***Note that this sequence is designed to assist students in planning for the prereqs needed for the pre-engineering courses only. Students should continue to follow their major sequence in addition.*** | |
| For More Info/Advising: | Jamie Day (jday@transy.edu) University of Kentucky College of Engineering Website |
| Office: | Brown Science 109 |
| Phone: | 233-8229 |
Biosystems Engineering, Mechanical Engineering, and Mining Engineering
| UK Course | Prerequisites | |
| EM 221 Statics (3 semester hours) | MATH 2144 Calculus III (may be taken concurrently) | |
| EM 302 Mechanics of Deformable Solids (3 semester hours) | EM 221 Statics and MATH 2084 Differential Equations (MATH 2084 may be taken concurrently) | |
| EM 313 Dynamics (3 semester hours) | EM 221 Statics and MATH 2084 Differential Equations | |
| ME 220 Engineering Thermodynamics (3 semester hours) | MATH-1304 Calculus II & MATH 2144 Calculus III (MATH-2144 may be taken concurrently) | |
| ME 330 Fluid Mechanics (3 semester hours) | ME 220 Thermodynamics and MATH 2084 Differential Equations | |
| EE 305 Electrical Circuits and Electronics (3 semester hours) | PHYS 2115 University Physics I and MATH 1324 Calculus II | |
Recommended Sequence of Courses for Biosystems Engineering, Mechanical Engineering, and Mining Engineering
| First Year | ||
| Fall Term | Winter Term | May Term |
| MATH 1304 Calculus I* OR | MATH 1324 Calculus II OR | |
| MATH 1324 Calculus II | MATH 2144 Calculus III | |
| Sophomore Year | ||
| Fall Term | Winter Term | May Term |
| MATH 2084 Differential Equations (Offered in Fall term every other year) | MATH 2144 Calculus III | |
| PHYS 2115 University Physics I | PHYS 2125 University Physics II | |
| Junior Year | ||
| Fall Term | Winter Term | May Term |
| EM 221 Statics (at UK) | ME 220 Thermodynamics (at UK) | |
| EM 302 Mechanics of Deformable Solids (at UK) | ||
| Senior Year | ||
| Fall Term | Winter Term | May Term |
| ME 330 Fluid Mechanics (at UK) | EM 313 Dynamics (at UK) | |
| EE 305 Electrical Circuits (at UK) | ||
| NOTES: | ||
| *Anyone with a Math ACT Score of 26 or lower must take MATH 1214 Functions before taking Calculus. | ||
Chemical Engineering
| UK Course | Prerequisites | |
| CME 200 Process Principles (3 semester hrs) | CHEM 1065 Principles of Chemistry II (Grade of C or better required), MATH 1304 Calculus I (Grade of C or better), MATH 1324 Calculus II (may be taken concurrently), and PHYS 2115 University Physics I (may be taken concurrently) | |
| CME 220 Computational Tools in Chemical Engineering (3 semester hrs) | CME 200 Process Principles (Grade of C or better) | |
| CME 320 Engineering Thermodynamics (3 semester hrs) | MATH 2144 Calculus III, PHYS 2115 University Physics I, and CME 200 Process Principles (Grade of C or better) | |
| CME 330 Fluid Mechanics (3 semester hrs) | CME 200 Process Principles, CME 320 Engineering Thermodynamics, and MATH 2084 Differential Equations | |
| CME 415 Separation Processes (3 semester hrs) | CME 220 Computational Tools in Chemical Engineering and CME 320 Engineering Thermodynamics | |
| CME 425 Heat and Mass Transfer (3 semester hrs) | CME 330 Fluid Mechanics and CME 415 Separation Processes | |
Recommended Sequence of Courses for Chemical Engineering
| First Year | ||
| Fall Term | Winter Term | May Term |
| MATH 1304 Calculus I* OR | MATH 1324 Calculus II OR | |
| MATH 1324 Calculus II | MATH 2144 Calculus III | |
| CHEM 1055 Principles of Chemistry I | CHEM 1065 Principles of Chemistry II | |
| Sophomore Year | ||
| Fall Term | Winter Term | May Term |
| MATH 2084 Differential Equations (Offered in Fall term every other year) | MATH 2144 Calculus III | |
| PHYS 2115 University Physics I | ||
| Junior Year | ||
| Fall Term | Winter Term | May Term |
| CME 200 Process Principles (at UK) | CME 220 Computational Tools in Chemical Engineering (at UK) | |
| CME 320 Engineering Thermodynamics (at UK) | ||
| Senior Year | ||
| Fall Term | Winter Term | May Term |
| CME 330 Fluid Mechanics (at UK) | CME 425 Heat and Mass Transfer (at UK) | |
| CME 415 Separation Processes (at UK) | ||
| NOTES: | ||
| *Anyone with a Math ACT Score of 26 or lower must take MATH 1214 Functions before taking Calculus. | ||
Civil Engineering
| UK Course | Prerequisites | |
| CE 106 Computer Graphics and Communications (3 semester hrs) | MATH 1304 Calculus I | |
| CE 341 Introduction to Fluid Mechanics (4 semester hrs) | PHYS 2115 University Physics I and MATH 2084 Differential Equations | |
| CE 381 Civil Engineering Materials I (3 semester hrs) | EM 302 Mechanics of Deformable Solids | |
| EM 221 Statics (3 semester hrs) | MATH 2144 Calculus III (may be taken concurrently) | |
| EM 302 Mechanics of Deformable Solids (3 semester hrs) | EM 221 Statics and MATH 2084 Differential Equations (MATH 2084 may be taken concurrently) | |
Recommended Sequence of Courses for Civil Engineering
FIRST YEAR | ||
| Fall Term | Winter Term | May Term |
