new student guide fall 2020 · 7/1/2020 · engineering design, pre-materials, or pre-mechanical...
TRANSCRIPT
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New Student Guide
Fall 2020
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Contents Who We Are ....................................................................................................... 4
School of Engineering Leadership ........................................................................... 4 School of Engineering Overview ............................................................................. 4
Undergraduate Curriculum ................................................................................ 4
Graduate Curriculum ....................................................................................... 4
Vision ......................................................................................................... 4
Mission ........................................................................................................ 4
Goals .......................................................................................................... 5
Engineering Majors ......................................................................................... 5
Engineering Minors .......................................................................................... 5
Who Engineering Students Are: Admission to the School of Engineering .............................. 5 First-Term Freshmen ....................................................................................... 5
Transfer, Re-Admitted, & Post-baccalaureate Students, And Change of Major ................... 6
Advancing to a Degree-Granting Engineering Major ...................................................... 7 Advancing to Civil, Electrical, Engineering Design, Materials, or Mechanical Engineering ....... 7
Advancing to Biomedical Engineering .................................................................... 7
The Academic Environment: Things that you need to know ............................................... 7
The Transition to College: College and the College Classroom ......................................... 7 Grade Point Average (GPA) .................................................................................. 8
How to Calculate Your GPA ............................................................................... 8
Types of GPAs ............................................................................................... 8
Important GPA targets ..................................................................................... 9
GPA Advice ................................................................................................... 9
Academic Resources........................................................................................... 9 School of Engineering Laptop Policy ........................................................................ 9
Academic Advising ............................................................................................. 10
Academic Advising in the School of Engineering ........................................................ 10 Preparing for an Academic Advising Appointment with your Advisor ................................ 10 Engineering Advisors ........................................................................................ 11 Scheduling an Academic Advising Appointment ......................................................... 11
A Guide to College Courses ................................................................................... 12
Course Numbering ........................................................................................... 12 Course Load per Semester ................................................................................. 12
Courses and the Engineering Curriculum ................................................................... 12
Engineering Degree Requirements ........................................................................ 12 Applicable Math Courses .................................................................................... 12 Math Placement Assessment (MPA) ....................................................................... 13
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Scores required for placement .......................................................................... 13
First-Year Experience (FYE) Courses ...................................................................... 14 FYE Courses for Engineering Majors in the Honors College (HC) ................................... 14
FYE Courses for Engineering Majors by Math Placement ............................................ 14
CH 115/116 General Chemistry I and Laboratory: Prerequisites, Registration, and Preparation 15 The Core Curriculum ........................................................................................ 16
The Core Curriculum as Specified for Engineering Majors .......................................... 16
Core Area II: Humanities and Fine Arts and Core Area IV: Social and Behavioral Sciences as Specified for Engineering Majors ....................................................................... 16
First-term Schedules Based on Math Placement ........................................................ 19 First-Term Courses Based on Math Placement in MA 098 Basic Algebra .......................... 19
First-Term Courses Based on Math Placement in MA 102 Intermediate Algebra ................ 19
First-Term Courses Based on Math Placement in MA 105 Pre-Calculus Algebra ................. 19
First-Term Courses Based on Math Placement in MA 106 Pre-Calculus Trigonometry and MA 107 Pre-Calculus Algebra and Trigonometry ......................................................... 19
First-Term Courses Based on Math Placement in MA 125 Calculus ................................ 20
Alternative Credit Opportunities .......................................................................... 20 Advanced Placement (AP) ............................................................................... 20
International Baccalaureate Credit (IB) ............................................................... 20
College Level Examination Program (CLEP ............................................................ 20
Extracurricular Courses ..................................................................................... 21 Band ........................................................................................................ 21
Choir ........................................................................................................ 21
ROTC ........................................................................................................ 21
Four-Year Programs of Study ................................................................................. 22
Biomedical Engineering ..................................................................................... 23 Civil Engineering ............................................................................................. 25 Electrical Engineering ....................................................................................... 27 Engineering Design .......................................................................................... 29 Materials Engineering ....................................................................................... 31 Mechanical Engineering ..................................................................................... 33
A Glossary of Common Terms and Abbreviations .......................................................... 35
Things to Look for When You Get to Campus .............................................................. 37
Get Involved in Engineering Student Organizations .................................................... 37 Check out the Engineering Career Center ............................................................... 38
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Who We Are
School of Engineering Leadership Interim Dean: Timothy M. Wick, PhD Associate Dean for Graduate Programs and Assessment: Gregg M. Janowski, PhD Associate Dean for Undergraduate Programs: Zoe B. Dwyer, PhD Associate Dean for Professional Programs & Industry Relations: Dale Callahan, PhD
Incoming Dean: Jeffrey W. Holmes, M.D., Ph.D. – effective July 1, 2020
School of Engineering Overview The School of Engineering provides professional education in engineering through the Departments of Biomedical Engineering; Civil, Construction, and Environmental Engineering; Electrical and Computer Engineering; Materials Science and Engineering; and Mechanical Engineering.
Undergraduate Curriculum Each undergraduate curriculum is comprised of four components: the UAB Core Curriculum as specified for engineering majors; mathematics and basic science courses; a series of engineering courses intended to provide a breadth of technical education; and concentrated study in a particular engineering discipline. The curricula are designed to prepare the graduate to practice the profession of engineering and effectively participate as a member of society. Additionally, the School of Engineering participates in UABTeach.
Graduate Curriculum At the graduate level, the School of Engineering offers programs of study leading to the Master of Science in Biomedical Engineering; the Master of Science in Civil Engineering; the Master of Science in Electrical and Computer Engineering; the Master of Science in Materials Engineering; and the Master of Science in Mechanical Engineering. A Master of Engineering degree is offered with concentrations in Advanced Safety Engineering and Management; Construction Engineering Management; Information Engineering Management; Structural Engineering; and Sustainable Smart Cities. A Master of Science in Engineering Management degree is offered with concentrations in Biomaterials and Tissue Engineering, Design and Commercialization, Environmental Engineering, Manufacturing Engineering, Power Systems Engineering, Software Engineering, and Vehicle and Robotics Engineering. The Doctor of Philosophy degree in Biomedical Engineering and the Doctor of Philosophy degree in Interdisciplinary Engineering are also offered. Joint Doctor of Philosophy degrees are offered in Materials/Metallurgical Engineering, Materials Science, and Civil Engineering. A shared Doctor of Philosophy degree in Computer Engineering is available.
Vision To be nationally and internationally recognized as a top research-oriented School of Engineering: a first choice for a quality undergraduate and graduate education
Mission To create and apply knowledge for the benefit of society, and to prepare engineering graduates to be immediately productive and able to adapt and to lead in a rapidly changing environment
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Goals • Provide an excellent educational experience for a community of highly capable students
that reflect the diversity of our society• Develop an education and research program that fosters the development of a community
of scholars capable of defining and solving problems to benefit society• Develop an internationally recognized research program focused in distinctive multi-
disciplinary areas• Develop extensive and mutually beneficial relationships that foster understanding, respect,
and a sense of common responsibility• Provide an environment where faculty and staff can achieve their full potential for the
mutual benefit of the School and the individual
Engineering Majors The School of Engineering offers the following Majors:
• Biomedical Engineering• Civil Engineering• Electrical Engineering
• Engineering Design• Materials Engineering• Mechanical Engineering
Engineering Minors The School of Engineering offers the following Minors:
• Applied Mechanics• Biomedical Engineering• Civil Engineering• Electrical Engineering• Engineering Science (not available to
engineering majors)• Engineering World Health
• Environmental Engineering• Materials Engineering• Mechanical Engineering – Thermal
Systems• Mechanical Engineering – Mechanical
Systems• Software Engineering
Who Engineering Students Are: Admission to the School of Engineering
First-Term Freshmen In addition to satisfying the general requirements for admission to UAB listed in the Undergraduate Catalog, individuals must meet the following minimum requirements:
• For admission to the School of Engineering, an ACT Math sub score of 22 (or SATequivalent) and high school GPA of 3.00. All freshmen students who meet theserequirements are admitted as a Pre-Biomedical, Pre-Civil, Pre-Electrical, Pre-Engineering Design, Pre-Materials, or Pre-Mechanical Engineering major based on theirintended program. Students who are undecided on an engineering major are admittedas Pre-Engineering students.
• For direct admission as a Biomedical Engineering major, an ACT composite score of 28(or SAT equivalent) and high school GPA of 3.20. All freshmen students who meetthese requirements are admitted to Biomedical Engineering.
Students who do not meet the above criteria are admitted as an Undeclared – Interest in Engineering student in the Vulcan Materials University Academic Success Center.
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Transfer, Re-Admitted, & Post-baccalaureate Students, And Change of Major To be admitted to the School of Engineering as Pre-Civil, Pre-Electrical, Pre-Engineering Design, Pre-Materials, or Pre-Mechanical Engineering, students must have a minimum cumulative GPA of 2.20 and, if applicable, a minimum institutional (UAB) GPA of 2.20 in addition to math placement in MA 105 Pre-Calculus Algebra or higher. Students who are undecided on an engineering major are admitted as Pre-Engineering students. To be admitted to the School of Engineering as Pre-Biomedical Engineering, students must have a minimum cumulative GPA of 3.20 and, if applicable, a minimum institutional (UAB) GPA of 3.20 in addition to math placement in MA 105 Pre-Calculus Algebra or higher. Students who meet the math requirement with GPAs between 2.20 and 3.19 will be admitted as Pre-Engineering. Students are admitted to their chosen department upon completion of the minimum requirements listed below. Final Transcripts Students who were enrolled in high school or another college/university when admitted to UAB (including dual enrollment), must provide a final and official transcript to the Office of Undergraduate Admissions no later than the first day of class. Official transcripts should be sent directly from the high school or college/university to:
UAB Undergraduate Admissions Box 99
1720 2nd Ave S Birmingham, AL 35294-2936
Keep in mind that admission is contingent pending receipt of all complete and OFFICIAL transcripts. Students who have not submitted final and official transcripts will not be able to register for future terms. UAB does not accept faxed or hand-delivered transcripts
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Advancing to a Degree-Granting Engineering Major Advancing to Civil, Electrical, Engineering Design, Materials, or Mechanical Engineering In order to advance to an engineering major listed above, students must meet the following minimum requirements:
• Sophomore standing • Completion (C or better) of MA 125 Calculus I and MA 126 Calculus II • Completion (C or better) of two required science courses with appropriate labs • Completion of EGR 110 Introduction to Engineering I and EGR 111 Introduction to
Engineering II (or EGR 200 Introduction to Engineering for transfer students) • ME 102 Engineering Graphics • A minimum institutional (UAB) GPA of 2.20 (and a minimum cumulative [UAB +
transfer] GPA of 2.20 if applicable)
Advancing to Biomedical Engineering In order to advance to Biomedical Engineering, students must meet the following minimum requirements:
• Sophomore standing • Completion (C or better) of MA 125 Calculus I and MA 126 Calculus II • Completion (C or better) of two required science courses with appropriate labs • Completion of EGR 110 Introduction to Engineering I and EGR 111 Introduction to
Engineering II (or EGR 200 Introduction to Engineering for transfer students) • ME 102 Engineering Graphics • A minimum institutional (UAB) GPA of 3.20 (and a minimum cumulative [UAB +
transfer] GPA of 3.20 if applicable)
The Academic Environment: Things that you need to know The Transition to College: College and the College Classroom Your instructors see you for only a short period of time every week. What you do in class is all they have to interpret your character and commitment, so think about what you do and how you do it. Be advised All of you are the top high school students, the students who were college-bound, high-performing, and professionally-minded. However,
• This is a TRANSITION. • College is a different culture. • You have increased freedom and relatively new autonomy on how you spend your
time.
