Fall 2007 Bioengineering Core CoursesBiomechanics & Tissue Engineering| Course # | Title (Units) | Prerequisites | | BioE 102 | Biomechanics (4) | Math 53, 54; Physics 7A, Programming exp. | | BioE 104 BCD | Biological Transport Phenomena (4) | Math 54; Physics; BioE 102 recommended | | BioE C105B | Thermodynamics & Biothermodynamics (3) | Chemistry 1A,Math 53, Physics 7A & Eng 77 | BioE 110
| Biomedical Physiology for Engineers
| BioE10 or Bio1A, Math 54 (ok to take concurrently-pending approval)
| | BioE 115 BD | Cell Biology for Engineers (4) | MCB 110 or 130 | | BioE 116 BCD | Cell & Tissue Engineering (4) | MCB 102, E45 consent of instructor | | BioE C117 BCD | Structural Aspects of Biomaterials (3) | Bio 1A, E45, CE 130 | | BioE C118 BCD | Biomaterials (4) | MCB 102, Eng 115, Eng 45; MCB 130 Recommended | | BioE C 119 CD | Orthopaedic Biomechanics (3)
(Before 2/01 was BioE C176) | Required CE 130; ME 102A, 104 recommended | | BioE 164 BD | Optics and Microscopy (3)
| Physics 7A-B-C or 8A-B or equivalent intro physics course
| BioE 168L
| Practical Light Microscopy
| None, pending approval
| BioE 211 BC
| Cell & Tissue Mechanotransduction
| Ugrad cell biology or consent of instructor
| | BioE C212 B | Heat and Mass Transport in Biomedical Engineering (3) | ME 106, ME 109, or consent of instructor | | BioE C214BCD | Advanced Tissue Mechanics (3) | BioE C119, ME 185; consent of instructor | | BioE C216 BCD | Macromolecular Science in Biotechnology & Medicine | BioE 115 or equivalent; open to seniors | BioE C218
| Stem Cells and Directed Organogenesis
| Consent of instructor
| | BioE C279 CD | Occupational Biomechanics (4) | None | | Civil Eng 130 | Mechanics of Materials I (3) | CE 60 or E45, E36 | | Chem E 141 or ME 105 or E115 | Chemical Engineering Thermodynamics (3); Thermodynamics (3); Engineering Thermodynamics (4) | [ChemE 140 w/C- or higher] [Chem 1A, Math 53, Phys 7A] [E77N; Phys 7B, Math 54, Chem 1B recommended] | | Chem E 150A | Transport Processes (3) | ChemE 140 with C- or higher, Math 1B, Math 53 | | Chem E 150B | Transport Processes (3) | ChemE 150A with C- or higher | | Chem E 170 | Biochemical Engineering (3) | ChemE 150B | | Chem E 171 | Transport Phenomena (3) | ChemE 150B | | Chem E C178 | Polymer Science & Technology (3) | ChemE 150A or equiv; 1 sem o-chem & phys recommended | | IB 124 B | Musculoskeletal Biomechanics (3) | Phys 7A or 8A | | IB 131 B | General Human Anatomy (3) | Bio 1A-1B, Chem 1A | | IB 132 B | Survey of Human Physiology (3) | IB 131 | | IB 135 B | The Mechanics of Organisms (4) | Bio 1A-1B, senior standing | | MCB 110 B | General Biochemistry and Molecular Biology (4) | MCB C100A & MCB 100B | | MCB 130 B | Cell Biology (4) | Bio 1A, MCB 102 recommended | | MCB 136 B | Physiology (4) | Bio 1A-1B, Physics 8A-8B | | MCB 150 BC | Molecular Immunology (4) | MCB 100/102 | | ME 102 D | Mechanical Behavior & Processing of Materials (3) | C124, Eng 28 (formerly