Within the requirements for a BS in chemical engineering are 12-15 elective credit hours. These hours are designed to allow students to personalize their education towards future goals.
Current Requirements
Complete a minimum of 15 hours of electives that satisfy the following:
Obtain departmental approval of proposed technical electives
Complete 9 hrs. of advanced (>300 level) engineering (ENG) coursework.
Complete 4 hrs. of advanced (> 300 level) course work from an engineering, math, science, or business (EMSB) department.
At least 4 hours, but no more than 7 hours, of the above technical electives (3 and 4) must be from EPSEL and INNOV courses (3 hour minimum for EPSEL and 1 hour minimum for INNOV). At least 3 of these hours must focus on Engineering Problem Solving through Experiential Learning (EPSEL) from which a senior thesis is produced and delivered. The remaining hour(s) (from 1 to 4) may be from EPSEL course(s) or from course(s) that focus on projects, creativity, and/or innovation skills (collectively called INNOV).
Pre-2018 Requirements
Complete a minimum of 12 hours of electives that satisfy the following:
Obtain departmental approval of proposed technical electives
Complete 6 hrs. of advanced (>300 level) engineering (ENG) coursework.
Complete 4 hrs. of advanced (> 300 level) course work from an engineering, math, science, or business (EMSB) department.
Beginning in Fall 2009, at least one hour of the technical elective must be from a course involving a significant learning experience in creativity and/or innovation (INNOV).
If a student elects to take Chem 357 instead of the Chem 351 and 352 series, 3 additional technical elective hours must be completed (a total of 15 hrs. instead of 12) and these must be EMSB (7 hrs. required instead of 4).
For more information on the requirements from different catalog years, click here.
Example Electives
Several example electives are shown below. Students are not restricted to these, and may design their own electives as long as it meets the general requirements listed above and as found in the catalog year of interest. The electives must be submitted for department approval as part of the professional program application.
Notes:
In the tables below, many classes are given for each category. Students are not expected to take each course listed but design their electives in accordance with the requirements given above.
Please consult the current timetable for the official scheduling of courses.
Although prerequisites are listed, many instructors outside of engineering will allow students to take courses without the listed prerequisites. Please contact the instructor if you are interested in receiving consent to take a course without the listed prerequisites.
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Energy/Environment Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 353 Organic Chemistry Laboratory
2
Chem 352 (concurrent)
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 412 Intro to Nuclear Engineering
3
Math 303 or 334, Chem 106 or 112
ChEn 433 Energy Engineering*
3
ChEn 111 & Math 303
CEEN 551 Water Treatment Facilities
3
CEEn 351 or ChEn 311
MeEn 541 Computational Fluid Dynamics
3
ME 340 or ChEn 376
ChEn 410 Petroleum Engineering
3
ChEn 373, 374
Geol 330 Geology for Engineers
3
None
ChEn 400 Creativity
1
None
ChEn 498R Undergraduate Research
1-3
None
* Highly Recommended
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Semiconductor Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 353 Organic Chemistry Laboratory
1-2
Chem 352 (concurrent)
Chem 464 Physical Chemistry Laboratory 1
1
Chem 462 or 467
Chem 465 Physical Chemistry Laboratory 2
1
Chem 462 or 467
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 481 Introduction to Semiconductor Processing
2
Instructor's Consent
ECE 452 Experiments in Integrated Circuit Development (to be taken with ChEn 493R or ECE 450)
1
ECE 450 or Concurrent Enrollment
ECE 450 Introduction to Semiconductor Devices
3
ECE 340
Physics 281 Principles of Solid-state Physics
3
PHSCS 220; PHSCS 121 or equivalent
Study Abroad
1-3
None
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Nuclear Engineering Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 464 Physical Chemistry Laboratory 1
1
Chem 462 or 467
Chem 465 Physical Chemistry Laboratory 2
1
Chem 462 or 467
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 412 Intro to Nuclear Engineering
3
Math 303 or 334, Chem 106 or 112
ChEn 433 Energy Engineering*
3
ChEn 373, 376
CEEN 540 Geoenvironmental Eng.