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Grade Point Average (GPA) How to Calculate Your GPA Your GPA is your Total Quality Points divided by your Total Credit Hours. All courses are not “weighted” equally. The “weight” of the course is determined by the number of credit hours Each letter grade is assigned a numeric value (quality point) per credit hour:
Letter Grade
Quality Point/ Credit Hour
A (superior achievement) = 4 B (above average) = 3
C (average) = 2 D (minimally adequate) = 1
F (failing) = 0
Note that grade notations of I, P, or W have no impact on GPA EXAMPLE of First-Term GPA Calculation Quality Points earned per Course = (Course Credit Hours)*(Numeric Value of Earned Grade)
CLASS HOURS GRADE QUALITY POINTS EH 101 English Composition I 3 B 9 MA 125 Calculus I 4 C 8 CH 115 General Chemistry I 3 B 9 CH 116 General Chemistry I Lab 1 A 4 ME 102 Engineering Graphics 2 B 6 TOTAL 13 36
UAB Term GPA = Total Quality Points/Total Credit Hours
= 36/13 = 2.77
in high school, with equal course weighting, this GPA would be 3.0 Types of GPAs Institutional GPA: includes all UAB courses
Transfer GPA: includes all courses transferred to UAB
Overall GPA: includes all UAB and transfer coursework combined
Engineering GPA: includes all unforgiven attempts in all courses with engineering prefix required for the degree; NOT shown on transcript
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Important GPA targets = 4.0 for term: President’s List (institutional GPA) > 3.60 for term: Dean’s List (institutional GPA) > 3.20 to advance to BME as a major (institutional and overall GPA) > 3.00 to satisfy the requirements for most scholarships (institutional GPA) > 2.20 to advance to CE, EE, EGD, MSE, or ME as a major (institutional and overall GPA) > 2.0 to remain in Good Academic Standing (institutional GPA) < 1.99 placed on University Warning/Probation (institutional GPA)
GPA Advice It is impossible to raise a GPA significantly in one term, especially in the junior and senior years. The quality points that you will earn in your freshman and sophomore years will set your GPA. In other words, how you begin college is a good predictor of how you will finish. Therefore, you should
• Set good study habits early • Get an academic planner and include class times, study time, due dates, sleep —
everything • Know how to access course syllabi, materials, and notes and READ THEM • ASK for help if needed!
Academic Resources There are many resources available to students to promote academic success such as the following:
• Vulcan Materials Academic Success Center (VMASC) - click here for more information o Supplemental Instruction o Course Tutoring o Academic Coaching
• University Writing Center - click here for more information • Math Learning Lab – click here for more information • Engineering Tutor Center -click here for more information
School of Engineering Laptop Policy Each UAB engineering student must have a laptop with the necessary software installed for each of their classes. Students have access to tech support for their engineering laptops through UAB TechConnect in Room 135 of the Hill Student Center.
TechConnect staff will be available between 9 a.m. and 5 p.m. Monday-Friday, no appointment necessary. Services provided will include installing required engineering software, as well as troubleshooting technical issues with the installation of the software.
Additionally, computers and software are available through UAB TechConnect at discounted prices. Recommended systems by School can be found here.
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Questions about computers or required software may be directed to [email protected] or (205) 934-8333.
Note: Public-use computers in the Sterne Library are now able to connect to School of Engineering’s virtual computer lab. While these computers are available as a convenience, they do not exempt a student from the above laptop requirement.
Things to Know
• Windows-based laptops only. Apple products or computers that use a Linux operating system may not run required engineering software.
• Software will be installed on each student’s laptop, allowing remote access to School of Engineering resources through a virtual private network (VPN).
• IT support will be available through UAB TechConnect in Room 135 of the Hill Student Center.
Academic Advising Academic Advising in the School of Engineering
• Advising is mandatory for all Engineering majors. • Engineering students must have a Registration Access Code (RAC) to register,
drop/add, and withdraw from courses. • RACs change each term, so the RAC you use to register for fall classes will not allow
you to register for spring or summer. • You will meet with your advisor each tem to plan for subsequent terms and receive
your RAC
Your Advisor’s Role Your Role as a Student Communicate: timely and transparently. Listen to your goals & aspirations. Educate you on UAB. Assist you in developing an academic
plan. Advise you on course selection. Support you in your academic success.
Communicate: timely and transparently. Reflect on your needs/goals/aspirations. Observe academic and financial
deadlines. Plan ahead and be proactive. Ask questions. Advocate for yourself.
Preparing for an Academic Advising Appointment with your Advisor Arrive prepared for your advising session:
• Know how you’re doing in the courses you are currently taking • Review the 4-year program of study for your major • Look through the courses being offered for the next term • Develop a proposed schedule to review at your advising meeting
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Engineering Advisors
Pre-Engineering Majors: Last Name A-K
Professor Sabrina Calhoun [email protected]
205.934.8400 Hoehn Engineering Building, Suite 101
Pre-Engineering Majors: Last Names L-Z
Dr. Zoe Dwyer
[email protected] 205.934.8400
Hoehn Engineering Building, Suite 101
Biomedical Engineering Majors (not Pre-BME)
Dr. Andrew Pollard [email protected]
205.996.0165 Hoehn Engineering Building, Suite 361
Scheduling an Academic Advising Appointment
Use the “My Appointment” link on your homepage in BlazerNET to schedule an appointment with your assigned advisor
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A Guide to College Courses Course Numbering
Course numbers Primarily for:000 – 099 Developmental Courses* 100-199 Freshmen Level 200-299 Sophomore Level 300-399 Junior Level 400-499 Senior Level 500 and above Graduate Level
*Developmental courses are counted in attempted hours only. Developmental courses may notapply toward completion of degree requirements and are not counted in the GPA calculation.
Course Load per Semester Register for at least 12 hours to be considered a full-time student Registration for more than 18 hours requires course overload approval—this is NOT a good option for first-term freshmen.
Courses and the Engineering Curriculum
Engineering Degree Requirements All UAB engineering degrees require 128 specified hours as follows:
• 36 of the 128 hours are considered Core Curriculum courseso 6 hours in English Compositiono 9 hours in the Arts and Humanitieso 12 hours in Mathematics and Science (MA 125 Calculus I, PH 221 General
Physics I, PH 222 General Physics II)o 9 hours in History and Social and Behavioral Sciences
• 92 hours specified by your majoro Additional math and science courseso Engineering fundamental courseso Major specific courses
All hours are specified—there are no “free” or elective hours. Please see the 4-year plans for each major on pages 22-34.
Applicable Math Courses The first math courses applicable to any engineering degree are MA 125 Calculus I and subsequently MA 126 Calculus II.
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Math Placement Assessment (MPA) • Students who have no math credit or no math credit above the remedial level who
wish to register for a math course at UAB must take the ALEKS Math Placement Assessment (MPA).
• Students must be admitted to the university before they can access the MPA. • The MPA is provided at no cost to the student. • Engineering majors who have no math credit, no math credit above the remedial level,
or choose not take the Math Placement Assessment must register for MA 098 Basic Algebra.
• Students awaiting alternative credit score reports (i.e. AP, CLEP, AICE, DSST, etc.) should take the MPA and register for the highest math course in which they place. Once scores are submitted, students can adjust their registration accordingly. Alternative credit score reports should be sent to UAB as soon as possible.
• Keep in mind, if you do not complete the Math Placement Assessment, you will be placed in MA 098 Basic Algebra and registration for science courses and timely completion of any science-dependent major will be delayed/impacted.
• Students may take up to three (3) placement assessments (an initial assessment plus up to two additional attempts). However, to make each attempt worthwhile, it is important that you spend time working in your ALEKS Prep and Learning Module in between placement assessments so that you can improve your skills.
For more information click here.
Scores required for placement
Course Description ALEKS score
MA 098 Basic Algebra No score or 0-29
MA 102 Intermediate Algebra 30 - 45
MA 105 Pre-Calculus Algebra 46 - 60
MA 106 Pre-Calculus Trigonometry 61 - 75
MA 107 Calculus Algebra/Trigonometry 61 - 75
MA 110 Finite Mathematics 30 - 45
MA 125 Calculus I 76 – 100 or ACT math sub-score > 29 or SAT math score > 680
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First-Year Experience (FYE) Courses FYE are courses are part of the fundamental Engineering courses and are designed to help students transition from high school to college. FYE Courses for Engineering Majors in the Honors College (HC)
• University Honors Program (UHP) scholar—9 credit hours UHP coursework • Science & Technology Honors (STH) scholar—preregistered as planned by STH advisor • Global Community Leadership Honors (GCLH) scholar • Personalized Pathway scholar with placement into MA 105 Pre-Calculus Algebra or
higher in the pre-calculus/calculus sequence (MPA Scores: 46 or greater): o HC 111 Honors Seminar in Engineering (3 credit hours) and ME 102 Engineering
Graphics-Honors (2 credit hours) o EGR 110 Intro to Engineering I-Honors (1 credit hour) and ME 102 Engineering
Graphics-Honors (2 credit hours)
FYE Courses for Engineering Majors by Math Placement
• MA 105 Pre-Calculus Algebra or higher in the pre-calculus/calculus sequence (MPA Scores: 46 or greater)
o Fall—EGR 110 Introduction to Engineering I (1 credit hour) and ME 102 Engineering Graphics (2 credit hours)
o Spring—EGR 111 Intro to Engineering II (1 credit hour)
• MA 098 Basic Algebra or MA 102 Intermediate Algebra (MPA Scores: 0 to 45 or no score)
o Fall – CAS 112. Success in College (1 credit hour) or o Fall - UASC 101 Exploring UAB (3 credit hours)
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CH 115/116 General Chemistry I and Laboratory: Prerequisites, Registration, and Preparation
CH 115/116 General Chemistry I and Laboratory are required by all engineering majors at UAB.
Prerequisites: In short, students must be eligible to enroll in MA 106 Precalculus Trigonometry or higher in the pre-calculus/calculus sequence.
Preparation: prior to enrollment in CH 115, the student must be able to: • Solve algebraic equations.• Solve problems involving area, volume, speed, average, or percentage.• List the basic metric units for mass, volume, and length.• List the common prefixes used in the metric system with the appropriate numerical
meaning.• List the basic English units for weight, volume, and length.• Convert between English measurements and metric measurements using dimensional
analysis.• List the SI units of measurement.• Determine the number of significant figures in a measurement or in a calculated
value.• Write the numerical value in scientific notation. Use the appropriate rules for
scientific notation to perform calculations.• Use the appropriate rules for rounding-off numbers in all calculations.• Know the formula for the determination of the density of an object from mass and
volume data.• Use the temperature conversion formulas to convert Fahrenheit temperature to
Celsius, and Celsius temperature to Fahrenheit.• Use the method of dimensional analysis along with appropriate conversion factors to
express measurement given in one specific unit to another.• Work basic stoichiometry problems that deal with chemical formulas and balanced
chemical equations.
