4 Years On Campus Bachelors Program
The Bachelor of Science in Electrical and Computer Engineering (BS ECE) at the University at Albany provides a rigorous, integrated education in hardware, software, electronics, signal processing, communications, and control systems.
The program allows students to customize their studies with specialized electives to emphasize either computer engineering, electrical engineering, or a hybrid of both. Core engineering courses are combined with a strong foundation in mathematics, physics, chemistry, and programming, preparing students for advanced study, capstone projects, and diverse career paths.
Students benefit from state-of-the-art laboratories, industry partnerships, and experiential learning opportunities.
Course Overview:
Year 1: Intro to Engineering, Calculus I, Physics I: Mechanics, Physics I Lab, Intro to Comp Sci, Calculus II, Intro to Electrical and Computer Engineering, Physics II: Electromagnetism, Physics II Lab, Discrete Structures
Year 2: Calculus of Several Variables, General Chemistry, Data Structures, Digital Systems, Ordinary Differential Equations, Intro to Circuits, Linear Algebra, U.S History
Year 3: Intro to Electronics, Probability and Statistics for Engineering and the Sciences, Engineering Electromagnetics, Signals and Systems, Systems Analysis and Design, ECE Electives, Social Sciences, International Perspectives
Year 4: ECE Design Lab I, ECE Electives, Languages other than English, Arts, ECE Design Lab II, Diversity Gen Ed, Humanities
Electives (Sample):
Computers: Reconfigurable Comp, Computer Architecture, Cyber-Physical Systems, Design & Analysis Alg., Operating Systems, Computer Comm. Networks, GPU Architecture & Programming
Electronics: Advanced Electronics, Power Electronics, Microwave Engineering, Electric Energy System, Intro to VLSI, Integrated Circuit Dev., Reconfigurable Comp.
Signal Processing, Communications and Control: Computer Comm. Nets., Digital Signal Processing, Digital Image Processing, Communications Systems, Linear Control Theory, Robotics, Advanced Digital Communication
Hands-On Laboratories: Modern laboratories integrated throughout the curriculum provide practical experience with industry-standard equipment and tools.
Capstone Final Year Design Project:
Year-long, team-based project in the senior year.
Focuses on solving real engineering problems and presenting professional solutions.
Internships and Industry Experience:
Strong access to internships and employment with leading companies such as General Electric, IBM, Global Foundries, and government agencies.
Opportunities for undergraduate research within the university.
Professional Development:
Community-engaged coursework, study abroad, and participation in student chapters of IEEE, NSBE, and ACM.
Dedicated Living-Learning Community for freshmen to foster early academic and social integration
Graduate Study:
Option to complete a master’s degree in one additional year through dual-credit courses.
Prepares students for advanced degrees in electrical and computer engineering, computer science, or related fields.
Employers:
Amazon Web Services, IBM, General Electric, Morgan Stanley, Global Foundries, General Dynamics, government agencies, and more.
Professional Skills:
Emphasis on communication, teamwork, leadership, ethical responsibility, and lifelong learning.
Strong industry engagement and networking opportunities through student organizations and capstone partnerships.
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