UCSC CE and EE Program Courses by Course ID

This is a list of our extended course descriptions by course ID. This list will take you to the extended description without the lab facillities descriptions, the mapping to ABET outcomes, or the sample coursework.

1. CE class descriptions
   
   1. CE1: Hands-On Computer Engineering
   2. CE8: Robot Automation: Intelligence through Feedback Control
   3. CE12: Computing Systems and Organizion
   4. CE13: Computer Systems and C Programming
   5. CE16: Applied Discrete Mathematics
   6. CE16h: Applied Discrete Mathematics (honors)
   7. CE80e: Engineering Ethics
   8. CE100/L: Logic Design and Lab
   9. CE107: Mathematical Methods of Systems Analysis
   10. CE108: Data Compression
   11. CE110: Computer Architecture
   12. CE112: Computer and Game Console Architecture
   13. CE113: Parallel and Concurrent Computing
   14. CE117: Embedded Software
   15. CE118/L:Introductions to Mechatronics
   16. CE121/L: Microprocessor System Design
   17. CE123/L: Advanced Microprocessor System Design
   18. CE/EE123a: Engineering Design I
   19. CE/EE123b: Engineering Design II
   20. CE125/L: Logic Design with Verilog
   21. CE131: Human Computer Interaction
   22. CE150: Introduction to Computer Networks
   23. CE151: Network Administration
   24. CE152: Analysis and Design of Communication Protocols
   25. CE154: Data Communications
   26. CE155: Computer Networks Project
   27. CE173/L: High Speed Digital Design
   28. CE177: Applied Graph Theory and Algorithms
   29. CE185: Technical Writing for Computer Engineers
2. CS class descriptions
   1. CS12A: Introduction to Programming
   2. CS12B: Introduction to Data Structures
   3. CS13: Honors Introduction to Programming and Data Structures
   4. CS101: Algorithms and Abstract Data Types
   5. CS104A: Fundamentals of Compiler Design I
   6. CS104B: Fundamentals of Compiler Design II
   7. CS111: Introduction to Operating Systems
   8. CS115: Software Methodology
   9. CS116: Software Design Project
3. Chemistry class descriptions
   1. Chem1bc/mn: General Chemistry
4. EE class descriptions
   1. EE70/L: Introduction to Electronics (renumbered in 09-10 to EE191/L)
   2. EE80T: Modern Technology and How It Works
   3. EE101/L: Introduction to Electronics (renumbering of old EE70L course)
   4. EE103: Signals and Systems
   5. EE115: Introduction to MEMS Design
   6. CE/EE123a: Engineering Design I
   7. CE/EE123b: Engineering Design II
   8. EE125: Electrical Engineering Hardware Design I
   9. EE126: Electrical Engineering Hardware Design II
   10. EE127: Interdisciplinary System Design Project I
   11. EE128: Interdisciplinary System Design Project II
   12. ME/EE129 (San Jose State): Basic IC Fabrication and Design
   13. EE130/L: Introduction to Optoelectronics and Photonics
   14. EE135/L: Electromagnetic Fields and Waves/Lab
   15. EE136: Engineering Electromagnetics
   16. EE145: Properties of Materials
   17. EE151: Communications Systems
   18. EE152: Introduction to Wireless Communication
   19. EE153: Digital Signal Processing
   20. EE154: Feedback Control Systems
   21. EE171/L: Analog Electronics
   22. EE172: Advanced Analog Electronics
   23. EE178: Device Electronics
5. AMS class descriptions
   1. MA19A/B and AMS19A/B: Calculus for Science, Engineering, and Mathematics
   2. AMS23A/B: Multivariable Calculus
   3. AMS10: Mathematical Methods for Engineers I
   4. AMS20: Mathematical Methods for Engineers II
   5. AMS27/L: Mathematical Methods for Engineers
   6. AMS147: Computational Methods and Applications
6. Physics class descriptions
   1. Phys5abcd/lmn: Introduction to Physics