1-3
CEEN 341, 351 (can be negotiated)
CEEN 594R Health Physics
2
None
Study Abroad
1
None
* Highly Recommended
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Bioengineering Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 353 Organic Chemistry Laboratory
1-2
Chem 352 (concurrent)
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 498R Undergraduate Research*
1-3
None
ChEn 518 Biomedical Engineering*
3
ChEn 374, 376
ChEn 519 Biochemical Engineering*
3
ChEn 386
ChEn 578 Polymer Science
3
ChEn 378
PDBio 360 Cell Biology
2
MMBio 240
PDBio 362 Advanced Physiology
3
Biol 24; Phys 106 or 220
PDBio 363 Advanced Physiology Lab
3
PDBio 362 (concurrent)
Chem 481 Biochemistry 1
3
Chem 352
Chem 482 Biochemistry 2
3
Chem 481
MMBio 430 Advanced Cell Biology
3
PDBio 360
MMBio 461 Advanced Bacterial Physiology
3
Chem 481, MMBio 151
NDFS 355 Food Process Engineering
4
Chem 105, Math113
* Highly Recommended
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Kinetics/Catalysis Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 464 Physical Chemistry Laboratory 1
1
Chem 462 or 467
Chem 465 Physical Chemistry Laboratory 2
1
Chem 462 or 467
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 535 Kinetics and Catalysis*
3
Math 303 or 334, Chem 106 or 112
ChEn 528 Industrial Catalytic Processes*
2
ChEn 386
ChEn 513 Molecular Modelling
3
None
ChEn 498R Undergraduate Research
1-3
None
ChEn 400 Creative Skills in Chem. Engineer.
1
None
Chem 462 Physical Chemistry
3
None
Chem 463 Physical Chemistry
3
None
Chem 514 Inorganic Chemistry
3
Chem 463
Chem 563 Reaction Kinetics
3
Chem 462, 463
Chem 521 Instrumental Analysis
2
Chem 463
Chem 522 Instrumental Analysis Lab
3
Chem 521
The 2-course P-chem sequence is prerequisite for these courses.
* Highly Recommended
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Thermodynamics/Thermophysical Properties Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 464 Physical Chemistry Laboratory 1
1
Chem 462 or 467
Chem 465 Physical Chemistry Laboratory 2
1
Chem 462 or 467
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 513 Molecular Modelling
3
None
ChEn 498R Undergraduate Research
1-3
None
ChEn 531 Thermo of Multicomp. Systems*
3
ChEn 373
ChEn 631 Applied Statistical Mechanics
3
Chem 467 or 463; ChEn 531 or equivalent
Chem 567 Statistical Mechanics
3
Chem 463 or 467
* Highly Recommended
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Modelling/Numerical Methods Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 353 Organic Chemistry Laboratory
1-2
Chem 352 (concurrent)
Chem 464 Physical Chemistry Laboratory 1
1
Chem 462 or 467
Chem 465 Physical Chemistry Laboratory 2
1
Chem 462 or 467
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 513 Molecular Modelling
3
ChEn 373
ChEn 498R Undergraduate Research
1-3
None
ChEn 541 Computer Design Methods*
3
Math 303 or 334, ChEn 376
MeEn 541 Computational Fluid Dynamics
3
ME 340 or ChEn 376
CeEn/MeEn575 Optimization Techniques in Engineering
3
Math 302 or 313, 314; programming ability
Math 410 Introduction to Numerical Methods
3
Math 302 or 314
Math 411 Numerical Methods
3
Math 303 or 334; 410
Math 447 Introduction to Partial Differential Equations
3
Math 303 or 334
* Highly Recommended
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Graduate School Emphasis
Chemistry Lab
Course
Hours
Prerequisites
Chem 353 Organic Chemistry Laboratory
1-2
Chem 352 (concurrent)
Chem 464 Physical Chemistry Laboratory 1
1
Chem 462 or 467
Chem 465 Physical Chemistry Laboratory 2
1
Chem 462 or 467
Advanced Engineering & EMSB
Course
Hours
Prerequisites
ChEn 513 Molecular Modelling
3
ChEn 373
ChEn 498R Undergraduate Research
1-3
None
ChEn 541 Computer Design Methods*
3
Math 303 or 334, ChEn 376
ChEn 531 Thermo of Multicomp.Systems
3
ChEn 373
ChEn 533 Transport Phenomena
3
ChEn 476
ChEn 535 Kinetics & Catalysis
3
ChEn 386
ChEn 578 Polymer Science
3
ChEn 378
Stat 511 Statistical Methods for Research 1
3
Stat 121 or 332
Stat 512 Statistical Methods for Research 2
3
Stat 511
Chem 565 Intro to Quantum Chemistry
3
Chem 462, 463; or 467
Chem 567 Statistical Mechanics
3
Chem 362, 463; or 467
Math 447 Introduction to Partial Differential Equations
Courses taken to fulfill the Engineering Elective must meet the ABET definition of "engineering topics" which include "engineering sciences" and "engineering design." The engineering sciences have their roots in mathematics and basic sciences but carry knowledge further toward creative application. Engineering design is the process of devising a system, component, or process to meet desired needs.