Mec Eng 102B) | | ME 102A D | Mechanical Behavior & Processing of Materials (3) | Civ Eng 130, Eng 45 (no longer offered) | | ME 102B D | Mechanical Engineering Design (3) | ME 102A, E 28 (no longer offered) | | ME 104 | Engineering Mechanics II (3) | E36, E77, Math 54 | | ME 105 | Thermodynamics (3) | Chemistry 1A, Math 53, Physics 7A & Eng 77 | | ME 109 | Heat Transfer (3) | ME 105, ME 106 | | ME 127 | Composite Materials – Analysis, Design and Manufacture (3) | ME102A or equivalent | | ME 133 | Mechanical Vibrations (3) | ME 104 | | ME 161 | Applied Fluid Mechanics (3) | ME 105, ME 106 | | ME C180 or CE C133 | Engineering Analysis using Finite Element Method (3) | Eng 77 or CS61A, Math 53, 54, senior status | | ME 185 | Introduction to Continuum Mechanics (3) | Phys 7A, Math 53-54 | | ME 223 | Polymer Engineering (3) | Civ Eng 130, E45 | | MSE 102 | Bonding, Crystallography, & Crystal Defects (3) | E 45 | | MSE 103 | Phase Transformations and Kinetics (3) | MSE 102, E115 | | MSE 112 | Corrosion (Chemical Properties) (3) | E 45, E 115 | | MSE 113 | Mechanical Behavior of Materials (3) | E 45, CE 130 |
Bioinformatics & Genomics| Course # | Title (Units) | Prerequisites | | BioE 131 B S | Intro to Computational Molecular & Cell Biology (4) | Bio 1A, Math 53 & 54, either E77, CS61A,B; or consent of instructor | | BioE C141 S | Statistics for Bioinformatics (4) | Math 53, 54; CS9C or 9E or E77 or equivalent | | BioE 142 D | Programming & Algorithm Design for Computational Biology & Genomics Apps. (4) | MCB 102, Math 54, E77N, CS61A or CS61B | | BioE 143 B | Computational Methods in Biology (4) | Math 53,54; Chemistry 130A, ME105B rec. | | BioE 144 BD | Introduction Protein Informatics (4) | MCB 100 or 102 | | BioE C 146 B | Topics in Computational Biology & Genomics (3) | BioE 142, CS 61A or equivalent, able to write Java, perl, C, C++, MCB 100, 102 or equivalent | | CS 61A* | The Structure and Interpretation of Computer Programs (4) | Math 1A, APCS AB or CS3 | | CS 61B* | Data Structures (4) | B- or better in CS61A or E77N | | CS 184* | Foundations of Computer Graphics (4) | 61B; programming skills in C/C++/Java, linear algebra & calculus | | CS C 280 | Computer Vision (3) | Math 1A-1B, Math 53, 54 | | **IB S141 CB | Human Genetics (Summer Only) (3) | None | | Math 128A | Numerical Analysis (5) | Math 53, 54 | | MCB 140 B | General Genetics (4) | MCB 100, 110 or consent of instructor | | **MCB C142 BC | Survey of General Genetics (4) | Biology 1A-1B or consent of instructor | | Pb Hlth 142A S* | Intro to Probability & Statistics in Biology & Public Health (4) | High school algebra | | Stats 133 S | Concepts in Computing with Data (3) | None |
**Note: You can not take IB S141 and MCB C142, both which are in Core “B.” Taking both of these classes is considered a duplication of a course and you will not receive units or credit for one of the courses. So be aware that you can take only one of them.
