Biomedical Engineering (BS)
Program Description
The BS in Biomedical Engineering program connects engineering coursework with Biology, Chemistry, and Health & Human Performance courses to prepare students to design and create biomedical devices. This major includes the significant design and hands-on aspects of the engineering major, and allows the biomedical engineering student to work alongside mechanical and electrical engineering students in four design courses so that each major complements the others in this integrated experience that prepares students well for a career in engineering. Our program will emphasize the God-given value of each person, and address designing not just cutting edge, expensive equipment, but also lower-cost equipment that can serve broadly, including marginalized communities.
Students majoring in Biomedical Engineering at SPU will be allowed to also double major in General Engineering without any additional degree requirements. The BS in General Engineering degree is accredited by the Engineering Accreditation Commission of ABET. So, students earning the BS Biomedical Engineering who also select a General Engineering major will graduate with both this new degree and also the ABET-accredited General Engineering degree.
Entering and Completing the Major
In order to earn a degree, you must complete at least one academic major. SPU encourages students to explore various academic paths, so if you change your mind about a major, or want to include an additional program, you are able to do so, as outlined below.
Note that the University encourages you to enter your chosen major(s) as soon as you have determined it and are eligible to join it, especially by the start of your junior year. Students who transfer as juniors and seniors should enter a major within their first two quarters at SPU.
- If this is your first quarter at SPU and you identified a major in this department as your first choice on your application for admission to the University, you have gained entry to the major. To change or add a major, follow these instructions.
- If you are an SPU student with an SPU cumulative GPA of 2.0 or better, follow these instructions to enter a major in this department.
- The University requires a grade of C- or better in all classes that apply to a major; however, programs may require higher minimum grades in specific courses. You may repeat an SPU course only once for a higher grade.
- To advance in this program, meet with your faculty advisor regularly to discuss your grades, course progression, and other indicators of satisfactory academic progress. If your grades or other factors indicate that you may not be able to successfully complete the major or minor, your faculty advisor can work with you to explore options, which may include choosing a different major.
- You must complete the major requirements that are in effect in the SPU Undergraduate Catalog for the year you enter the major.
Biomedical Engineering (BS)
136 Credits Minimum, Including 64 Upper Division (UD)
Code | Title | Credits |
---|---|---|
Engineering Requirements | ||
CSC 1250 & CSC 1260 | Problem Solving and Programming and Structured Programming 1 | 5 |
or CSC 2230 | Computer Programming for Engineers | |
EE 1502 | Electrical and Computer Engineering Fundamentals | 1 |
EE 2726 | Electric Circuits I | 5 |
EGR 1501 | Computer Aided Design Applications for Engineers | 1 |
EGR 1503 | Engineering Tools and Systems | 1 |
EGR 3311 | Experimental Methods I | 3 |
EGR 3810 | General Engineering Design | 5 |
EGR 4811 | Engineering Senior Design I | 3 |
EGR 4812 | Engineering Senior Design II | 3 |