In general (exceptions are noted below), courses that are 300 level or above, which are taught in the departments of Chemical Engineering, Civil and Environmental Engineering, Electrical and Computer Engineering, or Mechanical Engineering, may be taken to fulfill the engineering elective. In addition to these, the following courses also count towards the advanced engineering elective.
Additional Courses Which Fulfill the Advanced Engineering Elective
†CS 111 and IS 303 are both "Introduction to Computer Programming." Student can count one or the other towards graduation but not both.
Courses which do not fulfill the advanced engineering elective
The following courses do not fulfill the advanced engineering elective either due to overlap with core chemical engineering courses or lack of significant "engineering" content.
Any seminar course
Any special topics or "###R" course without petition
CE EN 300A, 300B, 332, 400A, 400B, 400C, 493R, 498R, 555
Engineering, Math, Science, Business Elective (EMSB)
In general (exceptions are noted below), courses that are 300 level or above, which are "engineering, math, science, or business," may be taken to fulfill EMSB elective. In the EMSB context:
Business is defined as courses taught in the Marriott School of Business (with the exception of the Department of Experience Design and Management).
Math and Science are defined as courses taught in the College of Physical and Mathematical Sciences or the College of Life Sciences (with the exception of the Departments of Exercise Sciences, Health Science/Public Health, and Nutrition, Dietetics, and Food Science).
Engineering (in the EMSB context) is defined as courses taught in the College of Engineering (including the School of Technology).
See exceptions to these general rules below.
Additional Courses Which Fulfill the EMSB Elective
CHEM 223, 227
CS 236
PHSCS 281
EX SC 362
ECON 380, 381, 382
BUSM 201, 241, 371R*, 491R, 494R
MSB 250, 381R*, 492R, 494R
MKTG 201
FIN 201
ACC 200
PSYCH 330
PWS 288
Math 215
Any course explicitly included as an "Engineering Elective" as discussed above
*Note: Only one combined credit of BUSM 371R, MSB 381R, and ENT 381 may be used for EMSB
Courses Which Do Not Fulfill the EMSB Elective
The following courses do not fulfill the EMSB elective due to overlap with core chemical engineering courses or because they lack "advanced" topics.
Any seminar course
Any special topics or "###R" course without petition
Courses taught in the following departments except those courses explicitly approved in the list above
Department of Exercise Sciences
Department of Health Science/Public Health
Department of Nutrition, Dietetics, and Food Science
Department of Experience Design and Management
BIOL 347
CE EN 300A, 300B, 332, 400A, 400B, 400C, 493R, 498R
CHEM 462 (CHEM 463 does count for EMSB if CHEM 462 was taken in place of CHEM 467. See here.)
MSB 596R
Petition
Students may petition (here) to count courses that are not included, or that are explicitly excluded, as either engineering or EMSB. Petitions are handled on a case-by-case basis and require at least one week of time for approval. If you have questions regarding the petitions process email Lavdie Huff lavdie_huff@byu.edu
EPSEL and INNOV Electives
Within the technical elective are requirements for "Innovation" and "Engineering Problem Solving through Experiential Learning" courses. Classes fulfilling these requirements are found below.
