The Electrical and Computer Engineering program at Cornell University provides a highly flexible, rigorous curriculum that builds from strong foundations in mathematics, physics, and engineering principles. Students can specialize through elective choices and optional concentrations, preparing for diverse careers or graduate study in the field.
Strong grounding in core math, physics, circuits, programming, and data science
Optional concentrations in areas like computer architecture, embedded systems, power systems, signal processing, VLSI, and more
Culminating Design Experience (CDE) ensures practical, team-based design exposure
Course Overview:
Engineering Distributions: Digital Logic and Computer Organization, Computer Systems Programming
Major Courses: Intro to Circuits for Electrical and Computer Engineers, Digital Logic and Computer Organization, Data Science for Engineers
Math, Physics, and Engineering Distributions: Calculus for Engineers, Multivariable Calculus for Engineers, Differential Equations for Engineers, Linear Algebra for Engineers, Physics I: Mechanics & Heat or Physics II: Electromagnetism, Physics II: Electromagnetism or Physics II: Electricity and Magnetism, Physics III: Oscillations, Waves, and Quantum Physics or Physics III: Waves and Thermal Physics
Culminating Design Experience (CDE) Courses: Analog Integrated Circuit Design, Digital Communication System Design, Introduction to Digital (VLSI) Design, Computer Architecture, Digital Systems Design Using Microcontrollers
Hands-On Labs: Integrated in circuits, logic, embedded systems, and design courses
Capstone Design: Culminating Design Experience courses offer hands-on, team-based projects solving real-world challenges
Research and Projects: Credit-eligible project teams and independent studies available
Industry Exposure: Strong preparation for internships and practical work
Career Placement: Nearly 60% of Cornell ECE graduates enter the workforce immediately after graduation, while over 40% pursue advanced graduate degrees (MS, PhD, or professional programs). Graduates are recruited by multinational engineering corporations, innovative startups, and major players in technology, telecommunications, defense, finance, and healthcare.
Professional Skills and Experience: Students gain substantial hands-on experience through labs, project teams, and faculty-led research. Many students co-author papers and present at technical conferences, developing strong communication and leadership skills valued by employers.
Graduate Study: The strong research and design emphasis prepares students exceptionally well for graduate programs in electrical and computer engineering, computer science, and related disciplines at top universities worldwide.
Industry Relevance: Cornell ECE graduates are in demand across high-impact sectors including technology, telecommunications, robotics, defense, healthcare, finance, and beyond.
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