Sample Schedule:
Bachelor of Science in Computer Engineering
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First Year Fall |
First Year Winter |
First Year Spring |
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| FSEM 1111 - First Year Seminar | WRIT 1122 - Academic Writing | WRIT 1133 - Writing and Research | ||
| MATH 1951 - Calculus I | MATH 1952 - Calculus II | MATH 1953 - Calculus III | ||
| University Common Curricula* | PHYS 1211 - University Physics I | PHYS 1212 - University Physics II | ||
| ENGR 1511 - Engineering Connections I | ENGR 1521 - Engineering Connections II | ENGR 1531 - Engineering Connections III | ||
| ENGR 1611 - Engr Concepts & Practice I | ENGR 1621 - Engr Concepts & Practice II | ENGR 1631 - Engr Concepts & Practice III | ||
| 17 QH | 17 QH | 17 QH | ||
Second Year Fall |
Second Year Winter |
Second Year Spring |
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| University Common Curricula* | University Common Curricula* | CHEM 1610 - Chemistry for Engineers | ||
| COMP 1571 Procedural Programming I | ENGR 1572 - Applied MATLAB Programming | CHEM 1240 - Gen. Chemistry Lab | ||
| PHYS 1214 - Univ Physics III for Engineers | MATH 2070 - Intro to Diff. Equations | MATH 2080 - Calculus of Several Variables | ||
| ENEE 2011 - Circuits I | ENEE 2021 - Circuits II | ENCE 2101 - Digital Design | ||
| ENEE 2015 - Engineering Applications I | ENEE 2025 - Engineering Applications II | ENGR 2035 - Engineering Applications III | ||
| ENME 2510 - Engineering Mechanics I | ENME 2520 - Engineering Mechanics I | ENGR 2950 - Engineering Assessment I | ||
| ENME 2710 - Engr. Thermodynamics I | ||||
| 18 QH | 18 QH | 17 QH | ||
Third Year Fall |
Third Year Winter |
Third Year Spring |
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| ENCE 3100 – Advanced Digital Design | COMP 1672 - Intro to Computer Science II | ENCE 3220 - Microprocessor Systems II | ||
| ENEE 2211 – Electronics | ENCE 3210 - Microprocessor Systems I | ENCE 3250 - HDL Modeling & Synthesis | ||
| ENEE 3111 - Signals and Systems | ENCE 3241 – Comp. Organization & Arch | COMP 2300 - Discrete Structures | ||
| XXXX - Technical Elective | XXXX - Technical Elective | ENGR 2620 - Engineering Integration II | ||
| ENGR 2610 - Engineering Integration I | XXXX – Technical Elective | |||
| 16 QH | 17 QH | 17 QH | ||
Fourth Year Fall |
Fourth Year Winter |
Fourth Year Spring |
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| COMP 2370 Intro to Algorithms & Data Struct. | ENGR 3323 - Engineering Design Project II | ENGR 3333 - Engineering Design Project III | ||
| University Common Curricula | COMP 3361 – Systems I | ENGR 3951 - Engineering Assessment II | ||
| ENCE 3501 –VLSI Design | LGST XXXX - Legal Studies Elective | ENGR 3970 - Engineering Entrepreneurship | ||
| ENGR 3313 - Engineering Design Project I | XXXX - Technical Elective* | XXXX - Technical Elective* | ||
| XXXX - Technical Elective* | ASEM 2XXX - Advanced Seminar | |||
| 16 QH ** | 14 QH** | 14 QH** | ||
| Required Total Hours 198 QH |
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*NOTES |
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University Common Curricula- These may be taken in any order. They must have 2 courses with attributes of analytical inquiry: society and 2 courses attributes of scientific inquiry: society. |
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ASEM 2XXX - Advanced Seminar Engineering students are required to take a writing-intensive advanced seminar. Junior standing is also required. |
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XXXX - Technical Elective. Technical Electives are used to complete specializations for the degree. Only technical courses may be used, and these must carry Upper-Division credit. Prior approval by the advisor is required. |
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** These hours can vary based on Technical Electives. |
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