Micromachines & Robotics| Course # | Title (Units) | Prerequisites | | BioE 121 BD | Introduction to BioMEMS (3) | Chem 3B, Phys 7B or consent of instr. | | BioE 121L | BioMEMS and Bionanotechnology Laboratory (4) | BioE 121, Chem 130, EE143, ME 106 or Chem#150A | | BioE C 125 | Introduction to Robotics (4) | EE120 or equivalent | | BioE C 145L BCD | Introductory Electronic Transducers Laboratory (3) | EECS 40 | | BioE C 145M BCD | Introductory Mircrocomputer Interfacing Laboratory (3) | EECS40, CS61B or consent of instructor | | BioE 164 BD | Optics & Microscopy (3) | Physics 7A-B-C or 8A-B or equivalent intro physics course | | EE 143 D | Processing and Design of Integrated Circuits (4) | EE40, Phys 7B | | EE 192 D | Mechatronic Design Laboratory (4) | EE120, CS 61B/61C, 150 | | IB 135 B | The Mechanics of Organisms (4) | Bio 1A-1B, senior standing | | IB124 and 124L B | Musculoskeletal Biomechanics (3,1) | Phys 7A or 8A | | IB127 and 127L B | Motor Control (2,1) | IB 131, (132, MCB 32, or equivalent), 121, and 124 recommended | | ME 104 | Engineering Mechanics II (3) | E36, E 77N, Math 54 | | ME 106 | Fluid Mechanics (3) | ME 104 | | ME 119 | Introduction to MEMS (Microelectromechanical Systems) (3) | EE100, Physics 7B | | ME 128 D | Computer-Aided Mechanical Design (3) | ME102B, E28, CE130, Math 53-54, or consent of the instructor | | ME 136 D | Mechatronics and Robotics Design (4) | Consent of the instructor | | ME 219 D | Micromechanical Systems (MEMS) (3) | ME 101, 102B or consent of instructor |
Computational Bioengineering| Course # | Title (Units) | Prerequisites | | BioE 131 BS | Intro to Computational Molecular & Cell Biology (4) | Bio 1A, Math 53 & 54, either E77, CS61A,B; or consent of instructor | | BioE C141 S | Statistics for Bioinformatics (4) | Math 53, 54; CS9C or 9E or E77 or equivalent | | BioE 142 D | Programming & Algorithm Design for Computational Biology & Genomics Apps. (4) | MCB 102, Math 54, E77N, CS61A or CS61B | | BioE 143 B | Computational Methods in Biology (4) | Math 53,54; Chemistry 130A, ME105B rec. | | BioE 144 BD | Introduction Protein Informatics (4) | MCB 100 or 102 | | BioE C 146 B | Topics in Computational Biology and Genomics (3) | -BioE 142, CS 61A or equivalent, able to write Java,Perl, C, C++, MCB 100, 102 or equivalent | | BioE C165 C | Image Processing and Reconstruction Tomography (4) | EE 120, basic program including Fortran. | | CS61A* | The Structure & Interpretation of Computer Programs (4) | Math 1A, APCS AB or CS3 | | CS61B* | Data Structures (4) | B- or better in CS61A or E77N | | CS 184* | Foundations of Computer Graphics (4) | 61B; programming skills in C/C++/Java, linear algebra & calculus | | CS C 280 | Computer Vision (3) | Math 1A-1B, Math 53, 54 | | EE 20N | Structure and Interpretation of Systems and Signals (4) | Math 1B | | EE 120 | Signals and Systems (4) | EE20N, Math 53, 54 | | E 102 | Introduction to Operations Research (3) | Math 1B | | IE&OR 131 S | Computer Simulation of Industrial Engineering Systems (3) | IEOR 161,165, Stat 134 | | IE&OR 160 | Operations Research I. (3) | Math 53, 54 | | IE&OR 162 | Linear programming (3) | Math 53, 54 | | Math 110 | Linear Algebra (4) | Math 53, 54 | | Math 128A | Numerical Analysis (5) | Math 53, 54 | | Math 119 | Introduction to Applied Mathematics (4) | Math 53, 54 | | ME 134 | Automatic Control Systems (4) | ME132 | | MCB 166 B | Biophysical Neurobiology (3) | Bio 1A, Physics 8A-8B, Chem1A, 3A, 3B | | NE 155 S | Intro to Numerical Simulations in Radiation Transport (3) | Math 53, 54 | | Pb Hlth 142A S* | Intro to Probability & Statistics in Biology & Public Health (4) | High school algebra | | Stats 133 S | Concepts in Computing with Data (3) | None |
Neural and Sensory Systems Bioengineering| Course # | Title (Units) | Prerequisites | | BioE 104 BCD | Biological Transport Phenomena (4) | Math 54; Physics; BioE 102 recommended | | BioE C105B | Thermodynamics & Biothermodynamics (3) | Chemistry 1A,Math 53, Physics 7A & Eng 77 | | Chem 130A | Biophysical Chemistry (3) (course is withdrawn)
| Chem 1B/4B, 3A, one sem. of calculus
| | BioE C 145L BCD | Introductory Electronic Transducer Lab (3) | EECS40 | | BioE C 145M BCD | Introductory Microcomputer Interfacing Lab (3) | EECS40, CS61B or consent of instructor | | EE 129 D | Neural and Nonlinear Information Processing (4) | EE 120 or consent | | EE 142 D | Integrated Circuits for Communications (3) | EE 105, EE 120 | | IB 147B | Neuroethyology (3) | IB C144, Phys C115B or consent | | IB 245 & 245LB | Functional Neuroanatomy & Lab | Consent of Instructor | | ME 105 or E115 or ChemE 141 | Thermodynamics (3); Engineering Thermodynamics (4); Chemical Engineering Thermodynamics (3) | [Chem 1A, Math 53, Phys 7A] [E77N, Phys 7B, Math 54, Chem 1B rec’d] [ChemE 140 with C- or higher] | | ME 106 or CE 100 | Fluid Mechanics (3); Elementary Fluid Mechanics (4) | ME104; E36 | | ME 134 | Automatic Control Systems (4) | ME132 | | MCB 110 B | General Biochemistry and Molecular Biology (4) | MCB 100 | | MCB 130 B | Cell Biology (4) | Bio 1A, MCB 102 recommended | | MCB 150 BC | Molecular Immunology (4) | MCB 100/102 | | MCB 160 B or MCB C160 | Introduction to Neurobiology (4) | MCB 100/102, Bio 1A, Phys 8A-8B | | MCB 160L B | Neurobiology Laboratory (4) | Bio 1A, Phys 8A-8B, MCB 100/102, 160 or equivalent | | MCB 163 B | Mammalian Neuroanatomy (4) | Bio 1A | | MCB 164 B | Sensory and Integrative Neurobiology (3) | MCB 160 | | MCB 165 | Molecular Neurobiology (3) | MCB 102 or 110, MCB 160 | | MCB 166 B | Biophysical Neurobiology (3) | Bio 1A, Phys8A-8B, Chem 1A, 3A-3B | | Psych 110 B * | Introduction to Biological Psychology (3) | Psych 1& bio prereqs for psych major | | Psych 114 B | Biology of Learning and Neural Plasticity (3) | Psych 110 or consent of instructor | | Psych 117BC | Biological Psychology & Problems of Human Dysfunction (3) | Psych 100A or 110 or MCB 160 | | Psych C127 | Cognitive Neuroscience | Psych 110 or 120A or Cog Sci C100 | | V. Sci 205 BC | Visual Perception and Sensitivity (formerly V. Sci 104) (4.5) | None | | V. Sci 217 BC | Oculomotor Functions and Neurology (formerly V. Sci 117) (2) | V. Sci 203B or consent | | V. Sci 219 B | Binocular Vision and Space Perception (formerly V. Sci 118) (3) | V. Sci 203A and 203B | | V. Sci C136 BC | Cell Biology of the Eye and Mechanisms of Ocular Disease (3) | MCB 130 or consent of instructor |