Registration: When enrolling in and taking CH 115: • Enter the CRNs for CH 115 General Chemistry I and CH 115R General Chemistry I
Recitation [problem solving for CH 115; must be taken the same term] in the sameregistration screen (in different boxes).
• Take CH 116 General Chemistry I Lab during the same semester as CH 115 if possible.• Purchase the textbook early and study early if at all possible.• Meet with the instructor regularly if you have any problems.• Attend Supplemental Instruction (SI), which you will hear about on the first day. Don’t
wait until exam week or after a poor grade. These are FREE help sessions held weekly,led by former students who did well in the course and who sit in lecture with your
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class. The schedule will be posted a week or two prior to the start of each term. Some students say it helps raise the grade by a letter grade. Details here.
• Attend all Recitation meetings and complete the practice problems given. Attendanceis mandatory! Be careful which day/time you select, because you cannot get credit ifthe Recitation group you sign up for doesn’t fit your schedule and you are unable toattend. Working these problems can help you prepare for the exams, and (as noted)your work counts in your lecture class grade. Not participating, or not attending thecorrect section, may make a letter grade difference in your lecture grade!
If you need to hire a tutor, check with the main Chemistry office (CHEM 201).
SAVE YOUR NOTES AND MATERIALS! The final exam in General Chemistry II is comprehensive, covering BOTH SEMESTERS of
General Chemistry.
The Core Curriculum Sometimes called general education courses, the core curriculum is a selection of courses that promote six competencies, which build the foundation for attainment of the Shared Vision for a UAB Graduate:
• Ability to comprehend reading materials and to write• Ability to make aesthetic judgments• Ability to collect and evaluate information• Ability to apply mathematical skills and quantitative reasoning• Ability to reason and evaluate information within a context of the social and
behavioral sciences• Knowledge of contemporary and/or historical issues.
The Core Curriculum as Specified for Engineering Majors • Six (6) hours in English Composition (Core Area I)• Nine (9) hours in the Arts and Humanities (Core Area II)• Twelve (12) hours in Mathematics and Science (MA 125 Calculus I, PH 221 General
Physics I, PH 222 General Physics II) (Core Area III)• Nine (9) hours in History and Social and Behavioral Sciences (Core Area IV)
Core Area II: Humanities and Fine Arts and Core Area IV: Social and Behavioral Sciences as Specified for Engineering Majors A total of 18 semester hours in Core Area II: Humanities and Fine Arts and Core Area IV: Social and Behavioral Sciences are required to fulfill the undergraduate program requirements in every engineering discipline. There are nine (9) credit hours required in each of these two areas. Please note: for Core Area IV, students cannot use more than 6 hours of History. Bolded courses are highly recommended.
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In addition, as part of the common core curriculum, engineering majors must complete a six-semester-hour sequence in a discipline. To be considered a sequence, courses must have the same prefix and must be sequential if possible. (i.e., HY 101 and HY 102 Western Civilization I and II, EH 221 and EH 222 British and Irish Literature I and II, Any introductory foreign language I and II, PY 101 and PY 212 Introduction to Psychology and Developmental Psychology, EC 210 and EC 211 Micro and Macroeconomics)
CORE AREA II: Humanities and Fine Arts (9 semester hours required) • Minimum of 3 hours in literature (prerequisite: EH 102 with a “C” or better) from the
following list: EH 212 Form of Literature, EH 213 Ideas in Literature, EH 216Introduction to Literature; EH 217 World Literature before 1660 (I); EH 218 WorldLiterature since 1660 (II); EH 221 British and Irish Literature; EH 222 British and IrishLiterature; EH 223 American Literature I (1620-1865); EH 224 American Literature II(1865-Present)
• 3 hours in fine arts from the following list: ARH 101 The Experience of Art, ARH 203Survey History of Ancient & Medieval Art, ARH 204 Renaissance through Modern Art,ARH 206 Survey of Asian Art, ARS 280 Creativity & Imagination, MU 120 MusicAppreciation, THR 100 Introduction to the Theatre, THR 102 Introduction to theCinema, THR 105 Introduction to Dance, and THR 200 Plays on Film.
• 3 hours in humanities and/or fine arts (see list below)
Choose courses from the following: AAS 200 Introduction to African American Studies AAS 201 Honors Introduction to African American
Studies ARA 101 Introductory Arabic I ARA 102 Introductory Arabic II ARH 101 The Experience of Art ARH 203 Survey History of Ancient & Medieval Art ARH 204 Renaissance through Modern Art ARH 206 Survey of Asian Art ARS 280 Creativity & Imagination CHI 101 Introductory Chinese I CHI 102 Introductory Chinese II CMST 101 Public Speaking EH 212 Form of Literature EH 213 Ideas in Literature EH 216 Introduction to Literature EH 217 World Literature before 1660 (I) EH 218 World Literature since 1660 (II) EH 221 British and Irish Literature (I) EH 222 British and Irish Literature (II) EH 223 American Literature I (1620-1865) (I) EH 224 American Literature II (1865-Pres) (II) FLL 120 Foreign Cultures FLL 220 Foreign Literatures in English Translations FR 101 Introductory French I FR 102 Introductory French II FR 108 Introduction to Intensive French FR 201 Intermediate French I
FR 202 Intermediate French II GN 101 Introductory to German I GN 102 Introductory to German II GN 201 Intermediate German I GN 202 Intermediate German II GN 204 Readings in German Literature ITL 101 Introductory Italian I ITL 102 Introductory Italian II JPA 101 Introductory Japanese I JPA 102 Introductory Japanese II LA 101 Introductory Latin I LA 102 Introductory Latin II MU 120 Music Appreciation PHL 100 Introduction to Philosophy PHL 115 Contemporary Moral Issues PHL 116 Bioethics PHL 120 Practical Reasoning PHL 125 Introduction to Ethics PHL 203 Philosophy of Religion SPA 101 Introductory Spanish I SPA 102 Introductory Spanish II SPA 108 Introduction to Intensive Spanish SPA 201 Intermediate Spanish I SPA 202 Intermediate Spanish II THR 100 Introduction to the Theatre THR 102 Introduction to the Cinema THR 105 Introduction to Dance THR 200 Plays on Film
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CORE AREA IV: History, Social, and Behavioral Sciences (9 semester hours required)
• Minimum of three (3) hours in history (maximum hours allowed in history is 6) from thefollowing list: HY101 Western Civilization I, HY102 Western Civilization II, HY 104World History to 1600 (I), HY 105 World History Since 1600 (II), HY 106 World Historyand Technology I, HY 107 World History and Technology II, HY120 The United States to1877 (I), and HY121 The United States since 1877 (II)
• 6 hours in other disciplines in the social and behavioral sciences (see list below)
Choose courses from the following: ANTH 101 Introductory Cultural Anthropology ANTH 106 Introductory Archaeology ANTH 120 Language and Culture CMST 105 Introduction to Human
Communication DCS 101 Media and Society EC 210 Principle of Microeconomics EC 211 Principles of Macroeconomics GEO 121 World Regional Geography HY 101 Western Civilization I HY 102 Western Civilization II HY 104 World History to 1600 (I) HY 105 World History Since 1600 (II) HY 106 World History and Technology I HY 107 World History and Technology II HY 120 The United States to 1877 (I)
HY 121 The United States since 1877 (II) ITS 101 Introduction to International
Studies (not offered frequently) PSC 101 Foundations of American
Government PSC 102 Foundations of Comparative Politics PSC 103 Foundations of International
Relations PSC 221 American State & Local
Government PY 101 Introduction to Psychology PY 201 Honors Introduction to Psychology PY 212 Developmental Psychology SOC 100 Introduction to Sociology SOC 245 Contemporary Social Problems WS 100 Introduction to Women’s Studies
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First-term Schedules Based on Math Placement First-term courses
• Are based on your math placement• Include a math and FYE course• May include an English and/or science course
First-Term Courses Based on Math Placement in MA 098 Basic Algebra Subject Course Possibilities: MPA Scores 0 to 29 Hours Math MA 098 Basic Algebra 3
English EH 101 English Composition (or EH 106/096L Introduction to Freshman Writing I or EH 108 English Composition I SLW)
3 (or 6 or 3)
FYE* UASC 101 Exploring UAB 3 Core Core II Fine Arts Course 3
Total Hours 12
First-Term Courses Based on Math Placement in MA 102 Intermediate Algebra Subject Course Possibilities: MPA Scores 30 to 45 Hours Math MA 102 Intermediate Algebra 3
English EH 101 English Composition (or EH 106/096L Introduction to Freshman Writing I or EH 108 English Composition I SLW)
3 (or 6 or 3)
FYE* UASC* 101 Exploring UAB 3 Core Core II Fine Arts Course 3 Total Hours 12
First-Term Courses Based on Math Placement in MA 105 Pre-Calculus Algebra Subject Course Possibilities: MPA Scores 46 to 60 Hours Math MA 105 Pre-Calculus Algebra 3 English EH 101 English Composition (or EH 106/096L Introduction to
Freshman Writing I or EH 108 English Composition I SLW) 3 (or 6 or 3)
FYE** EGR 110 Introduction to Engineering I 1 Engineering ME 102 Engineering Graphics 2 Core Core II Fine Arts Course 3
Total Hours 12
First-Term Courses Based on Math Placement in MA 106 Pre-Calculus Trigonometry and MA 107 Pre-Calculus Algebra and Trigonometry Subject Course Possibilities: MPA Scores 61 to 75 Hours
Math MA 106 Pre-Calculus Trigonometry OR MA 107 Pre-Calculus Algebra and Trigonometry
3 OR 4
English EH 101 English Composition (or EH 106/096L Introduction to Freshman Writing I or EH 108 English Composition I SLW)
3 (or 6 or 3)
FYE** EGR 110 Introduction to Engineering I 1 Engineering ME 102 Engineering Graphics 2 Science CH 115/116 General Chemistry I and Laboratory 4
Total Hours 13/14
20 | P a g e
First-Term Courses Based on Math Placement in MA 125 Calculus Subject Course Possibilities: MPA Scores 76 to 100; ACT math sub-score > 29
or SAT math score > 680 Hours
Math MA 125 Calculus I 4
English EH 101 English Composition (or EH 106/096L Introduction to Freshman Writing I or EH 108 English Composition I SLW)
3 (or 6 or 3)
FYE** EGR 110 Introduction to Engineering I 1 Engineering ME 102 Engineering Graphics 2 Science CH 115/116 General Chemistry I and Laboratory 4
Total Hours 14
Alternative Credit Opportunities In some instances academic credit may be awarded for work done in a format other than a college course. Credits earned in this way are recorded on the transcript with a grade of P. Such credits may not be used in repeating a course and may not be awarded for work equivalent to a course that is a prerequisite to a course already taken for credit. No more than 45 semester hours of alternative credit may be applied toward a degree. Click here for more information.
Advanced Placement (AP) AP Grade Reports for students that took exam(s) are sent in July to the student, the student’s high school, and the college(s) the student selected on their exam answer sheet. If you did not send your scores to UAB, please notify The College Board and send your results to UAB. Click here for more information.
