| Course # |
Course title (units) |
Prerequisites |
| BioE 192 |
Senior Design Projects (4) |
Senior Standing |
| BioE H194 |
Honors Undergraduate Research (3,4)
|
Upper division standing, min. 3.3 GPA
|
BioE 196
|
Undergraduate Design Research (4)
|
Junior/Senior status, consent of instructor
|
| Chem E 140 |
Introduction to Chemical Process Analysis (4) |
Chem 1B, E77, CS 61A, Physics 7B |
| Chem E 141 |
Chemical Engineering Thermodynamics (3) |
Chem E 140 w/C- or better |
| 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 170A |
Biochemical Engineering (3) |
ChemE 150B |
| Chem E 170B |
Biochemical Engineering (3) |
ChemE 170A |
| 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 |
| CE C30/ME C85 |
Introduction to Solid Mechanics (3) |
Math 53 and 54 (co-requisite); Physics 7A. |
| CE 130N |
Mechanics of Materials I (3) |
CE 60 or E45, E36 |
| CS 61A |
Structure and Interpretation of Computer Programs (4)
|
Math 1a, programming experience
|
| CS 61B or CS61BL |
Data Structures (4) |
B- or better in CS 61A |
| CS 70 |
Discrete Mathematics and Probability Theory (4) |
Math 1A, 1B; programming experience |
| CS 170 |
Efficient Algorithms and Intractable Problems (4) |
CS 61B, Math 55 |
| CS 186 |
Introduction to Database Systems (4) |
CS 61B and 61C |
| CS C191/Physics C191 |
Quantum Information Science and Technology (3) |
Math 54, Physics 7A,B and either Physics 7C, Math 55 or CS 170 |
| E 7 |
Introduction to Computer Programming for Scientists and Engineers (4)
|
Math 1B
|
| E 45 |
Properties of Materials (3) |
Physics 7A |
| E 115 |
Engineering Thermodynamics (4)
|
Chem 1B, Physics 7B, Math 54 |
| E 170 |
Introduction to Modeling and Simulation I, II (4) |
E77N, Math 53, 54, jr/sr standing |
E 190
|
Technical Communication (3)
|
English 1A or equiv., upper division standing
|
| EE 20N |
Structure and Interpretation of Signals (4)
|
Math 1B
|
EE 40
|
Introduction to Microelectronic Circuits (4)
|
Math 1B, Physics 7B
|
| EE 100 |
Electronic Techniques for Engineering (4)
|
Math 1B, Physics 7B |
| EE 105 |
Microelectroni Devices and Circuits (4)
|
EE 40 |
| EE 117 |
Electromagnetic Fields and Waves (4) |
EE 40, Math 53, 54, knowledge of phasor analysis (e.g. as taught in EE 105) |
| EE 120 |
Signals and Systems (4) |
EE20N, Math 53, 54 |
| EE 126 |
Probability and Random Processes (4) |
EE20N |
| EE 129 |
Neural and Nonlinear Information Processing (4) |
EE 120 or consent |
| EE 142 |
Integrated Circuits for Communications (3) |
EE 105, EE 120 |
| EE 143 |
Processing and Design of Integrated Circuits (4) |
EE40, Phys 7B |
| EE 192 |
Mechatronic Design Laboratory (4) |
EE120, CS 61B/61C, 150 |
| IEOR 162 |
Linear programming (3) |
Math 53, 54 |
| ME 102 |
Mechanical Engineering Design (3) |
ME C124, E 28 |
| ME 104 |
Engineering Mechanics II (3) |
E36, E77, Math 54 |
| ME 106 |
Fluid Mechanics (3) |
ME 104 |
| ME 109 |
Heat Transfer (3) |
ME 105, ME 106 |
| ME 118 |
Introduction to Nanotechnology & Nanoscience (3) |
Chem 1A, Physics 7B |
| ME 119 |
Introduction to MEMS (3)
|
Electrical Engineering 100, Physics 7B |
| ME 128 |
Computer-Aided Mechanical Design (3) |
ME102, E28, CE130, Math 53-54, or consent of the instructor |
| ME 133 |
Mechanical Vibrations (3) |
ME 104 |
| ME 167 |
Microscale Fluid Mechanics (3) |
ME 105, 106, 109, Physics 7B |
| ME 185 |
Introduction to Continuum Mechanics (3) |
Phys 7A, Math 53-54 |
| MSE 102 |
Bonding, Crystallography, & Crystal Defects (3) |
E 45 |
| MSE 104 |
Materials Characterization (4) |
MSE 102 |
| MSE 111 |
Properties of Electronic Materials (4) |
Physics 7A,B,C |
| MSE 113 |
Mechanical Behavior of Engineering Materials (3) |
E 45, CE 130 |
MSE 151
|
Polymeric Materials (3)
|
Chem 1A or E 5, MSE 103 recommended
|
| NE 101 |
Nuclear Reactions and Radiation (4) |
Physics 7C |
| NE 107 |
Introduction to Imaging (3) |
NE 101 and 104A or consent of instructor |
NE 170B
|
Nuclear Design: Design in Bionuclear, Nuclear Medicine, and Radiation Therapy (3) |
NE 107, 161, or consent of instructor |
| and/or any BioE Topics class |
