The Big Data Essentials certificate introduces students to the core concepts and technologies used to handle large-scale, complex data environments. Rather than focusing solely on analysis, the program emphasizes the full data pipeline, including data storage, processing frameworks, and scalable system design. Students explore how modern data ecosystems operate and develop the technical ability to work with distributed systems and high-volume data platforms. This certificate is suited for individuals seeking to build practical expertise in managing and leveraging data in today’s data-driven industries, while also laying the groundwork for advanced study.

Prerequisites

Applicants should have a bachelor’s degree from an accredited institution in a STEM discipline or have relevant professional experience in computing. Further information can be found here

Related MS Programs

Students who achieve a GPA of at least 3.0 are assured of admission into MS programs offered by the Ying Wu College of Computing. Courses within this certificate program may fulfill the degree requirements for the MS in DSMS in AI, or MS in BNFO program. Current students may also reach out to YWCC advisors for additional information. 

Degree Requirements

The graduate certificate in Big Data can be completed by taking four courses (12 credits). The requirements must be satisfied as indicated in the following Course List. 

Core Courses6
DS 644Introduction to Big Data3
or CS 644 Introduction to Big Data
DS 637Python and Mathematics for Machine Learning *3
Electives6
Select two of the following:
CS 632Advanced Database System Design3
CS 643Cloud Computing3
CS 670Artificial Intelligence3
DS 642Applications of Parallel Computing3
DS 675Machine Learning3
or CS 675 Machine Learning
DS 732Theoretical Foundation of Machine Learning3
or CS 732 Advanced Machine Learning
IS 601Python for Web API Development3
IS 665Data Analytics for Info System3
MATH 661Applied Statistics3
Total Credits12

DS 637 is recommended as an introductory course, offering a review of mathematics for machine learning to students with a limited background in mathematics or programming.