The amount of credit awarded and the examination score required are stated in the current policy. To determine which tests are eligible for UAB credit please see the Advanced Placement Credit Table. Click here to access the table.
International Baccalaureate Credit (IB) To receive IB credit as a freshman or transfer student, use IB’s Candidate Results Service to request a transcript be sent to UAB. Credit will be posted to your transcript after your IB scores have been evaluated and the drop/add date has passed. Click here for more information.
Academic credit may be awarded for qualifying scores on IB standard-level and higher-level examinations. To determine which tests are eligible for UAB credit please see the International Baccalaureate Credit Table. Click here to access the table.
College Level Examination Program (CLEP) The CLEP General Examination must be taken before 15 semester hours of college work have been completed. The subject-area examinations are assigned credit as listed in the UAB CLEP Policy statement. For more information on CLEP testing schedules, fees and study guide information, please contact the UAB Testing Office: http://www.uab.edu/testing or (205) 934-5503. To determine which tests are eligible for UAB credit please see the College LevelExamination Program Credit Table. Click here to access the table.
21 | P a g e
Extracurricular Courses Band
• MUP 232 Marching Band (1 credit hour) o Usually requires additional music performance courses in private lessons
Choir • MUP 110 Gospel Choir (1 credit hour) • MUP 220 Concert Choir (1 credit hour)
ROTC • MS 101 Military Leadership (2 credit hour) and MS 101L Leadership Lab (0 credit hour) • AFS 101 Air Force Today (1 credit hour) and ASP 101L Leadership Lab (0 credit hour)
NOTE: One-and two-hour Band, Choir, and ROTC courses can require a significant time commitment.
22 | P a g e
Four-Year Programs of Study
Term
s O
ffere
dCo
urse
Cour
se T
itle
Hrs
.Te
rms
Offe
red
Cour
seCo
urse
Titl
eH
rs.
F, S
p, S
uCH
115
/R/1
16G
ener
al C
hem
istry
I/La
b4
F, S
p, S
uBY
123
/LIn
trod
ucto
ry B
iolo
gy I/
Lab
4F
EGR
1101
Intr
oduc
tion
to E
ngin
eerin
g I
1F,
Sp,
Su
CH 1
17/R
/118
Gen
eral
Che
mist
ry II
/Lab
4F,
Sp,
Su
EH 1
01En
glish
Com
posit
ion
I3
SpEG
R 11
11In
trod
uctio
n to
Eng
inee
ring
II1
F, S
p, S
uM
A 12
5Ca
lcul
us I
4F,
Sp,
Su
EH 1
02En
glish
Com
posit
ion
II3
F, S
p, S
uM
E 10
2En
gine
erin
g G
raph
ics
2F,
Sp,
Su
MA
126
Calc
ulus
II4
1416
F, S
p, S
uBY
210
Gen
etic
s3
SpBM
E 21
0En
gine
erin
g in
Bio
logy
3F,
Sp
EGR
2652
Mat
h To
ols
for E
ngin
eerin
g Pr
oble
m S
olvi
ng4
F, S
p, S
uCE
210
Stat
ics
3F,
Sp,
Su
PH 2
21/R
/LG
ener
al P
hysic
s I/L
ab4
F, S
p, S
uEE
312
Elec
tric
al S
yste
ms
3F,
Sp
MA
260
Intr
oduc
tion
to L
inea
r Alg
ebra
3F,
Sp,
Su
EGR
150
Com
pute
r Met
hods
in E
ngin
eerin
g3
F, S
p, S
uM
SE 2
80En
gine
erin
g M
ater
ials
3F,
Sp,
Su
PH 2
22/R
/LG
ener
al P
hysic
s II/
Lab
417
16
FBM
E 31
0Bi
omat
eria
ls3
SpBM
E 33
3Bi
omec
hani
cs o
f Sol
ids
3F
BME
312
Bioc
ompu
ting
3Sp
BME
340
Bioi
mag
ing
3F
BME
313
Bioi
nstr
umen
tatio
n3
SpBM
E 35
0Bi
olog
ical
Tra
nspo
rt P
heno
men
a3
F, S
uBY
409
/LPr
inci
ples
of H
uman
Phy
siolo
gy/L
ab4
SpBM
E 42
3Li
ving
Sys
tem
s An
alys
is3
F, S
p, S
uM
E 21
5/R
Dyna
mic
s3
F, S
p, S
uH
FA/S
BS4
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
HFA
/SBS
4Ar
ea II
/IV C
ore
Curr
icul
um3
1618
FBM
E 49
8Ca
psto
ne D
esig
n I
3Sp
BME
499
Caps
tone
Des
ign
II3
F, S
pBM
E 4X
XBi
omed
ical
Eng
inee
ring
Elec
tive
3F,
Sp
BME
4XX
Biom
edic
al E
ngin
eerin
g El
ectiv
e3
F, S
pBM
E 40
15Bi
omed
ical
Eng
inee
ring
Sem
inar
1F,
Sp,
Su
HFA
/SBS
4Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uEl
ectiv
e2,3
MA/
SCI/E
GR/
BME
Elec
tive
3F,
Sp,
Su
HFA
/SBS
4Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uEl
ectiv
e3M
A/SC
I/EG
R/BM
E El
ectiv
e3
F, S
p, S
uH
FA/S
BS4
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
HFA
/SBS
4Ar
ea II
/IV C
ore
Curr
icul
um3 16
15 Rev
5.20
3 St
uden
ts u
sing
this
curr
icul
um a
s a
pre-
heal
th p
rofe
ssio
nal p
rogr
am (p
re-m
ed, p
re-d
enta
l or p
re-o
ptom
etry
) may
use
CH
235
, CH
237
, or C
H 4
60 fo
r thi
s el
ectiv
e
1 Tr
ansf
er s
tude
nts
subs
titut
e EG
R 20
0 (2
hrs)
for E
GR
110/
111
2 M
ay s
ubst
itute
MA
227
and
MA
252
for E
GR
265
and
one
MA/
SCI/
EGR/
BME
elec
tive
4 Pl
ease
refe
r to
the
Core
Cur
ricul
um a
s sp
ecifi
ed fo
r eng
inee
ring
maj
ors
5 M
ay b
e ta
ken
any
sem
este
r
Tota
l Cre
dits
Tota
l Cre
dits
:
Junior SeniorSophomore
Tota
l Cre
dits
Tota
l Cre
dits
:
Tota
l Cre
dits
:To
tal C
redi
ts
Tota
l Cre
dits
Prog
ram
of S
tudy
— C
atal
og Y
ear 2
020-
2021
BIO
MED
ICAL
EN
GIN
EERI
NG
(BM
E)
Fall
Sem
este
rSp
ring
Sem
este
r
Freshman
Tota
l Cre
dits
:
EH10
1En
glis
hCom
posi
tion
I (3)
EH10
2En
glis
hC
ompo
sitio
n
II (3)
BME
210
Engi
neer
ing
in
Biol
ogy
(3)
BME
498
Cap
ston
e D
esig
n I.
Pr
od.D
evel
opm
ent
(3)
MA
125
Cal
culu
sI
(4)
EGR
265
Mat
h To
ols
for
Eng.
Prob
lem
Solv
ing
(4
)
PH22
1G
ener
al P
hysi
cs I
(4
)
CH
115/
116
Gen
eral
Che
mis
tryI
(4)
CH
117/
118
Gen
eral
Che
mis
try II
(4
)
PH22
2G
ener
alPh
ysic
sII
(4)
EE31
2El
ectri
calS
yste
ms
(3
)
EGR
110
Intro
duct
iont
o
Engi
neer
ing
I (1
)
EGR
150
Com
pute
rMet
hods
in
Engi
neer
ing
(3)
ME
102
Engi
neer
ing
G
raph
ics(
2)
CE
210
Stat
ics
(3
)
BME
350
Biol
ogic
alTr
ansp
ort
Phen
omen
a(3
)
BME
310
Biom
ater
ials
(3
)
BME
312
Bioc
ompu
ting
(3
)
BME
340
Bioi
mag
ing
(3
)
BME
313
Bioi
nstru
men
tatio
n
(3)
MA/
SCI/E
GR
/BM
EEl
ectiv
e
(3)
BME
401
Sem
inar
(1
)
BME
423
Livi
ngSy
stem
s
Anal
ysis
(3)
ME
215
Dyn
amic
s(3
)
BME
333
Biom
echa
nics
of
Solid
s(3
)
MA/
SCI/E
GR
/BM
EEl
ectiv
e
(3)
BME4
99C
apst
one
Des
ign
II
(3)
BME
4xx
Elec
tive
(3
)
MA1
26C
alcu
lusI
I (4
)
MSE
280
Engi
neer
ing
M
ater
ials
(3)
Fall
1s
tYea
rSp
ring
1s
tYea
rFa
ll
2nd
Year
Sprin
g
2nd
Year
Fall
3r
dYe
arSp
ring
3r
dYe
arFa
ll
4th
Year
Sprin
g
4th
Year
Gen
eral
Educ
atio
n
Cou
rse
(Cre
ditH
ours
)
Mat
h / B
asic
Scie
nce
C
ours
e(C
redi
tHou
rs)
Gen
eral
Engi
neer
ing
C
ours
e(C
redi
tHou
rs)
BME
Cou
rse(
Cre
dit
Hou
rs)
MA/
SCI/E
GR
/BM
EEl
ectiv
e
(Cre
ditH
ours
)
EGR
111
Intro
duct
ion
toEn
gine
erin
g II
(1)
BY21
0G
enet
ics
(3
)
HFA
/SBS
(3)
BY40
9Pr
inci
ples
of H
uman
Ph
ysio
logy
(4)
BY12
3In
trodu
ctor
yBio
logy
(4
)
MA2
60In
trodu
ctio
n to
Line
arAl
gebr
a
(3)
BME
4xx
Elec
tive
(3
)
ME
102
Prer
equi
site
Core
quisi
teCo
nnec
tion
Cros
sing
B.S.
Bio
med
ical
Eng
inee
ring
Prer
equi
site
Flow
char
t
(C)
(C)
(C)
(C)
(C)
(C)
(C)
(C)
(C)
(C)(C
)
(C)
ME
215HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
(C) (C)
(C)
(C)
Rev
5.2
0
Term
s O
ffer
edCo
urse
Cour
se T
itle
Hrs
.Te
rms
Off
ered
Cour
seCo
urse
Titl
eH
rs.