EGR 4899 | Engineering Capstone and Senior Design | 3 |
EGR 4941 | Engineering Professional Experience 2 | 1 |
GS 3001 | Internship and Job Search Strategies | 1 |
ME 2891 | Statics | 4 |
ME 3310 | Mechanics of Materials | 4 |
Section Credits Required | 40 | |
Mathematics Requirements | ||
MAT 1234 | Calculus I | 5 |
MAT 1235 | Calculus II | 5 |
MAT 1236 | Calculus III | 5 |
MAT 2200 | Engineering Probability and Statistics | 3 |
or MAT 2360 | Introduction to Statistics for the Sciences | |
MAT 3237 | Differential Equations | 3 |
Section Credits Required | 21 | |
Science Requirements | ||
BIO 2202 | General Biology II | 5 |
CHM 1211 | General Chemistry I | 5 |
or CHM 1310 | Survey of General Chemistry | |
PHY 1121 | Physics for Science and Engineering | 5 |
PHY 1122 | Physics for Science and Engineering | 5 |
PHY 1123 | Physics for Science and Engineering | 5 |
Section Credits Required | 25 | |
Biomedical Engineering Core | ||
EGR 3800 | Biomedical Engineering I | 5 |
BME 4000 | Biomedical Device Design 1 | 5 |
BME 4100 | Biomedical Device Design 2 | 5 |
BME 4500 | Ethical issues in Biomedical Technology | 3 |
Section Credits Required | 18 | |
Biomedical Foundation Courses | ||
HHP 1301 | Wellness and Physical Activity | 3 |
HHP 2128 | Functional Anatomy | 3 |
HHP 3580 | Exercise Physiology | 5 |
HHP 3570 | Biomechanics | 5 |
Section Credits Required | 16 | |
Engineering Emphasis | ||
Computer engineering: | ||
Object Oriented Programming and Introduction to Logic System Design and Computer Organization and Assembly Language and Microcontroller System Design | ||
Electronics | ||
Electric Circuits II - Expanded and Electronics I - Analog Devices and Circuits and Electronics I - Analog Devices and Circuits Lab and Electronics II Analog Electronics and Electronics II Analog Electronics Lab | ||
Thermofluids | ||
Thermal Science I: Thermodynamics and Thermal Science II: Fluid Mechanics and Thermal Science III: Heat Transfer and Machining and Fabricating | ||
Robotics/Controls EE 3 | ||
Electric Circuits II - Expanded and Signal and System Analysis and Linear Algebra and Control Systems Design | ||
or EGR 3250 | Introduction to Robotics | |
Robotics/Controls: ME 3 | ||
Dynamics and System Dynamics and Machining and Fabricating and Control Systems Design | ||
or EGR 3250 | Introduction to Robotics | |
Section Credits Required | 16 | |
Total Credits | 136 |
- 1
For clarity, either both CSC 1250 and CSC 1260 are required, or just CSC 2230.
- 2
An approved tech internship or professional experience must be completed before passing EGR 4941.
- 3
For clarity, the requirement is for either EGR 3250 OR EGR 4450.
Suggested Course Sequence
Four Year Plan Starting with Calculus
Freshman | ||
---|---|---|
Variable | Credits | |
Take one of each per quarter | 15 | |
Academic Inquiry and Writing Seminar and Disciplinary Research and Writing Seminar |
||
The Christian Faith | ||
Credits | 15 | |
Autumn | ||
MAT 1234 | Calculus I | 5 |
PHY 1121 | Physics for Science and Engineering | 5 |
UCOL 1000 | University Colloquium 1 | 1 |
Credits | 11 | |
Winter | ||
MAT 1235 | Calculus II | 5 |
PHY 1122 | Physics for Science and Engineering | 5 |
EGR 1501 | Computer Aided Design Applications for Engineers | 1 |
EE 1502 | Electrical and Computer Engineering Fundamentals | 1 |
Credits | 12 | |
Spring | ||
MAT 1236 | Calculus III | 5 |
PHY 1123 | Physics for Science and Engineering | 5 |
EGR 1503 | Engineering Tools and Systems | 1 |
Credits | 11 | |
Sophomore | ||
Variable | ||
Common Curriculum and Exploratory Curriculum | ||
GS 3001 | Internship and Job Search Strategies 2 | 1 |