Biomedical Imaging and Signal Processing| Course # | Title (Units) | Prerequisites | | BioE 101 | Instrumentation in Biology and Medicine (4) | Math 53,54; Physics 7A-B | | BioE 104 BCD | Biological Transport Phenomena (4) | Math 54; Physics; BioE 102 recommended | | BioE C 145L BCD | Introductory Electronic Transducer Lab (3) | EECS40 | | BioE C 145M BCD | Introductory Microcomputer Interfacing Lab (3) | EECS40, CS61B or consent of instructor | | BioE 164 BD | Optics & Microscopy (3) | Physics 7A-B-C or 8A-B or equivalent intro physics course | | BioE 168L | Practical Light Microscopy
| None, pending approval
| | EE 20N | Structure and Interpretation of Systems and Signals (4) | Math 1B | | EE 120 | Signals and Systems (4) | EE20N, Math 53, 54 | | EE 225A | Digital Signal Processing (3) | EE123 or EE 126 | | NE 101 | Nuclear Reactions and Radiation (4) | Physics 7C | | NE 107 C | Introduction to Imaging (3) | NE 101/104A or consent of instructor | | NE 162 BCS | Radiation Biophysics and Dosimetry (3) | NE 101 | | Physics 137A S | Quantum Mechanics (4) | None |
Radiological Bioengineering| Course # | Title (Units) | Prerequisites | | BioE C105B | Thermodynamics & Biothermodynamics (3) | Chemistry 1A,Math 53, Physics 7A & Eng 77 | | NE 101 | Nuclear Reactions and Radiation (4) | Phys 7C | | NE 104A | Radiation Detection and Nuclear Instrumentation Lab (2,4) | 101 or equivalent, or consent, 150 or equivalent recommended | | NE 107 C | Introduction to Imaging (3) | NE 101 or 104A or consent of instructor | | NE 162 BCS | Radiation Biophysics and Dosimetry (3) | NE 101 or consent | | NE 170B BCD | Nuclear Design: Design in Bionuclear, Nuclear Medicine, and Radiation Therapy (formerly NE 167) (3) | NE161, 107, or consent | | Chem 143 | Nuclear Chemistry (2) | Phys 7C or equivalent | | Chem E 141 or ME 105 or E115 | Chemical Engineering Thermodynamics (3); Thermodynamics (3); Engineering Thermodynamics (4) | [ChemE 140 w/C- or higher] [Chem 1A, Math 53, Phys 7A] [E77N; Phys 7B, Math 54, Chem 1B recommended] | | EE 20N | Structure and Interpretation of Systems and Signals (4) | Math 1B | | EE 120 | Signals and Systems (4) | EE20N, Math 53,54 | | MCB 133 | Cell Biology of Cancer (3) | Bio 1A-1B | | MCB 132 BC | Biology of Human Cancer (3) (formerly MCB 135G)
| Bio 1A-1B | | Physics 137A S | Quantum Mechanics (4) | None |
Biomedical Systems Engineering| Course # | Title (Units) | Prerequisites | | BioE 104 BCD | Biological Transport Phenomena (4) | Math 54, Physics; BioE 102 recommended | | BioE C105B | Thermodynamics & Biothermodynamics (3) | Chemistry 1A,Math 53, Physics 7A & Eng 77 | | BioE 110 | Biomedical Physiology for Engineers
| BioE10 or Bio1A, Math 54 (ok to take concurrently - pending approval)