F, S
p, S
uCH
115
/R/1
16G
ener
al C
hem
istry
I an
d La
b4
F, S
p, S
uPH
221
/R/L
Gen
eral
Phy
sics
I and
Lab
4F
EGR
1101
Intr
oduc
tion
to E
ngin
eerin
g I
1F,
Sp,
Su
CH 1
17/R
/118
Gen
eral
Che
mist
ry II
and
Lab
4
F, S
p, S
uEH
101
Engl
ish C
ompo
sitio
n I
3Sp
EGR
1111
Intr
oduc
tion
to E
ngin
eerin
g II
1F,
Sp,
Su
MA
125
Calc
ulus
I4
F, S
p, S
uEH
102
Engl
ish C
ompo
sitio
n II
3F,
Sp,
Su
ME
102
Engi
neer
ing
Gra
phic
s2
F, S
p, S
uM
A 12
6Ca
lcul
us II
414
16
F, S
p, S
uCE
210
Stat
ics
3Sp
CE 2
00En
gine
erin
g G
eolo
gy2
F, S
p, S
uPH
222
/R/L
Gen
eral
Phy
sics
II an
d La
b4
F, S
pCE
220
Mec
hani
cs o
f Sol
ids
3F,
Sp
EGR
2652
Mat
h To
ols
for E
ngin
eerin
g Pr
oble
m S
olvi
ng4
F, S
p, S
uCE
221
Mec
hani
cs o
f Sol
ids
Lab
1F,
Sp,
Su
EGR
150
Com
pute
r Met
hods
in E
ngin
eerin
g3
SpCE
236
/LEn
viro
nmen
tal E
ngin
eerin
g an
d La
b3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
ME
215/
RDy
nam
ics
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
1715
FCE
230
/LPl
ane
Surv
eyin
g an
d La
b3
F, S
pCE
222
Mat
eria
ls La
b1
FCE
332
/LSo
ils E
ngin
eerin
g an
d La
b4
SpCE
345
Tran
spor
tatio
n En
gine
erin
g3
FCE
337
Hyd
raul
ics
3Sp
,Su
CE 3
60St
ruct
ural
Ana
lysis
3F
CE 3
44Ci
vil E
ngin
eerin
g An
alys
is3
SpCE
395
Engi
neer
ing
Econ
omic
s3
F, S
pM
E 25
1In
trod
uctio
n to
The
rmal
Sci
ence
s2
SpCE
430
Wat
er S
uppl
y &
Dra
inag
e De
sign
3F
CE 3
714
Prof
essio
nal P
repa
ratio
n2
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
317
16
FCE
455
Rein
forc
ed C
oncr
ete
Desig
n3
SpCE
426
Foun
datio
n En
gine
erin
g3
FCE
497
Cons
truc
tion
Engi
neer
ing
Man
agem
ent
3Sp
CE 4
50St
ruct
ural
Ste
el D
esig
n3
F, S
p, S
uCE
4XX
2Ci
vil E
ngin
eerin
g El
ectiv
e (4
00 L
evel
)3
F, S
pCE
498
/499
Caps
tone
Des
ign
Proj
ect a
nd L
ab3
F, S
p, S
uCE
4XX
Civi
l Eng
inee
ring
Elec
tive
(400
Lev
el)
3F,
Sp,
Su
CE 4
XXCi
vil E
ngin
eerin
g El
ectiv
e (4
00 L
evel
)3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3 1815
2 M
ay s
ubst
itute
MA
227
and
MA
252
for E
GR
265
and
one
CE e
lect
ive
3 Plea
se re
fer t
o th
e Co
re C
urric
ulum
as
spec
ified
for e
ngin
eerin
g m
ajor
s4
or B
US
350
Rev
5.20
1 Tr
ansf
er s
tude
nts
subs
titut
e EG
R 20
0 (2
hrs)
for E
GR
110/
111
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
Senior
Tota
l Cre
dits
Tota
l Cre
dits
Freshman Sophomore Junior
Prog
ram
of S
tudy
— C
atal
og Y
ear 2
020-
2021
CIVI
L EN
GIN
EERI
NG
(CE)
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
Fall
Sem
este
rSp
ring
Sem
este
r
(c)
ME
102(
2)En
g.Gr
aphi
cs
EH 1
01(3
)En
g. C
omp
I
PH 2
22/L
(4)
Phys
ics
II
CH 1
17/1
18(4
)G
en C
hem
II
ME
215(
3)Dy
nam
ics
EGR
150(
3)Co
mp
Met
hods
EGR
111(
1)In
tro
to E
ng.I
IEG
R 26
5(4)
Mat
hTo
olsf
or
Eng
Prob
Solv
ing
EGR
110(
1)In
tro
to E
ng.I
CH 1
15/1
16(4
)Ge
n Ch
emI
Engi
neer
ing
Core
Mat
h &
Sc
ienc
eCor
eCE
Maj
or
Requ
irem
ents
Arts
/Hum
aniti
es
Soci
alSc
ienc
es
HFA/
SBS
(3)
CE 2
20(3
)M
ech.
Solid
s
CE 2
21(1
)So
lidsL
ab
HFA/
SBS
(3)
CE 3
44(3
)CE
Anal
ysis
CE 3
32/L
(4)
Soils
Eng
. &La
b
CE 3
37(3
)Hy
drau
lics
HFA/
SBS
(3)
CE 2
22(1
)M
ater
ials
Lab
CE 3
45(3
)Tr
ansp
orta
tion
HFA/
SBS
(3)
CE 4
55(3
)Re
inf.
Conc
.CE
450
(3)
Stee
lDes
ign
CE 4
97(3
)En
g.Co
nstr
.
CE 4
26(3
)Fo
unda
tionE
ng.
CE 4
XX(3
)CE
Elec
tive
CE 4
XX(3
)CE
Elec
tive
CE 3
71(2
)Pr
ofes
siona
l Pr
epar
atio
n
HFA/
SBS
(3)
CE 4
98/4
99 (3
)Se
nior
Desig
n
HFA/
SBS
(3)
MA
125(
4)Ca
lcul
usI
CE 2
10(3
)St
atic
sM
A 12
6(4)
Calc
ulus
II
CE 2
00(2
)En
g.Ge
olog
y
EH 1
02(3
)En
gCo
mp
II
CE 3
60(3
)St
ruct
ural
Anal
.
CE 2
36/L
(3)
Envi
ron.
Eng.
CE 3
95(3
)En
g.Ec
onom
ics
Pre-
Req
for
Seni
orDe
sign
Co-R
eqfo
r Se
nior
Desig
nKe
y:
PH 2
21/L
(4)
Phys
ics
I
CE 2
30/L
(3)
Surv
eyin
g
Fall
2nd
Year
Pre-
Req
Co-R
eq
ME
251(
2)Th
erm
o.Sc
i.
EGR1
11
(PH
221)
Pre-
Req
Co-R
eq (m
aybe
ta
ken
prio
r or
conc
urre
ntly
)
(c)
(c) (P
H22
1)
CE 4
30(3
)W
ater
Supp
ly
CE 4
XX(3
)CE
Elec
tive
(c)
(c)
B.S.
Civ
il En
gine
erin
g Pr
ereq
uisit
e Fl
owch
art
Sprin
g1s
t Yea
rFa
ll1s
t Yea
rSp
ring
2nd
Year
Fall
3rd
Year
Sprin
g3r
d Ye
arFa
ll4t
h Ye
arSp
ring
4th
Year
Rev
5.20
Term
s O
ffer
edCo
urse
Cour
se T
itle
Hrs
.Te
rms
Off
ered
Cour
seCo
urse
Titl
eH
rs.
F, S
p, S
uCH
115
/R/1
16G
ener
al C
hem
istr
y I /
Lab
4F,
Sp
EE 2
10D
igita
l Log
ic3
FEG
R 11
01In
trod
uctio
n to
Eng
inee
ring
I1
SpEG
R 11
11In
trod
uctio
n to
Eng
inee
ring
II1
F, S
p, S
uEH
101
Engl
ish
Com
posi
tion
I3
F, S
p, S
uEH
102
Engl
ish
Com
posi
tion
II3
F, S
p, S
uM
A 12
5Ca
lcul
us I
4F,
Sp,
Su
MA
126
Calc
ulus
II4
F, S
p, S
uM
E 10
2En
gine
erin
g G
raph
ics
2F,
Sp,
Su
PH 2
21/R
/LG
ener
al P
hysi
cs I
and
Lab
4F,
Sp,
Su
EGR
150
Com
pute
r Met
hods
in E
ngin
eerin
g3
Tota
l Cre
dits
:14
Tota
l Cre
dits
:18
F, S
pEE
314
/REl
ectr
ical
Circ
uits
3F,
Sp
EE 2
33En
gine
erin
g Pr
ogra
mm
ing
Met
hods
3F,
Sp
EGR
2652
Mat
h To
ols
for E
ngin
eerin
g Pr
oble
m S
olvi
ng4
F, S
pEE
316
/LEl
ectr
ical
Net
wor
ks4
F, S
p, S
uCE
210
Stat
ics
3F,
Sp
EE 3
00En
gine
erin
g Pr
oble
m S
olvi
ng II
3F,
Sp,
Su
PH 2
22/R
/LG
ener
al P
hysi
cs II
and
Lab
4F,
Sp
ME
251
Intr
oduc
tion
to T
herm
al S
cien
ces
2F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3To
tal C
redi
ts:
17To
tal C
redi
ts:
15
F, S
pEE
318
Met
hods
of S
yste
m A
naly
sis
3Sp
EE 2
542
Appl
ied
Num
eric
al M
etho
ds3
F, S
pEE
333
Engi
neer
ing
Prog
ram
min
g us
ing
Obj
ects
3F,
Sp
EE 3
37/L
Intr
oduc
tion
to M
icro
proc
esso
rs4
FEE
351
/LEl
ectr
onic
s4
SpEE
361
/LM
achi
nery
I4
FEE
485
Engi
neer
ing
Ope
ratio
ns3
F, S
pEE
341
Elec
trom
agne
tics
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3To
tal C
redi
ts:
16To
tal C
redi
ts:
17
FEE
426
Cont
rol S
yste
ms
3Sp
EE 4
21Co
mm
unic
atio
n Sy
stem
s3
F, S
pEE
498
Team
Des
ign
Proj
ect I
3Sp
EE 4
31An
alog
Inte
grat
ed E
lect
roni
cs4
F, S
p, S
uEE
4XX
Elec
tric
al E
ngin
eerin
g El
ectiv
e3
F, S
pEE
499
Team
Des
ign
Proj
ect I
I3
F, S
p, S
uEE
4XX
Elec
tric
al E
ngin
eerin
g El
ectiv
e3
F, S
p, S
uEE
4XX
Elec
tric
al E
ngin
eerin
g El
ectiv
e3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um
3To
tal C
redi
ts:
15To
tal C
redi
ts:
16
2 M
ay s
ubst
itute
MA
227
and
MA
252
for E
GR
265
EGR
and
EE 2
54
3 Pl
ease
refe
r to
the
Core
Cur
ricul
um a
s sp
ecifi
ed fo
r eng
inee
ring
maj
ors
Rev
5.20
1 Tr
ansf
er s
tude
nts
may
sub
stitu
te E
GR
200
(2hr
s) fo
r EG
R 11
0/11
1
Senior
ELEC
TRIC
AL E
NG
INEE
RIN
G (E
E)
Fall
Sem
este
rSp
ring
Sem
este
r
Freshman Sophomore Junior
Prog
ram
of S
tudy
— C
atal
og Y
ear 2
020-
2021
(C)
(C)
EGR
111
MBS
Prer
eq.
EGR
Prer
eq.
EE 4
31An
alog
Inte
grat
ed
Elec
troni
cs(4
)
CH
116
Gen
Che
mI L
ab(1
)
EH 1
01En
glis
h C
omp.
I(3
)
EH 1
02En
glis
h C
omp.
II(3
)H
FA/S
BS(3
)H
FA/S
BS(3
)H
FA/S
BS(3
)H
FA/S
BS(3
)
MA
125
Cal
culu
s I
(4)
EGR
265
MA
Tool
s fo
r EG
R
Prob
. Sol
ving
(4)
PH 2
22G
en P
hysi
cs II
(4)
CH
115
Gen
Che
mis
try I
(3)
CE
210
Stat
ics
(3)
EE30
0En
gr.P
robl
em
Solv
ing
II(3
)
ME
251
Intro
to T
herm
al S
ci.