Credits | 1 | |
Autumn | ||
ME 2891 | Statics | 4 |
EE 2726 | Electric Circuits I | 5 |
CSC 2230 or CSC 1250 |
Computer Programming for Engineers 3 or Problem Solving and Programming |
5 |
HHP 2128 | Functional Anatomy | 3 |
Credits | 17 | |
Winter | ||
MAT 3237 | Differential Equations | 3 |
ME 3310 | Mechanics of Materials | 4 |
EGR 3800 or HHP 3570 |
Biomedical Engineering I 4 or Biomechanics |
5 |
HHP 1301 | Wellness and Physical Activity | 3 |
Credits | 15 | |
Spring | ||
MAT 2200 or MAT 2360 |
Engineering Probability and Statistics or Introduction to Statistics for the Sciences |
3 |
HHP 3580 | Exercise Physiology | 5 |
tech specialty course 3 | 0-5 | |
Credits | 8-13 | |
Junior | ||
Variable | ||
Common Curriculum and Exploratory Curriculum as needed | ||
BME 4100 | Biomedical Device Design 2 4 | 5 |
Credits | 5 | |
Autumn | ||
PHY 3311 | Experimental Methods I | 3 |
GS 3001 | Internship and Job Search Strategies 5 | 1 |
CHM 1310 or CHM 1211 |
Survey of General Chemistry or General Chemistry I |
5 |
tech specialty course 3 | 5 | |
Credits | 14 | |
Winter | ||
BIO 2202 | General Biology II | 5 |
HHP 3570 or EGR 3800 |
Biomechanics 4, 5 or Biomedical Engineering I |
5 |
tech specialty course 3 | 5 | |
Credits | 15 | |
Spring | ||
EGR 3810 | General Engineering Design | 5 |
BME 4000 | Biomedical Device Design 1 6 | 5 |
BME 4500 | Ethical issues in Biomedical Technology 6 | 3 |
tech specialty course 3 | 5 | |
Credits | 18 | |
Senior | ||
Variable | ||
Common Curriculum and Exploratory Curriculum as needed | ||
BME 4100 | Biomedical Device Design 2 4, 5 | 5 |
Credits | 5 | |
Autumn | ||
EGR 4811 | Engineering Senior Design I | 3 |
EGR 4941 | Engineering Professional Experience 7 | 1 |
Credits | 4 | |
Winter | ||
EGR 4812 | Engineering Senior Design II | 3 |
Credits | 3 | |
Spring | ||
EGR 4899 | Engineering Capstone and Senior Design | 3 |
BME 4000 | Biomedical Device Design 1 5, 6 | 5 |
BME 4500 | Ethical issues in Biomedical Technology 5, 6 | 3 |
Credits | 11 | |
Total Credits | 165-170 |
- 1
Engineering majors should take a UCOL taught by an engineering faculty member, if one is available.
- 2
Or Fall of junior year.
- 3
Depends on the tech specialty selected, see the Requirements page and discuss with faculty advisor.
- 4
Quarter varies. Discuss with faculty advisor.
- 5
If not already completed.
- 6
Offered alternate years.
- 7
Must be taken AFTER completing or WHILE pursuing an approved internship or an approved certification.
Code | Title | Credits |
---|---|---|
Common Curriculum | ||
UCOR 2000 | The Emergence of the Modern Global Systems | 5 |
UFDN 2000 | Christian Scripture | 5 |
UCOR 3000 | Faith, Philosophy, and Science | 5 |
UFDN 3100 | Christian Theology | 5 |
Exploratory Curriculum | ||
with DTA or AA see Advisor | ||
Ways of Knowing in the Arts | 20 | |
Cultural Understanding and Engagement | ||
Ways of Knowing in the Social Sciences | ||
Ways of Engaging | ||
Ways of Knowing in the Humanities |
Two Year Plan for a Transfer Student with or without a DTA
See below for the pre-requisite courses required to complete the degree in two years. It is fine to transfer to SPU without having completed these courses, but it will likely result in requiring more than two years at SPU.
Note also that without a DTA, it will depend on how many of the General Education Courses (Common Curriculum, Exploratory Curriculum, etc. ) are completed before transferring as to whether or not the degree can be completed in two years.
Check the quarter, day and time in the current schedule as course offerings may change. Pay close attention to the pre-requisites of the courses.
