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Graduate Admissions Requirements for Computer Engineering
Applies to students without a B.S. Degree in Computer Engineering from an ABET-accredited institution.
- Basic Science: at least one course in a basic science, preferably chemistry (e.g. CH 101).
- Physics: at least two courses in calculus-based physics including at least one laboratory (e.g. PHYS 122, 221, 223).
- Mathematics: the equivalent of the Clemson calculus sequence (e.g. MthSC 106, 108, and 206), ordinary differential
equations (e.g.MthSC 208), discrete structures (e.g. MthSC 419), and theory of probability
(e.g. ECE 317 or MthSC 400).
- Computer Science and Engineering: one course in each of logic design (e.g. ECE 201),
circuits (e.g. ECE 202, 211), programming methodology
(e.g. CPSC 210), principles of computers (e.g. ECE 272, operating systems
(e.g. ECE 329), and computer interfacing or organization
(e.g. ECE 371).
- Linear Systems Analysis: one course (e.g. ECE 409 or
330).
- Engineering Science: one junior level course (e.g. ECE 320).
Graduate Admissions Requirements for Electrical Engineering
Applies to students without a B.S. Degree in Electrical Engineering from an ABET-accredited institution.
- Basic Science: at least one course in a basic science, preferably chemistry (e.g. Ch 101).
- Physics: at least two courses in calculus-based physics including at least one laboratory (e.g. PHYS 122, 221, 223).
- Mathematics: the equivalent of the Clemson calculus sequence (e.g. MthSC 106, 108, and 206), ordinary differential
equations (e.g. MthSC 208), and theory of probability (e.g. ECE 317 or MthSC 400).
- Equivalent of ECE courses through junior year.
ECE 201 Logic and Computing Devices
ECE 202 Electric Circuits I
ECE 262 Electric Circuits II
ECE 272 Computer Organization
ECE 317 Random Signal Analysis
ECE 320 Electronics I
ECE 321 Electronics II
ECE 330 Signals, Systems, and Transforms
ECE 360 Electric Power Engineering
ECE 371 Microcomputer Interfacing
ECE 380 Electromagnetics
ECE 381 Fields, Waves, and Circuits
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