(2)
EGR
110
Intro
to E
GR
I(1
)
EGR
150
Com
p. M
eth.
for
EGR
(3)
ME
102
EGR
Gra
phic
s(2
)
EE 3
16El
ectri
calN
etw
orks
(4)
EE25
4Ap
plie
d N
umer
ical
M
etho
ds(3
)
EE 3
33En
gr. P
rogr
amm
ing
Usi
ng O
bjec
ts(3
)
EE 4
26C
ontro
lSys
tem
s(3
)
EE 4
98Te
am D
esig
n Pr
ojec
tI(3
)
EE 4
XXEE
Dep
th C
ours
e(3
)
EE 3
51El
ectro
nics
(4)
EE34
1El
ectro
mag
netic
s(3
)
EE 4
21C
omm
unic
atio
n Sy
stem
s(3
)
EE 2
33En
gr. P
rogr
amm
ing
Met
hods
(3)
EE 4
99Te
amD
esig
n Pr
ojec
t II
(3)
B.S.
Ele
ctric
al E
ngin
eerin
g Pr
ereq
uisi
te F
low
char
t
EE 4
XXEE
Dep
th C
ours
e(3
)
EE 3
51
MA
126
Cal
culu
s II
(4)
PH 2
21G
en P
hysi
cs I
(4)
EE 4
85En
gine
erin
g O
pera
tions
(3)
EE 4
XXEE
Dep
th C
ours
e(3
)
Vario
usPr
ereq
.
Fall
1st Y
ear
Sprin
g1s
t Yea
rFa
ll2n
d Ye
arSp
ring
2nd
Year
Fall
3rd
Year
Sprin
g3r
d Ye
arFa
ll4t
h Ye
arSp
ring
4th
Year
Gen
eral
Edu
catio
n C
ours
e(C
redi
t Hou
rs)
Gen
. Ed.
Prer
eq.
Mat
h&
Basi
c Sc
i. C
ours
e(C
redi
tHou
rs)
Gen
eral
EG
R
Cou
rse
(Cre
dit H
ours
)
Elec
trica
l EG
R
Cou
rse
(Cre
dit H
ours
)
EE
Prer
eq.
(C):
Cor
equi
site
Key
EGR
111
Intro
to E
GR
II(1
)
EE21
0D
igita
l Log
ic(3
)
EE 3
14El
ectri
calC
ircui
ts(3
)
EE 3
37In
tro.t
o M
icro
proc
esso
rs(4
)
EE36
1M
achi
nery
I(4
)
HFA
/SBS
(3)
EGR
265
(C)
HFA
/SBS
(3)
EE 3
18M
etho
ds o
f Sys
tem
An
alys
is(3
)
EE 3
18, E
E 33
7EE
351
(C),
EE 4
85(C
)EE
333
(C),
EE 3
41(C
), EE
361
(C),E
E 42
1(C
), EE
426
(C),
EE 4
31(C
)
MA
125(
C)
Rev
5.2
0
Term
s O
ffer
edCo
urse
Cour
se T
itle
Hrs
.Te
rms
Off
ered
Cour
seCo
urse
Titl
eH
rs.
FEG
R 11
01In
trod
uctio
n to
Eng
inee
ring
I1
SpEG
R 11
11In
trod
uctio
n to
Eng
inee
ring
II1
F, S
p, S
uEH
101
Engl
ish C
ompo
sitio
n I
3F,
Sp
EGR
117
Engr
Des
ign
& In
nova
tion
I: De
sign
Thin
king
3F,
Sp,
Su
MA
125
Calc
ulus
I4
F, S
p, S
uCH
117
/R/1
18G
ener
al C
hem
istry
II/L
ab4
F, S
p, S
uCH
115
/R/1
16G
ener
al C
hem
istry
I/La
b4
F, S
p, S
uM
A 12
6Ca
lcul
us II
4F,
Sp,
Su
ME
102
Engi
neer
ing
Gra
phic
s2
F, S
p, S
uPH
221
/R/L
Gen
eral
Phy
sics
I and
Lab
414
16
F, S
p, S
uCE
210
Stat
ics
3F,
Sp,
Su
ME
215/
RDy
nam
ics
3F,
Sp
EGR
2652
Mat
h To
ols
for E
ngin
eerin
g Pr
oble
m S
olvi
ng4
F, S
pCE
220
Mec
hani
cs o
f Sol
ids
3F,
Sp
EGR
217
Engr
Des
ign
& In
nova
tion
II: P
roto
typi
ng3
F, S
p, S
uPH
222
/R/L
Gen
eral
Phy
sics
II an
d La
b4
F, S
p, S
uEG
R 15
0Co
mpu
ter M
etho
ds in
Eng
inee
ring
3F,
Sp
MA
260
Intr
o to
Lin
ear A
lgeb
ra3
F, S
p, S
uEH
102
Engl
ish C
ompo
sitio
n II
3F,
Sp,
Su
HFA
/SBS
3Ar
ea I
I/IV
Core
Cur
ricul
um3
1616
F, S
p, S
uEE
312
or 3
14/R
Elec
tric
al S
yste
ms
or E
lect
rical
Circ
uits
3F,
Sp,
Su
ENG
R EL
ECT5,
6BM
E/CE
/EE/
EGR/
ME/
MSE
Cou
rse
3F,
Sp,
Su
MSE
280
Engi
neer
ing
Mat
eria
ls3
F, S
p, S
uEN
GR
ELEC
T5,6
BME/
CE/E
E/EG
R/M
E/M
SE C
ours
e3
FEG
R 31
7En
gr D
esig
n &
Inno
vatio
n III
: Pro
ject
Lab
3F,
Sp,
Su
ELEC
/CER
T4El
ectiv
e/Ce
rtifi
cate
Cou
rse
3F,
Sp,
Su
MA/
SCI2
Mat
h/Sc
ienc
e El
ectiv
e3
F, S
p, S
uH
FA/S
BS3
Area
II/I
V Co
re C
urric
ulum
3F,
Sp,
Su
ELEC
/CER
T4El
ectiv
e/Ce
rtifi
cate
Cou
rse
3F,
Sp,
Su
HFA
/SBS
3Ar
ea I
I/IV
Core
Cur
ricul
um3
F, S
p, S
uEN
GR
ELEC
T5,6
BME/
CE/E
E/EG
R/M
E/M
SE C
ours
e3 18
15
F, S
p, S
uEN
GR
ELEC
T5,6
BME/
CE/E
E/EG
R/M
E/M
SE C
ours
e3
F, S
p, S
uEN
GR
ELEC
T5,6
BME/
CE/E
E/EG
R/M
E/M
SE C
ours
e3
F, S
p, S
uEN
GR
ELEC
T5,6
BME/
CE/E
E/EG
R/M
E/M
SE C
ours
e3
F, S
p, S
uEL
EC/C
ERT4
Elec
tive/
Cert
ifica
te C
ours
e3
F, S
p, S
uEL
EC/C
ERT4
Elec
tive/
Cert
ifica
te C
ours
e3
F, S
p, S
uEL
EC/C
ERT4
Elec
tive/
Cert
ifica
te C
ours
e3
FEG
R 49
8Ca
psto
ne D
esig
n I
3SP
EGR
499
Caps
tone
Des
ign
II3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3 1815
1 T
rans
fer s
tude
nts
subs
titut
e EG
R 20
0 (2
hrs)
for E
GR
110/
111
2 M
ay s
ubst
itute
MA
227
and
MA
252
for E
GR
265
and
one
appr
oved
sci
ence
or m
athe
mat
ics
elec
tive
3 Pl
ease
refe
r to
the
Core
Cur
ricul
um a
s sp
ecifi
ed fo
r Eng
inee
ring
maj
ors
4 Co
uld
be u
sed
to c
ompl
ete
an a
dditi
onal
min
or o
r cer
tific
ate
5 Th
e fo
llow
ing
cour
ses
do n
ot fu
lfill
this
requ
irem
ent:
CE 2
00, C
E 34
4, E
E 25
4, E
E 30
0, E
E 31
8, E
E 48
5, M
E 36
4
6 M
ust i
nclu
de c
ours
es to
com
plet
e th
e ch
osen
eni
gnee
ring
min
orRe
v 5.
20
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
Prog
ram
of S
tudy
— C
atal
og Y
ear 2
020-
2021
Senior
Tota
l Cre
dits
Tota
l Cre
dits
ENG
INEE
RIN
G D
ESIG
N (E
GD)
Junior
Sprin
g Se
mes
ter
Fall
Sem
este
r
Tota
l Cre
dits
Tota
l Cre
dits
Freshman Sophomore
Tota
l Cre
dits
(C)
EGR
111
(C)
CH
116
Gen
Che
mI L
ab(1
)
EH 1
01En
glis
h C
omp.
I(3
)
EH 1
02En
glis
h C
omp.
II(3
)H
FA/S
BS(3
)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
MA
125
Cal
culu
s I
(4)
EGR
265
MA
Tool
s fo
r EG
R
Prob
. Sol
ving
(4)
PH 2
22G
en P
hysi
cs II
(4)
CH
115
Gen
Che
mis
try I
(3)
CE
210
Stat
ics
(3)
CE
220
Mec
hani
cs o
f Sol
ids
(3)
EGR
110
Intro
to E
GR
I(1
)
EGR
150
Com
p. M
eth.
for
EGR
(3)
ME
102
EGR
Gra
phic
s(2
)
EGR
498
Cap
ston
e D
esig
n Pr
ojec
tI(3
)
EGR
117
EDI I
: Des
ign
Thin
king
(3)
EGR
499
Cap
ston
e D
esig
n Pr
ojec
t II
(3)
B.S.
Eng
inee
ring
Des
ign
Prer
equi
site
Flo
wch
art
EGR
217
EDII
I: Pr
otot
ypin
g(3
)
MA
126
MA
126
Cal
culu
s II
(4)
PH 2
21G
en P
hysi
cs I
(4)
EGR
317
EDII
II: P
roje
ct L
ab(3
)
Fall
1st Y
ear
Sprin
g1s
t Yea
rFa
ll2n
d Ye
arSp
ring
2nd
Year
Fall
3rd
Year
Sprin
g3r
d Ye
arFa
ll4t
h Ye
arSp
ring
4th
Year
Gen
eral
Edu
catio
n C
ours
e(C
redi
t Hou
rs)
Mat
h&
Basi
c Sc
i. C
ours
e(C
redi
tHou
rs)
Gen
eral
EG
R
Cou
rse
(Cre
dit H
ours
)
Engi
neer
ing
Des
ign
Cor
e(C
redi
t Hou
rs)
(C):
Cor
equi
site
Key
EGR
111
Intro
to E
GR
II(1
)
3XX,
4XX
Engi
neer
ing
Min
or
Cou
rse
(3)
HFA
/SBS
(3)
EGR
150
(C)
PH 2
21
HFA
/SBS
(3)
MA
260
Line
arAl
gebr
a(3
)
CH
117
Gen
Che
mis
try II
(3)
CH
118
Gen
Che
mII
Lab
(1)
MA/
SCIE
lect
ive
(3)
ME
215
Dyn
amic
s(3
)
EE31
2 or
EE
314
Elec
trica
lSys
tem
s or
Circ
uits
(3)
MSE
280
Engi
neer
ing
Mat
eria
ls(3
)
2XX,
3XX,
4XX
Engi
neer
ing
Min
or
Cou
rse
(3)
3XX,
4XX
Engi
neer
ing
Min
or
Cou
rse
(3)
4XX
Engi
neer
ing
Min
or
Cou
rse
(3)
4XX
Engi
neer
ing
Min
or
Cou
rse
(3)
4XX
Engi
neer
ing
Min
or
Cou
rse
(3)
Engi
neer
ing
Min
or
Cou
rse
(Cre
ditH
ours
)
Prer
equi
site
Elec
tive/
Cer
tific
ate
Cou
rse
(3)
Elec
tive/
Cer
tific
ate
Cou
rse
(3)
Elec
tive/
Cer
tific
ate
Cou
rse
(3)
Elec
tive/
Cer
tific
ate
Cou
rse
(3)
Elec
tive/
Cer
tific
ate
Cou
rse
(3)
MA
106
Rev
. 5.2
0
(C)
PH 2
21
Term
s O
ffer
edCo
urse
Cour
se T
itle
Hrs
.Te
rms
Off
ered
Cour
seCo
urse
Titl
eH
rs.