First Year | ||
---|---|---|
Variable | Credits | |
Common Curriculum and Exploratory Curriculum as needed 1 | 5-8 | |
Credits | 5-8 | |
Autumn | ||
EE 2502 or EE 2726 |
Selected Circuits Topics for Transfer Students or Electric Circuits I |
2 |
PHY 3311 | Experimental Methods I | 3 |
HHP 2128 | Functional Anatomy | 3 |
HHP 1301 | Wellness and Physical Activity | 3 |
GS 3001 | Internship and Job Search Strategies | 1 |
tech specialty course 2 | 5 | |
Credits | 17 | |
Winter | ||
EGR 3800 or HHP 3570 |
Biomedical Engineering I 3 or Biomechanics |
5 |
tech specialty course 2 | 5 | |
Credits | 10 | |
Spring | ||
EGR 3810 | General Engineering Design | 5 |
BME 4000 or HHP 3580 |
Biomedical Device Design 1 4 or Exercise Physiology |
5 |
BME 4500 | Ethical issues in Biomedical Technology 5 | 3 |
tech specialty course 2 | 5 | |
Credits | 18 | |
Second Year | ||
Variable | ||
Common Curriculum and Exploratory Curriculum as needed 1 | 5-15 | |
BME 4100 | Biomedical Device Design 2 6 | 5 |
Credits | 10-20 | |
Autumn | ||
EGR 4811 | Engineering Senior Design I | 3 |
EGR 4941 | Engineering Professional Experience 7 | 1 |
tech specialty course 2 | 0-5 | |
Credits | 4-9 | |
Winter | ||
EGR 4812 | Engineering Senior Design II | 3 |
HHP 3570 or EGR 3800 |
Biomechanics 8 or Biomedical Engineering I |
5 |
tech specialty course 2 | 0-5 | |
Credits | 8-13 | |
Spring | ||
EE 4899 | Electrical Engineering Capstone and Senior Design | 3 |
HHP 3570 or BME 4000 |
Biomechanics 8 or Biomedical Device Design 1 |
5 |
BME 4500 | Ethical issues in Biomedical Technology 9 | 3 |
Credits | 11 | |
Total Credits | 83-106 |
- 1
Spread between first and second year.
- 2
Specific course depends on technical specialty pathway. See Degree Requirements.
- 3
EGR 3800 offered alternate years. Take HHP 3570 if EGR 3800 not offered.
- 4
BME 4000 offered alternate years. Take HHP 3580 if BME 4000 not offered.
- 5
Offered alt years.
- 6
The credits for this course can possibly be spread over multiple quarters.
- 7
Must be taken AFTER completing or WHILE pursuing an approved internship or an approved certification.
- 8
Take whichever course is not yet completed.
- 9
If not already completed. Offered alt years.
Prerequisites for the Two Year Plan
The following courses must be completed before coming to SPU in order to finish at SPU in two years, plus potentially an additional quarter. It is ok to transfer to SPU before completing all of the courses, but it will likely take longer than two years at SPU.
Code | Title | Credits |
---|---|---|
Mechanical Engineering courses equivalent to SPU's: | ||
Computer Aided Design Applications for Engineers | ||
Statics | ||
Mechanics of Materials | ||
Calculus Equivalent to SPU's | ||
Calculus I | ||
Calculus II | ||
Calculus III | ||
Programming Equivalent to SPU's 1 | ||
Computer Programming for Engineers 1 | ||
A Circuits I Class with Lab 2 | ||
Additional Math Equivalents to SPU's | ||
Introduction to Statistics for the Sciences | ||
Linear Algebra 3 | ||
Differential Equations | ||
Physics Equivalent to SPU's | ||
Physics for Science and Engineering | ||
Physics for Science and Engineering | ||
Physics for Science and Engineering | ||
Chemistry Equivalent to SPU's | ||
Survey of General Chemistry (or a similar class) | ||
or CHM 1211 | General Chemistry I | |
Biology Equivalent to SPU's | ||
General Biology II |
- 1
Some pathways require two quarters of programming in the same language, one course of which includes Data Structures.
- 2
Students will take EE 2502 Selected Circuits Topics for Transfer Students at SPU to supplement any content need to reach equivalency to SPU's Circuits 1 course.
- 3
Required only for some pathways within SPU's BME major.