Java程序辅导

Revised 9/12/16 
 
 
 
 
 
 
B.S. Biomedical Engineering – BME-EE-L&O  
Curriculum Guide   Fall 2016 
 
Colorado State University bachelor’s of science degree in Biomedical Engineering (BME) provides the 
breadth of biomedical engineering along with coursework and depth in a traditional engineering major. 
Classroom and experiential engineering learning through lecture, team projects, laboratory, and design 
courses allow students in BME-EE-L&O to take coursework to receive a BS in Biomedical Engineering 
and also earn a BS in Electrical Engineering (EE) with a concentration in Lasers & Optics.  
 
During the first and second years, BME-EE-L&O students are introduced to biomedical engineering 
and electrical engineering fields in addition to learning fundamentals of physics and mathematics. The 
3rd year of study includes courses that provide continued breadth in BME and depth in EE. The 4th 
year continues with depth in the electrical engineering area, and adds focus in the lasers and optics 
arena, with physics, lasers and optics curricula.  This year also adds a ‘gateway’ BME course that 
transitions key EE concepts into BME applications. The 5th year of the BME-EE-L&O program 
culminates in a yearlong capstone Senior Design course in which students work in multidisciplinary 
groups creating solutions to BME research or industry problems. The final year also has technical 
elective courses for BME and EE-L&O.  
 
We also encourage students to be involved in experimental learning via research throughout their 
undergraduate experience at Colorado State University. With faculty in four colleges throughout the 
university, students have a broad range of research opportunities. BME’s academic home is the Scott 
Bioengineering Building, a 122,000 square foot interdisciplinary research and academic facility that 
opened in 2013, with teaching laboratories, classrooms, faculty offices, and the Student Success 
Center. Students may bring laptops (PC or Mac) and will have access to other computers and 
computer laboratories throughout the College of Engineering and the Academic Village. These 
include a variety of operating systems, and many engineering software applications (including 
computer aided engineering packages, programming languages, math applications, office productivity 
software). Students will also be expected to have a scientific calculator for use in many of the classes.  
 
Students in the department are required to satisfy the scholastic standards of the university, college, 
and engineering departments. Please review course prerequisites carefully. Many engineering course 
prerequisites must be passed with a minimum grade of “C”. Students not meeting the minimum grade 
will be required to retake the prerequisite(s) until the minimum grade is reached. Full course 
descriptions and prerequisites can be found at http://www.catalog.colostate.edu. 
 
Please check with your advisers regularly to ensure you have the most current information. 
 
Welcome to Biomedical Engineering at Colorado State University! 
 
