Algorithms and Data Structures Learning Path

Algorithms and Data Structures is a MicroMasters designed by edX. It consists of eight courses and can be completed in nine months with 9 hours of learning content .

Start Learning

Description

This MicroMasters program is a mix of theory and practice: you will learn algorithmic techniques for solving various computational problems through implementing over one hundred algorithmic coding problems in a programming language of your choice.

Subscribe for Updates

Or create a free DataKwery.com account

Free Learning Paths by Career Track

Bootstrap Data ScientistBootstrap Data AnalystBootstrap Business AnalystBootstrap Data EngineerBootstrap Chief Data OfficerBootstrap Data Architect

Included Courses

edX
University of California, San Diego
Free
1. Algorithmic Design and Techniques

6 weeks, 9 hours/week

Intermediate
Algorithms Debugging Programming
edX
University of California, San Diego
Free
2. Data Structures Fundamentals

6 weeks, 9 hours/week

Intermediate
C++ Java Python Algorithms Arrays Decision Trees Programming
edX
University of California, San Diego
Free
3. Graph Algorithms

6 weeks, 9 hours/week

Intermediate
Algorithms Cluster Analysis Data Visualization Decision Trees
edX
University of California, San Diego
Free
4. NP-Complete Problems

3 weeks, 9 hours/week

Intermediate
Algorithms
edX
University of California, San Diego
Free
5. String Processing and Pattern Matching Algorithms

4 weeks, 9 hours/week

Intermediate
Algorithms Arrays Decision Trees
edX
University of California, San Diego
Free
6. Dynamic Programming: Applications In Machine Learning and Genomics

4 weeks, 9 hours/week

Intermediate
Algorithms Data Modeling Machine Learning Programming
edX
University of California, San Diego
Free
7. Graph Algorithms in Genome Sequencing

3 weeks, 9 hours/week

Intermediate
Algorithms Decision Trees
edX
University of California, San Diego
Free
8. Algorithms and Data Structures Capstone

4 weeks, 9 hours/week

Intermediate
Algorithms Big Data Data Sets Optimization