F, S
p, S
uCH
115
/R/1
16G
ener
al C
hem
istry
I/La
b4
F, S
p, S
uCH
117
/R/1
18G
ener
al C
hem
istry
II/L
ab4
FEG
R 11
01In
trod
uctio
n to
Eng
inee
ring
I1
SpEG
R 11
1In
trod
uctio
n to
Eng
inee
ring
II1
F, S
p, S
uEH
101
Engl
ish C
ompo
sitio
n I
3F,
Sp,
Su
EH 1
02En
glish
Com
posit
ion
II3
F, S
p, S
uM
A 12
5Ca
lcul
us I
4F,
Sp,
Su
MA
126
Calc
ulus
II4
F, S
p, S
uM
E 10
2En
gine
erin
g G
raph
ics
2F,
Sp,
Su
PH 2
21/R
/LG
ener
al P
hysic
s I a
nd L
ab4
1416
F, S
p, S
uCE
210
Stat
ics
3F,
Sp
CE 2
20M
echa
nics
of S
olid
s3
F, S
pEG
R 26
52M
ath
Tool
s fo
r Eng
inee
ring
Prob
lem
Sol
ving
4F,
Sp,
Su
EE 3
12El
ectr
ical
Sys
tem
s3
F, S
p, S
uM
SE 2
80En
gine
erin
g M
ater
ials
3F,
Sp
ME
251
Intr
oduc
tion
to T
herm
al S
cien
ces
2F,
Sp,
Su
PH 2
22/R
/LG
ener
al P
hysic
s II
and
Lab
4F,
Sp
MSE
281
/LPh
ysic
al M
ater
ials
I/Lab
4F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uEG
R 15
0Co
mpu
ter M
etho
ds in
Eng
inee
ring
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
1718
FM
SE 4
255
Stat
istic
s an
d Q
ualit
y3
F, S
p, S
uM
A/SC
I4M
ath/
Scie
nce
Elec
tive
3F
MSE
380
Ther
mod
ynam
ics
of M
ater
ials
3Sp
MSE
382
Mec
hani
cal B
ehav
ior
3F
MSE
381
Phys
ical
Mat
eria
ls II
3Sp
MSE
470
/LCe
ram
ic M
ater
ials/
Lab
4F
MSE
401
Mat
eria
ls Pr
oces
sing
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
FM
SE 4
65/L
Mat
eria
ls Ch
arac
teriz
atio
n/La
b4
SpM
SE 4
64/L
Met
als
and
Allo
ys/L
ab4
1617
FM
SE 4
13Co
mpo
site
Mat
eria
ls3
SpM
SE 4
30/L
Poly
mer
ic M
ater
ials/
Lab
3F,
Sp,
Su
Elec
tive2,
4SC
I/MA/
EGR
Elec
tive
3Sp
MSE
499
Caps
tone
Des
ign
Proj
ect I
I3
FM
SE 4
98Ca
psto
ne D
esig
n Pr
ojec
t I3
F, S
p, S
uM
SE 4
XXM
ater
ials
Engi
neer
ing
Elec
tive
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
F, S
p, S
uEl
ectiv
e2,4
SCI/M
A/EG
R El
ectiv
e3
F, S
p, S
uH
FA/S
BS3
Area
II/IV
Cor
e Cu
rric
ulum
3F,
Sp,
Su
HFA
/SBS
3Ar
ea II
/IV C
ore
Curr
icul
um3
1515
1 Tr
ansf
er s
tude
nts
subs
titut
e EG
R 20
0 (2
hrs
) for
EG
R110
/111
2 M
ay s
ubst
itute
MA
227
and
MA
252
for E
GR
265
and
one
SCI/M
A/EG
R El
ectiv
e
3 Pl
ease
refe
r to
the
Core
Cur
ricul
um a
s sp
ecifi
ed fo
r Eng
inee
ring
Maj
ors
4 Co
urse
mus
t be
appr
oved
by
MSE
Und
ergr
adua
te C
urric
ulum
Coo
rdin
ator
5 M
ay s
ubst
itute
CE
344
for M
SE 4
25Re
v 5.
20
MAT
ERIA
LS E
NG
INEE
RIN
G (M
SE)
Prog
ram
of S
tudy
— C
atal
og Y
ear 2
020-
2021
Fall
Sem
este
rSp
ring
Sem
este
r
Tota
l Cre
dits
Tota
l Cre
dits
Freshman Sophomore Junior
Tota
l Cre
dits
Tota
l Cre
dits
Senior
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
EH10
1En
glis
h C
omp.
I(3
)
EH10
2En
glis
h C
omp.
II(3
)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
MA1
25C
alcu
lus
I(4
)
EGR
265
MA
Tool
s fo
r EG
R
Prob
. Sol
ving
(4)
PH 2
22G
en. P
hysi
cs II
(4)
CH
115
Gen
. Che
mis
try I
(3)
CH
116
Gen
. Che
m. I
Lab
.(1
)
CH
118
Gen
. Che
m. I
I Lab
(1)
CH
117
Gen
. Che
mis
try II
(3)
CE
210
Stat
ics
(3)
MSE
425
Stat
istic
s&
Qua
lity
(3)
EE 3
12El
ectri
cal S
yste
ms
(3)
EGR
110
Intro
. to
EGR
I(1
)
EGR
150
Com
p. M
eth.
for
EGR
(3)
ME1
02EG
R G
raph
ics
(2)
ME
251
Intro
. The
rm. S
ci.
(2)
MSE
380
Ther
mo.
of M
ater
ials
(3)
MSE
381
Phys
ical
Mat
’lsII
(3)
MSE
382
Mec
h. B
ehav
ior
(3)
MSE
401
Mat
eria
ls P
roc.
(3)
MSE
413
Com
posi
te M
at’ls
(3)
MSE
464
Met
als
and
Allo
ys(4
)
MSE
465
Cha
r. of
Mat
eria
ls(4
)
MSE
470
Cer
amic
Mat
eria
ls(3
)
MA/
SCI E
lect
ive
(3)
SCI/M
A/EG
REl
ectiv
e(3
)
MSE
498
Cap
. Des
. Pro
j. I
(3)
MSE
499
Cap
. Des
. Pro
j. II
(3)
B.S.
Mat
eria
ls E
ngin
eerin
g Pr
ereq
uisi
te F
low
char
t
MA
125
MA1
25
MSE
Ele
ctiv
e(3
)
MA1
26
Vario
us
Vario
us
MSE
280
EGR
Mat
eria
ls
(3)
MSE
281
Phys
ical
Mat
’lsI
(4)
Vario
us
SCI/M
A/EG
R
Elec
tive
(3)
Vario
us
CH
117/
118
CH
117/
118
Fall
1st Y
ear
Sprin
g1s
t Yea
rFa
ll2n
d Ye
arSp
ring
2nd
Year
Fall
3rd
Year
Sprin
g3r
d Ye
arFa
ll4t
h Ye
arSp
ring
4th
Year
Gen
eral
Edu
catio
n C
ours
e(C
redi
t Hou
rs)
Gen
. Ed.
Prer
eq.
MA
Basi
c Sc
i. C
ours
e(C
redi
tHou
rs)
MBS
Prer
eq.
Gen
eral
EG
R
Cou
rse
(Cre
dit H
ours
)
EGR
Prer
eq.
Mat
eria
lsEn
g.
Cou
rse
(Cre
dit H
ours
)
MSE
Prer
eq.
SCI/M
A/EG
R
Elec
tive
(Cre
dit H
ours
)
(C):
Cor
equi
site
Key
(C)
EGR
111
Intro
. to
EGR
II(1
)
MSE
430
Poly
mer
ic M
ater
ials
(3)
PH22
1G
en. P
hysi
cs I
(4)
CE
220
Mec
h. o
f Sol
ids
(3)
MA1
26C
alcu
lus
II(4
)
Rev
5.20
PH 2
21
Term
s O
ffer
edCo
urse
Cour
se T
itle
Hrs
.Te
rms
Off
ered
Cour
seCo
urse
Titl
eH
rs.