| | BioE 121 BD | Introduction to BioMEMS (3) | Chem 3B, Phys 7B | | BioE 121L | BioMEMS and Bionanotechnology Laboratory (4) | BioE 121, Chem 130, EE143, ME 106 or Chem#150A | | BioE C 145L BCD | Introductory Electronic Transducer Lab (3) | EECS40 | | BioE C 145M BCD | Introductory Microcomputer Interfacing Lab (3) | EECS40, CS61B or consent of instructor | | BioE 155 | Introduction to Bioastronautics (4) | None | | BioE C279 CD | Occupational Biomechanics (3) | None | | Chem E 141 or ME 105 or E115 | Chemical Engineering Thermodynamics (3); Thermodynamics (3); Engineering Thermodynamics (4) | [ChemE 140 w/C- or higher] [Chem 1A, Math 53, Phys 7A] [E77N; Phys 7B, Math 54, Chem 1B recommended] | | EE 142 D | Integrated Circuits for Communications (3) | EE 105, EE 120 | | E 170A | Introduction to Modeling and Simulation I, II (2) | E77N, Math 53, 54, jr/sr standing | | E 170B | Introduction to Modeling and Simulation I, II (2) | E77N, Math 53, 54, jr/sr standing | | IB 100A B | Physiology, Structure, and Biomechanics (3) | Bio 1A, 1B, or equivalent | | IB127 and 127L B | Motor Control (2,1) | IB 131, (132, MCB 32, or equivalent), 121, and 124 recommended | | IB 134 B | Principles of Integrative Morphology (4) | IB 100B, Bio 1A-1B, upper div standing | | IB 148 B | Comparative Animal Physiology (3) | Bio 1A-1B | | IB 150 B | Physiological Ecology of Animals (3) | Bio 1A-1B | | ME 104 | Engineering Mechanics II (3) | E36, E 77N, Math 54 | | MCB 110 B | General Biochemistry and Molecular Biology (4) | MCB 100 | | MCB 160B | Introduction to Neurobiology (4) | MCB 100/102, Bio1A, Phys 8A-8B | | MCB 160L B | Neurobiology Laboratory (4) | Bio 1A, Phys 8A-8B, MCB 100/102, 160 or equivalent | | MCB 166 B | Biophysical Neurobiology (3) | Bio 1A, Phys 8A-8B, Chem 1A, 3A-3B | | NE 170B BCD | Nuclear Design: Design in Bionuclear, Nuclear Medicine, and Radiation Therapy (formerly NE 167) (3) | NE161, 107, or consent | | Stats 133 S | Concepts in Computing with Data (3) | None |
Special Advanced Topics, 190 & 290 Series| Course # | Title (Units) | Semester
Taught | Prerequisites | Core Area | | BioE 190A | Physical Methods of Quantitative Biology for Engineers
| Fall 07 | Bioanalytic Chemistry or Quantitative Biology | A, H | | BioE 290A | Stem Cells and Directed Organogenesis
| Spring 07 | Consent of Instructor
| A | | BioE 290F BCD | Principles in Magnetic Resonance
| Spring 07
| EE120 or BioE C165, consent of instructor
| | | BioE 190A BCD | Advancing Biotechnology through Microfluids
| Fall 06
| BioE 121, Chem 130, El Eng 143, ME 106 or ChemE 150A
| | | BioE 190F CS | Intro. To Medical Imaging from Xrays to Magnetic Resonance
| Fall 07 & 06
| None
| | | BioE 290A | Stem Cell Technologies
| Spring 06
| MCB 130, E45 or equivalent
| | | BioE 290A,sec2 | Implications and Applications of Synthetic Biology | Spring 06 | None | B | | BioE 290H B | Cell Mechanism and the Cytoskeleton
| Spring 06
| Ugrad Physics, Biology, consent of instructor
| A, F
| | BioE 290B DS | Baysian Modeling in Comp Biology | Fall 05 | Programming, Math 1A-1B, 53, 54, Biology, consent of instructor | B,D, F
| | BioE 290F | Principles in Magnetic Resonance | Fall 05
| EE 120 or BioE C165, consent of instructor | F, D, H | | BioE 25 | Careers in Biotechnology | Spring 05, 06 | None-Can be substituted for BioE 24 (P/NP) | None