| MATH 1304 Calculus I* OR | MATH 1324 Calculus II OR | |
| MATH 1324 Calculus II | MATH 2144 Calculus III | |
SOPHOMORE YEAR | ||
| Fall Term | Winter Term | May Term |
| MATH 2084 Differential Equations (Offered in Fall term every other year) | MATH 2144 Calculus III | |
| PHYS 2115 University Physics I | ||
JUNIOR YEAR | ||
| Fall Term | Winter Term | May Term |
| CE 106 Computer Graphics and Communications (at UK) | EM 302 Mechanics of Deformable Solids (at UK) | |
| EM 221 Statics (at UK) | ||
SENIOR YEAR | ||
| Fall Term | Winter Term | May Term |
| CE 341 Introduction to Fluid Mechanics (at UK) | CE 381 Civil Engineering Materials I (at UK) | |
| NOTES: | ||
| *Anyone with a Math ACT Score of 26 or lower must take MATH 1214 Functions before taking Calculus. | ||
Computer Engineering and Electrical Engineering
| UK Course | Prerequisites | |
| EE 211 Circuits I (4 semester hrs) | MATH 1324 Calculus II and PHYS 2115 University Physics I (PHYS 2115 may be taken concurrently) | |
| EE 221 Circuits II (3 semester hrs) | EE 211 Circuits I and MATH 2084 Differential Equations (MATH 2084 may be taken concurrently) | |
| EE 222 Electrical Engineering Lab I (2 semester hrs) | EE 211 Circuits I (may be taken concurrently) | |
| EE 282 Digital Logic Design (3 semester hrs) | CS 2124 Logic and Problem Solving | |
| EE 287 Introduction to Embedded Systems (4 semester hrs) | EE 282 Digital Logic Design | |
Recommended Sequence of Courses for Computer Engineering and Electrical Engineering
FIRST YEAR | ||
| Fall Term | Winter Term | May Term |
| MATH 1304 Calculus I* OR | MATH 1324 Calculus II OR | CS-2124 Logic and Problem Solving |
| MATH 1324 Calculus II | MATH 2144 Calculus III | |
| CS 1124 Foundations of Computer Science | CS-2124 Logic and Problem Solving (or in May) | |
SOPHOMORE YEAR | ||
| Fall Term | Winter Term | May Term |
| MATH 2084 Differential Equations (Offered in Fall term every other year) | MATH 2144 Calculus III | |
| PHYS 2115 University Physics I | PHYS 2125 University Physics II | |
JUNIOR YEAR | ||
| Fall Term | Winter Term | May Term |
| EE 211 Circuits I (at UK) | EE 221 Circuits II (at UK) | |
| EE 222 Electrical Engineering Lab I (at UK) | ||
SENIOR YEAR | ||
| Fall Term | Winter Term | May Term |
| EE 282 Digital Logic Design (3 semester hrs) (at UK) | EE 287 Introduction to Embedded Systems (at UK) | |
| NOTES: | ||
| *Anyone with a Math ACT Score of 26 or lower must take MATH 1214 Functions before taking Calculus. | ||
Materials Engineering
| UK Course | Prerequisites | |
| CME 200 Process Principles (3 semester hrs) | CHEM 1065 Principles of Chemistry II (Grade of C or better required), MATH 1304 Calculus I (Grade of C or better), MATH 1324 Calculus II (may be taken concurrently), and PHYS 2115 University Physics I (may be taken concurrently) | |
| EE 305 Electrical Circuits (3 semester hrs) | PHYS 2125 University Physics II and MATH 1324 Calculus II | |
| EM 221 Statics (3 semester hrs) | MATH 2144 Calculus III (may be taken concurrently) | |
| EM 302 Mechanics of Deformable Solids (3 semester hrs) | EM 221 Statics and MATH 2084 Differential Equations (MATH 2084 may be taken concurrently) | |
| MSE 201 Materials Science (3 semester hrs) | CHEM 1055 Principles of Chemistry I and MATH 1324 Calculus II (both may be taken concurrently) | |
| MSE 351 Materials Thermodynamics (3 semester hrs) | MSE 201 Materials Science and MATH 2144 Calculus III (MATH 2144 may be taken concurrently) | |
Recommended Sequence of Courses for Materials Engineering
FIRST YEAR | ||
| Fall Term | Winter Term | May Term |
| MATH 1304 Calculus I* OR | MATH 1324 Calculus II OR | |
| MATH 1324 Calculus II | MATH 2144 Calculus III | |
| CHEM 1055 Principles of Chemistry I | CHEM 1065 Principles of Chemistry II | |
| Sophomore Year | ||
| Fall Term | Winter Term | May Term |
| MATH 2084 Differential Equations | MATH 2144 Calculus III | |
| PHYS 2115 University Physics I | PHYS 2125 University Physics II | |
| Junior Year | ||
| Fall Term | Winter Term | May Term |
| MSE 201 201 Materials Science (at UK) | EM 221 Statics (at UK) | |
| CME 200 Process Principles (at UK) | MSE 351 Materials Thermodynamics (at UK) | |
| Senior Year | ||
| Fall Term | Winter Term | May Term |
| EM 302 Mechanics of Deformable Solids (at UK) | ||
| EE 305 Electrical Circuits (at UK) | ||
| NOTES: | ||
| *Anyone with a Math ACT Score of 26 or lower must take MATH 1214 Functions before taking Calculus. | ||
Biomedical Engineering
There is no undergraduate program in Biomedical Engineering. If a student wishes to pursue graduate work in Biomedical he/she should follow the prescribed courses for the area that most closely fits their interests. For example, a student interested in biomechanics should take the courses listed above for Mechanical Engineers, a student interested in drug delivery should follow the Chemical Engineering path, and a student interested in imaging or signals should take the courses listed for Electrical Engineering.