Department · CSPB
CSPB
18 courses and 8 professors at University of Colorado Boulder — ranked by composite rating and difficulty.
Avg rating
4.2/5
Avg difficulty
1.6/5
Sections
35
CSPB Courses
CSPB 1300: Computer Science 1: Starting Computing
2 sections
Easy
CSPB 2270: Computer Science 2: Data Structures
2 sections
Easy
CSPB 2400: Computer Systems
2 sections
Medium
CSPB 2820: Linear Algebra with Computer Science Applications
2 sections
Hard
CSPB 2824: Discrete Structures
2 sections
Easy
CSPB 3010: Intensive Programming Workshop
2 sections
CSPB 3022: Introduction to Data Science with Probability and Statistics
2 sections
Easy
CSPB 3104: Algorithms
2 sections
Hard
CSPB 3112: Professional Development in Computer Science
1 section
Easy
CSPB 3155: Principles of Programming Languages
2 sections
Hard
CSPB 3287: Design and Analysis of Database Systems
2 sections
Hard
CSPB 3308: Software Development Methods and Tools
2 sections
Hard
CSPB 3403: Introduction to Cybersecurity
2 sections
Hard
CSPB 3702: Cognitive Science
2 sections
Medium
CSPB 3753: Design and Analysis of Operating Systems
2 sections
Hard
CSPB 3832: Natural Language Processing
2 sections
Easy
CSPB 4122: Information Visualization
2 sections
Easy
CSPB 4622: Machine Learning
2 sections
Medium
Top-Rated CSPB Professors
CSPB FAQ
How many CSPB courses are offered at CU Boulder?
The CSPB department (CSPB) at University of Colorado Boulder currently offers 18 courses with 35 total sections.
How many professors teach CSPB at CU Boulder?
There are 8 instructors currently teaching CSPB (CSPB) courses at University of Colorado Boulder.
What is the average professor rating in CSPB at CU Boulder?
Professors in the CSPB department have an average rating of 4.2/5 based on student evaluations.
How difficult are CSPB courses at CU Boulder?
CSPB courses at University of Colorado Boulder have an average difficulty rating of 1.6/5 based on student evaluations.
How do I build a schedule with CSPB classes?
Use DegreeDraft's free schedule builder to add CSPB (CSPB) courses to your plan. It automatically detects time conflicts and generates optimal, conflict-free schedules.