| | BioE 290A | Cardiac Mechanics | Fall 2004 | ME185, consent of instructor | A | | BioE 190H | BioMEMS and Bionanotechnology Lab | Fall 2004 | BioE 121, Chem 130, EE143, ME 106, or ChemE 150A | C, H | | BioE 190A | Receptor-Ligand Dynamics | Summer 04 | Math 53-54, MCB100 or 102, familiar with MATLAB | D | | BioE 190B (F03 will be BioE 155) | Human Exploration of Space (4) | Spring 03 | None | H | | BioE 190C | ISPE Seminar (1) | Spring 03 | None, Pass/No Pass only-Can be substitutued for BioE24 (P/NP) | None | | BioE 190A | Intro. to Bioastronautics (4) | Fall 02 | None | H | BioE 190C BS
*(After Fall 02 will be BioE 131) | Intro to Computational Molecular & Cellular Biology (4) | Fall 02 | Bio 1A, Math 53 & 54, either E77, CS61A,B; or consent of instructor | B, D | BioE 190A
Section 1
| Intro to Bioastronautics, and Human Space Exploration (4) | Spring 02 | None | H | BioE 190A
Section 2
| Space Suit Design Lab (4) | Spring 02 | Consent of Instructor | None | | BioE 190B | International Society for Pharmaceutical Engineers (ISPE Seminars) (1) | Spring 02 | None. Can be substituted for BioE 24 (P/NP) | None | | BioE 190C | Projects in Programming and Algorithms for Computational Biology (3) | Spring 02 | MCB 102, Math 53 | B, D | | BioE 290IB | Advanced Laboratory Practices | Spring 02 & Summer 02 | Consent of Instructor | A, E |
RequirementsEthics Requirement
Fulfills Humanities/Social Studies Requirement and Ethics Content:
Anthro 156B
Environmental Philosphy and Ethics (ESPM) 161
BioE 100, Ethics in Science and Engineering
Bioethics (ESPM), 162
L&S 124, (Eng 124) Ethics and the Impact of Technology on Society
Legal Study 100A
PACS 155, Ethics of Conflict Resolution, Peace & Conflict Studies
Philosphy 2, C104, 105, 107
Political Science 108A, 124C
Public Policy 170
Engineering 195
Fulfills Ethics Content only, (not approved as Humanities/Social Studies course):
Eng 191, Engineering Ethics, also can count as an engineering elective
IDS130, Seminar on Social, Political, and Ethical Issues in Health and Medicine
Public Health 115, Controversies in Biomedical Ethics
Crosslisted Courses
BioE C105B/ ME C105B
BioE C117/ME C117
BioE C118/ Mat Sci C118
BioE C119/ ME C176
BioE C125/ El Eng C125
BioE C145L/El Eng C145L
BioE C145M/El Eng C145M
BioE C146/PMB C146/MCB C146
BioE C141 / Stat C141
BioE C165/ El Eng C145B
BioE C212 / ME C212
BioE C214/ME C214
BioE C216/Mat Sci C216
BioE C223/ME C223
BioE C246/ MCB C246/ PMB C246
BioE C279/Public Health C269C
CS C280/Vision Science C280
MCB C142/IB C163
ME C180/CE C133
Psych C127/Cog Sci C127
ME C124/ Mat Sci C113
Notes - Old Curriculum:
BioE 10
If you took this course prior to Fall 07 it can count in the core in areas A, E, F, H and it also fulfills biological and clinical requirement.
BioE 100
If taken prior to Fall 07
The course can be used in your core under core areas: A, B, C, D, E, F, G, or H
If taken Fall 07 and any subsequent years
Course will fulfill the Humanities/Social Studies requirement with Ethics content. The course can be taken Pass/no pass
BioE 110 & 168L
These two courses are pending approval, we anticipate their approval during Fall 07 semester.
EE126
This course can fulfill the statistical content requirement
Bcourse with biological content C course with clinical content D fulfills design requireme E fulfills ethics requirement S course with statistical content *impacted course |
