriented Programming for Engineers and Scientists, Signals and Systems, Digital Electronics, Fundamentals of Applied Electromagnetics, Information Networks and Technology, RF Systems Lab, Electromagnetics for Wireless Communication, Analog Electronics, Random Signals and Systems, Engineering Economy (or ROTC), Ethics
Year 4: Wireless Design Lab, Communication Systems, Capstone Design I, RF Devices and Circuits, Digital Signal Processing, Core Literature, Capstone Design II, Wireless Communication Systems, Wireless Electives, Free Elective/ROTC, Achieve the Creed
Hands-On Labs: Strong focus on laboratory and design experiences, including wireless communications labs and embedded systems projects
Capstone Design: A two-semester senior design project that integrates both hardware and software perspectives to solve practical wireless engineering problems
Industry Collaboration: Program shaped with direct input from industry leaders to ensure graduates possess highly relevant skills
Team-Based Learning: Interdisciplinary projects require collaboration across hardware and software domains to mirror real-world engineering environments
Professional Preparation: Strong emphasis on communication, ethical practice, leadership, and teamwork throughout the program
Graduate Study: Solid foundation for further study in wireless engineering, electrical engineering, computer engineering, or related disciplines
Career Prospects: Graduates are in demand across wireless telecommunications, mobile devices, network services, IoT, defense, and technology sectors
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