FEG
R 11
01In
trod
uctio
n to
Eng
inee
ring
I1
SpEG
R 11
11In
trod
uctio
n to
Eng
inee
ring
II1
F, S
p, S
uEH
101
Engl
ish C
ompo
sitio
n I
3F,
Sp,
Su
EGR
150
Com
pute
r Met
hods
in E
ngin
eerin
g3
F, S
p, S
uM
A 12
5Ca
lcul
us I
4F,
Sp,
Su
EH 1
02En
glish
Com
posit
ion
II3
F, S
p, S
uCH
115
/R/1
16G
ener
al C
hem
istry
I/La
b4
F, S
p, S
uM
A 12
6Ca
lcul
us II
4F,
Sp,
Su
ME
102
Engi
neer
ing
Gra
phic
s2
F, S
p, S
uPH
221
/R/L
Gen
eral
Phy
sics
I and
Lab
4F,
Sp,
Su
HFA
/SBS
4Ar
ea I
I/IV
Core
Cur
ricul
um3
1418
F, S
p, S
uCE
210
Stat
ics
3F,
Sp,
Su
ME
215/
RDy
nam
ics
3F,
Sp
EGR
2652
Mat
h To
ols
for E
ngin
eerin
g Pr
oble
m S
olvi
ng4
F, S
pCE
220
Mec
hani
cs o
f Sol
ids
3F,
Su
ME
241/
RTh
erm
odyn
amic
s I
3F,
Sp
CE 2
21M
echa
nics
of S
olid
s La
b1
F, S
p, S
uPH
222
/R/L
Gen
eral
Phy
sics
II an
d La
b4
SpM
E 24
2Th
erm
odyn
amic
s II
3F,
Sp,
Su
CH 1
17/R
Gen
eral
Che
mist
ry II
3F,
Sp,
Su
HFA
/SBS
4Ar
ea I
I/IV
Core
Cur
ricul
um3
F, S
p, S
uM
A/SC
I 2,3
Mat
h/Sc
ienc
e El
ectiv
e3
1716
FM
E 32
1In
trod
uctio
n to
Flu
id M
echa
nics
3Sp
ME
322
Intr
oduc
tion
to H
eat T
rans
fer
3F
ME
364
Line
ar A
lgeb
ra a
nd N
umer
ical
Met
hods
3Sp
ME
360
Intr
o to
Mec
hatr
onic
Sys
tem
s En
gine
erin
g3
FM
E 37
0Ki
nem
atic
s an
d Dy
nam
ics
of M
achi
nery
3Sp
ME
361/
LTh
erm
o-Fl
uids
Sys
tem
s an
d La
b3
F, S
p, S
uM
SE 2
80En
gine
erin
g M
ater
ials
3Sp
ME
371
Mac
hine
Des
ign
3F,
Sp,
Su
HFA
/SBS
4Ar
ea I
I/IV
Core
Cur
ricul
um3
F, S
p, S
uEE
312
Elec
tric
al S
yste
ms
315
15
FM
SE 4
01M
anuf
actu
ring
Proc
esse
s3
SpM
E 49
9Ca
psto
ne D
esig
n Pr
ojec
t II
3F
ME
461/
LM
echa
nica
l Sys
tem
s an
d La
b3
SpCE
395
Engi
neer
ing
Econ
omic
s3
FM
E 49
8Ca
psto
ne D
esig
n Pr
ojec
t I3
F, S
pM
E 4X
X5M
echa
nica
l Eng
inee
ring
Elec
tive
(2)
3F,
Sp
ME
4XX5
Mec
hani
cal E
ngin
eerin
g El
ectiv
e (1
)3
F, S
pM
E 4X
X5M
echa
nica
l Eng
inee
ring
Elec
tive
(3)
3F,
Sp,
Su
HFA
/SBS
4Ar
ea I
I/IV
Core
Cur
ricul
um3
F, S
p, S
uH
FA/S
BS4
Area
II/I
V Co
re C
urric
ulum
3F,
Sp,
Su
HFA
/SBS
4Ar
ea I
I/IV
Core
Cur
ricul
um3 18
151
Tra
nsfe
r stu
dent
s su
bstit
ute
EGR
200
(2hr
s) fo
r EG
R 11
0/11
1
2 M
ay s
ubst
itute
MA
227
and
MA
252
for E
GR
265
and
one
appr
oved
sci
ence
or m
athe
mat
ics
elec
tive
3 M
ath/
Scie
nce
Elec
tive
chos
en fr
om a
ppro
ved
list o
f cou
rses
4 Pl
ease
refe
r to
the
Core
Cur
ricul
um a
s sp
ecifi
ed fo
r Eng
inee
ring
maj
ors
5 O
ne M
E el
ectiv
e in
eac
h of
thes
e th
ree
area
s is
requ
ired:
ther
mal
-flu
ids,
mec
hani
cal s
yste
ms,
and
com
pute
r-ai
ded
engi
neer
ing
Rev
5.20
Prog
ram
of S
tudy
— C
atal
og Y
ear 2
020-
2021
Senior
Tota
l Cre
dits
Tota
l Cre
dits
MEC
HAN
ICAL
EN
GIN
EERI
NG
(ME)
Junior
Sprin
g Se
mes
ter
Fall
Sem
este
r
Tota
l Cre
dits
Tota
l Cre
dits
Freshman Sophomore
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
Tota
l Cre
dits
(1)
Mec
hani
cal s
yste
ms e
lect
ives
incl
ude:
ME
430,
ME
431,
M
E 46
4, M
E 47
0, M
E 47
5, M
E 47
7, M
E 47
8 an
d M
E 48
0(2
) T
herm
al fl
uids
ele
ctiv
es in
clud
e: M
E 41
1, M
E 42
1, M
E 44
5,
ME
447,
ME
448,
ME
449,
ME
454,
ME
455,
ME
456
(3)
Ele
ctiv
es w
ith c
ompu
ter-
aide
d en
gine
erin
g co
nten
t inc
lude
: M
E 42
1,M
E 46
4
(C)
(C)
MSE
280
MBS
Prer
eq.
EGR
Prer
eq.
ME
498
Cap
. Des
. Pro
j. I
(3)
CH
116
Gen
Che
mI L
ab(1
)
EH 1
01En
glis
h C
omp.
I(3
)
EH 1
02En
glis
h C
omp.
II(3
)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
HFA
/SBS
(3)
MA
125
Cal
culu
s I
(4)
EGR
265
MA
Tool
s fo
r EG
R
Prob
. Sol
ving
(4)
PH 2
22G
en P
hysi
cs II
(4)
CH
115
Gen
Che
mis
try I
(3)
CH
117
Gen
Che
mis
try II
(3)
CE
210
Stat
ics
(3)
CE
220
Mec
h. o
f Sol
ids
(3)
ME
364
Line
arAl
gebr
a(3
)
ME
215
Dyn
amic
s(3
)
EGR
110
Intro
to E
GR
I(1
)
EGR
150
Com
p. M
eth.
for
EGR
(3)
ME
102
EGR
Gra
phic
s(2
)
ME
242
Ther
mod
ynam
ics
II(3
)
ME
322
Hea
t Tra
nsfe
r(3
)
ME
371
Mac
hine
Des
ign
(3)
ME
321
Flui
dM
echa
nics
(3)
MSE
401
Man
ufac
turin
gPr
oc(3
)
ME
461
Mec
hani
cal
Syst
ems&
Lab
(3)
ME
Elec
tive
(3)
ME
370
K&D
(3)
ME
360
Mec
hatro
nics
(3)
CE
395
Engi
neer
ing
Econ
(3)
SCI/M
A El
ectiv
e(3
)
ME
499
Cap
. Des
. Pro
j. II
(3)
B.S.
Mec
hani
cal E
ngin
eerin
g Pr
ereq
uisi
te F
low
char
t
ME
Elec
tive
(3)
MA
125
Vario
usM
A 12
6C
alcu
lus
II(4
)
PH 2
21G
en P
hysi
cs I
(4)
MSE
280
Eng.
Mat
eria
ls
(3)
ME
Elec
tive
(3)
Vario
us
Fall
1st Y
ear
Sprin
g1s
t Yea
rFa
ll2n
d Ye
arSp
ring
2nd
Year
Fall
3rd
Year
Sprin
g3r
d Ye
arFa
ll4t
h Ye
arSp
ring
4th
Year
Gen
eral
Edu
catio
n C
ours
e(C
redi
t Hou
rs)
Gen
. Ed.
Prer
eq.
MA
Basi
c Sc
i. C
ours
e(C
redi
tHou
rs)
Gen
eral
EG
R
Cou
rse
(Cre
dit H
ours
)
Mec
hani
cal E
GR
C
ours
e(C
redi
t Hou
rs)
ME
Prer
eq.
SCI/M
A/EG
R
Elec
tive
(Cre
dit H
ours
)
(C):
Cor
equi
site
Key
EGR
111
Intro
to E
GR
II(1
)
HFA
/SBS
(3)
ME
241
Ther
mod
ynam
ics
I(3
)
CE
221
Mec
h. o
f Sol
ids
Lab
(1)
ME
361
Ther
mo-
Flui
ds
Syst
ems&
Lab
(3)
EE 3
12El
ectri
cal S
ys(3
)
HFA
/SBS
(3)
Vario
us
CE
210
EGR
150
MA
126,
PH
221
(C)
ME
242
(C)
(C)
(C)
ME
215
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: ME
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ME
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ME
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A Glossary of Common Terms and Abbreviations School/Department Abbreviations: BME Biomedical Engineering BMEP Pre-Biomedical Engineering CE Civil Engineering CEP Civil Engineering EE Electrical Engineering EEP Pre-Electrical Engineering EGD Engineering Design EGR Engineering EGRP Pre-Engineering ME Mechanical Engineering MEP Pre-Mechanical Engineering MTE Materials Engineering MTEP Pre-Materials Engineering Catalog: Your contract with UAB when you enroll; courses, policies, and curricula can be
found within UAB's Catalogs. https://www.uab.edu/students/academics/catalogs Class Schedule: Exact dates, times, and location of courses. This is published each semester
and is available through the UAB Students webpage. https://www.uab.edu/students/home/
Co-requisite: Any course that must be completed no later than concurrent to a particular course.
Course Reference Number (CRN): The unique 5-digit course identification number that can be used to find a course in BlazerNET.
Drop/Add Period: Add/Drop deadlines are published in the Academic Calendar. In the case of full-term course offerings, the last day to drop a class without paying full tuition is the eighth calendar day of the term; the last day to add a class is also the eighth calendar day of the term. For less than full-term course offerings, please refer to the Academic Calendar for your appropriate deadline. It is the student’s responsibility to initiate add/drop procedures. Students may drop and add courses online after they have registered and until the drop/add deadline online using BlazerNET.
Early Alert: Notification that a student is not performing as expected in a course. DO NOT IGNORE!
FERPA: Family Education Rights and Privacy Act of 1974; Private information will not be released to anyone, including parents, without written consent of the student except under strictly defined conditions
First-Year Experience (FYE): Courses/experiences designed to help students transition from high school to college
Incomplete (I): is a temporary notation which is assigned at the discretion of the instructor, and only if the following three conditions are met. (1) The student, for nonacademic reasons beyond his or her control, is unable to complete course requirements. (2) The student is, according to the instructor’s assessment, currently passing or has demonstrated the potential for passing the course. (3) The student has made
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arrangements with the instructor, prior to the grade submission deadline, for completing the course requirements.
Pass (P): passing; Applicable only to a course taken on a pass/fail basis or grade notation for alternative credit such as AP or IB
Registration Access Code (RAC): Term specific code that is required to register, drop/add a course, or withdraw from a course
Registration Holds: Any outstanding item that must be address before you are allowed to register. These may include items such as immunizations, final transcript, orientation, student accounts, etc.
Office Hours: Times specifically set aside for an instructor to meet with students. These are typically walk-in hours. Some faculty may take appointments outside of these hours as well.
Placement: Course you are placed into based on high school GPA, ACT scores, or other factors. You may not take a course higher than your placement.
Prerequisite: Any course that must be completed BEFORE enrolling in a particular course. Syllabus: Your contract with the instructor of a course. The syllabus typically contains
instructor contact information and office hours, required textbook(s), expectations, grading policies, etc. It may also contain due dates for assignments, exam dates/times, or other pertinent information.
Withdraw Date: The deadline to withdraw from a course in order to receive a grade of “W.”
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Things to Look for When You Get to Campus
Get Involved in Engineering Student Organizations
• American Institute of Aeronautics and Astronautics (AIAA) • American Foundry Society (AFS) • American Society of Civil Engineers (ASCE - Student Chapter) • American Society of Mechanical Engineers (ASME) • ASHRAE • Biomedical Engineering Society (BMES) • Engineering Ambassadors • Institute for Transportation Engineers (ITE – Student Chapter) • Material Advantage • National Society of Black Engineers (NSBE) • Society of Automotive Engineers (SAE) • Society of Plastics Engineers (SPE) • Society for the Advancement of Material and Process Engineering (SAMPE) • Society of Women Engineers (SWE)
GET INVOLVED!
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Check out the Engineering Career Center