Sincerely, 
Brett Eppich Beal  
Senior Academic Advisor  
Brett.Beal@Colostate.edu 
970-491-7077 
Debra Misuraca  
Academic Advisor 
Debra.Misuraca@Colostate.edu 
970-491-2557 
Robyn Jeep Ernst 
Academic Advisor 
Robyn.Jeep_Ernst@colostate.edu 
970-491-2557 
Revised 9/7/2016
Biomedical Engineering and Electrical Engineering with Lasers and Optics Name:
Curriculum Check Sheet 158 or 159 credits
COURSE NAME (PREREQS) TERM* CR COURSE NAME (PREREQS) TERM* CR
1st Year Fall 1st Year Spring
BIOM 101 Introduction to Biomedical Engineering F 3 ECE 103 DC Circuit Analysis (MATH 160) F, S 3
CHEM 111 General Chemistry I (MATH 118 or 141 or 155 or 160 
or 161 or 229 or 261)
F, S, SS 4 MATH 161 Calculus for Physical Scientists II (MATH 124; MATH 
159 or 160)
F, S, SS 4
CHEM 112 General Chem Lab I (CHEM 111 or 117 or conc.) F, S, SS 1 LIFE 102 Attributes of Living Systems F, S, SS 4
MATH 160 Calculus for Physical Scientists I (MATH 124 (B or 
better); MATH 126 (B or better))
F, S, SS 4 PH 141 Physics for Scientists and Engineers I (MATH 126 or 
conc.; MATH 155 or 159 or 160 or conc.)
F, S, SS 5
ECE 102 Digital Circuit Logic F, S 4
Total 16 Total 16
2nd Year Fall 2nd Year Spring
CO 150 College Composition (CO 130 or placement by 
ACT/SAT or DSP Survey or Challenge Exam)
F, S, SS 3 ECE 202 Circuit Theory Applications (ECE 103, MATH 
160)
S,SS 4
CS 163 OR CS 
164 OR CS155, 
CS156, CS157
Java (CS1) No Prior Programming (MATH 124) OR 
Java (CS1) Prior Programming (MATH 124) OR Unix 
and C Programming I (CS 155 or conc.; MATH 118) & II 
(CS 156 or conc.; MATH 118) 
F,S 4 
or 
3
MATH 340 
or MATH 
345
Introduction to Ordinary Differential Equations (MATH 
255 or 261) -- OR -- Differential Equations (MATH 229 
or MATH 369; MATH 255 or MATH 261)
F, S, SS 4
MATH 261 Calculus for Physical Scientists III (MATH 161) F, S, SS 4 ECE / STAT 
303
Introduction to Communication Principles (MATH 340 
or 345 or conc.)
S 3
PH 142 Physics for Scientists and Engineers II (PH 141; MATH 
161 or 255 or 271 or conc.)
F,S 5 PH 314 Introduction to Modern Physics ( PH 142; MATH 261 
or conc.)                              
S 4
Total 15 or 16 Total 15
3rd Year Fall 3rd Year Spring
BMS 300 Principles of Human Physiology (BZ 101 or 110 or LIFE 
102; CHEM 103 or 107 or 111)
F, S, SS 4 BIOM 300 Problem-Based Learning BME Lab (BIOM 101; MATH 
340 or 345)
S 4
ECE 311 Linear Systems Analysis I (ECE 202; MATH 340 
or MATH 345)
F 3 ECE 332 Electronics Principles II (ECE 331) S 4
ECE 331 Electronics Principles I (ECE 202; MATH 340 or 
345; PH142)
F 4 ECE 342 Electromagnetic Fields and Devices II (ECE 341) S 3
ECE 341 Electromagnetics Fields and Devices I (ECE 202; 
MATH 340 or 345; PH 142)
F 3 CHEM 113 Gen Chem II (CHEM 107 or 111 or 117; MATH 124 or 
MATH 141, 155, 160, 161, 229, 261 or conc.)
F, S, SS 3
LIFE 210 Introductory Eukaryotic Cell Biology (LIFE 102; CHEM 
111; CHEM 112) 
F 3
Total 17 Total 14
4th Year Fall 4th Year Spring
CHEM 245 Fundamentals of Organic Chem. (CHEM 107 or 113) F, S, SS 4 BIOM/ECE-TE BIOM/ECE Crosslisted Technical Elective (BIOM 431 - 
ECE 303; ECE 311; PH 142)
S 3
ECE 404 Experimental Optical Electronics (conc. w/ ECE 441) F 2 ECE 457 Fourier Optics (ECE 311; ECE 342)         S 3
ECE 441 Optical Electronics (ECE 342)          F 3 MECH 262 Engineering Mechanics (MATH 161; PH 141) S 4
PH 353 Optics and Waves (PH 142; MATH 261)                                                   F 4 MECH 337 Thermodynamics (MATH 261; PH 141) F, S 4
AUCC F, S, SS 3 ECON 202 
(AUCC 3C)
Principles of Microeconomics (MATH 117 or 118 or 
141 or 155 or 160)
F, S, SS 3
Total 16 Total 17
5th Year Fall 5th Year Spring
BIOM 486A Biomedical Design Practicum: Capstone Design I 
(BIOM 300; BIOM 330 or BIOM 441 or BIOM/ECE-TE 
Crosslisted TE)
F 4 BIOM 486B Biomedical Design Practicum: Capstone Design II 
(BIOM 486A)                         
S 4
ECE-TE ECE Technical Elective  _________________________ 3 ECE-TE ECE Technical Elective  _________________________ 3
ECE-TE ECE Technical Elective  _________________________ 3 AUCC F, S, SS 3
PH 451 Introductory Quantum Mechanics I (PH 314; MATH 
340 or 345)             
F 3 AUCC F, S, SS 3
CO 301B OR              
JTC 300
Writing in the Disciplines: Sciences OR Professional & 
Technical Communication (CO 150 or HONR 193) 
F, S, SS 3 AUCC F, S, SS 3
Total 16 Total 16
Additional All University Core Courses (AUCCs) Key:
6 cr - 3B Arts and Humanities: __________________________________ "conc." = concurrent enrollment     *Term: F = Fall, S = Spring, SS = Summer Session
Grey indicates Biomedical Engineering courses
3 cr - 3C Social/Behavioral Science:        ECON 202 Light green indicates labs
3 cr - 3D Historical Perspective: Red indicates exceptionally time-consuming/difficult courses
3 cr - 3E Global/Cultural Awareness: Must have at least a "C" in BOLDED courses
PLI- 11 seminar credits must be completed prior to graduation: www.engr.colostate.edu/pli
Please note that curricula can change; be sure to check with your advisers regularly to ensure you are on track.

Rev. 9/2/2016
Note: 
Key:
F - Fall *Course numbering subject to change
S - Spring
SS - Summer
1. BME-EE-L&O students must take 3 credits of a 400-level or higher BIOM/ECE crosslisted course
Crosslisted BIOM/ECE Courses:
COURSE NAME TERM CR
BIOM 431 Biomedical Signal and Image Processing S 3
2. BME-EE-L&O students must take 9 credits of ECE TEs from the following list.
ECE Technical Electives
COURSE NAME TERM CR
ECE 411 Control Systems F 4
ECE 412 Digital Control and Digital Filters S 3
ECE 444 Antennas and Radiation F 3
ECE 450 Digital Systems Design Lab F 1
ECE 451 Digital Systems Design Lab F 3
ECE 461 Power Systems I F 3
ECE 462 Power Systems I Lab F 1
ECE471A* Semiconductor Physics F 1
ECE471B* Semiconductor Junctions F 1
ECE 503 Ultrafast Optics S 3
ECE 504 Physical Optics F 3
ECE 505 Nanostructures Fundamentals & Applications F 3
ECE 506 Optical Interferometry & Laser Metrology F 3
ECE 507 Plasma Physics and Applications S 3
ECE 525 Fiber Optic Communications S, SS 3
ECE 546 Laser Fundamentals & Devices S 3
ECE572A* Semiconductor Transistors
ECE 574 Optical Materials & Devices S 3
MATH 419 Introduction to Complex Variables F 3
PH 315 Modern Physics Lab S 2
PH 425 Advanced Physics Lab S 2
PH452 Intro to Quantum Mechanics II S 3
PH462 Statistical Physics F 3
1. Classes otherwise required for the degree are not allowed for TE credit. 
2. Course availability changes frequently. Please check with individual departments regarding 
course availability.
Technical Electives (TEs) are designed to provide additional breadth and depth in the Biomedical and partner major degrees. 
BME-EE-L&O students must 3 credits of crosslisted BIOM/ECE TEs and 9 credits of ECE TEs chosen from the following lists.
BME-EE+L&O Technical Electives