Current Requirements
Engineering Problem Solving through Experiential Learning (EPSEL) and Innovation (INNOV)
At least 4 hours, but no more than 7 hours, of the technical electives must be from courses that provide opportunity for development and demonstration of skills needed to solve complex engineering problems. At least 3 of these hours must focus on Engineering Problem Solving through Experiential Learning (EPSEL) from which a senior thesis is produced and delivered. The remaining hour(s) (from 1 to 4) may be from EPSEL course(s) or from course(s) that focus on projects, creativity, and/or innovation skills (collectively called INNOV). Example courses satisfying both EPSEL and INNOV requirements are found below.
Courses and Combinations of Courses Satisfying the EPSEL Requirement:
CH EN 461: Chemical Engineering Problem Solving through Experiential Learning (3 credits)
CH EN 499: Mentored Research and Thesis (3 credits)
CH EN 199R: Academic Internship (1 credit) + CH EN 496: Academic Internship Thesis (3 credits)
CH EN 495R: Global Engineering Outreach (3 credits) See program page.
ME EN 475: Integrated Product and Process Design 1 + ME EN 476: Integrated Product and Process Design 2 (6 total credits)
Note: EPSEL courses must be classified as ENG. If EPSEL requirements are completed outside of the Chemical Engineering department, the student must obtain prior approval. Other capstone project classes by petition only. See academic advisor for questions.
Courses Satisfying the INNOV Requirement:
Ch En 199R: Academic Internship (Variable Credit, ENG)
Ch En 400: Creativity (1 credit, ENG)
Ch En 498R: Mentored Research (Variable Credit, ENG)
Chem 497R: Mentored Learning in Chemistry (Variable Credit, EMSB)
BusM/MSB: 491R: Social Innovation Projects (Variable Credit, EMSB)
Note: A course taken for the INNOV requirement will count as either ENG or EMSB depending on the department in which it is listed.
Pre-F2018 Requirements
Innovation (INNOV)
At least 1 hour, but no more than 4 hours, of the technical electives must be from a course or courses that provide significant experiential or project-centered learning or focus on creativity and innovation skills.
Applicable Courses:
Ch En 199R: Academic Internship (Variable Credit, ENG)
Ch En 400: Creativity (1 credit, ENG)
Ch En 498R: Undergraduate Research (Variable Credit, ENG)
Ch En 495R: Global Engineering Outreach (Variable Credit, ENG) See program flyer
Chem 497R: Mentored Learning in Chemistry (Variable Credit, EMSB)
Tech 312: Exploration in Innovative Design Techniques (1 credit, EMSB)
BusM 491R: Social Innovation Projects (Variable Credit, EMSB)
MSB 491R: Social Innovation Projects (Variable Credit, EMSB)
ME 475: Integrated Product and Process Design 1 (3 Credits, ENG)
ME 476: Integrated Product and Process Design 2 (3 Credits, ENG)
A course taken under this requirement will count toward either the advanced engineering or EMSB requirement, depending on the department in which it is listed.
Petition
Students may petition the department Undergraduate Committee, through the department academic advisor Lavdie Huff (lavdie_huff@byu.edu), to count courses that are not included as either EPSEL or INNOV. Petitions are handled on a case-by-case basis and require at least one week of time for approval.
Advanced Chemistry Lab Elective
Every chemical engineering student must take 2 hours of advanced chemistry or biochemistry laboratory. Acceptable courses are Chem 223, 227, 353, 464, 465, and PWS 288. Most students fulfill the requirement by taking 2 credits of Chem 353 (organic chemistry lab) the same semester as they take Chem 352 or the semester after they take Chem 357 (see next section). Chem 227 is usually only used to fulfill the requirement if a student transfers from a chemistry program. If a student takes Chem 353 for 1 credit hour and later decides to take a second hour of Chem 353, special arrangements must be made with the Chemistry instructor to do a credit/grade change on the original course (otherwise only a replacement grade appears on the transcript).
There is limited space for chemical engineering students to take Chem 464 and 465 (Pchem lab). Students desiring to take the lab should talk with the instructor of Chem 467 to determine availability. Also, Chem 464 and 465 are only taught in Winter semester and are at the same time as Ch En 451 (Plant Design), so students desiring to take P-chem labs must do so during the Winter Semester of their junior year.