Information Systems

Offered By: Indiana University via edX

Course Description

Overview

With the pervasiveness of the digital technologies, there is a shift in the skillsets required to understand the role that information systems and technologies play in business.

Information systems and technologies are becoming increasingly integral to success as businesses transform themselves into digitally-enabled organizations. The MicroMasters® program in information systems is designed to provide an overview of the foundational capabilities that form the digital core along with the digital technology strategy that focuses on creating value at the frontiers of business and technology. Learn from world-renowned information systems professors and authors of leading textbooks at Kelley School of Business — the #1 ranked school for online business graduate programs. This MicroMasters program will help you gain expertise as follows:

Understanding structured transactional data and known questions along with unknown, less-organized questions that are enabled by raw/external datasets in the data lakes. Some of the topics will include data strategy and data governance; relational databases/SQL; data integration; master data management; and big data technologies.
The foundational cloud capability supports the need for agility, scale and operating flexibility that is needed to create more adaptable, digital businesses. Some of the topics covered will include network and application architecture; virtualization; cloud computing models; deployment on the cloud; and the internet of things (IoT).
In developing the digital ecosystem, value will be premised in the utility that is created by strategically infusing business with digital technologies. Some of the topics covered will include blockchain and distributed trust; artificial intelligence and robotic process automation; business analytics and machine learning for digital information; managing IT investments; AGILE for digital transformation; and digital resiliency, security, and risk management.

Three graduate-level courses in the MicroMasters program represent 30% of the coursework in the online Master of Science in Information Technology Management from the Kelley School of Business at Indiana University (kelley.iu.edu) offered on the edX platform (https://www.edx.org/masters/online-master-in-it-management-indiana-university). Completing this MicroMasters program in Information Systems can strengthen your application to the Information Technology Management Master’s degree, as well as advancing your career on its own.

Syllabus

Courses under this program:
Course 1: Enterprise Data Management

Understand structured transactional data and known questions along with unknown, less-organized questions enabled by raw/external datasets in the data lakes. Topics include data strategy and data governance, relational databases/SQL, data integration, master data management, and big data technologies.

Course 2: Digital Technology and Innovation

Look at digital technology and innovation from the perspective of a chief information officer (CIO). Learn about Agile frameworks, cybersecurity and risk management, IT investments, and vendor management.

Course 3: Digital Ecosystem Infrastructure

Learn the fundamentals of cloud computing and its impact on IT and business.

Courses

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12 weeks, 8-10 hours a week, 8-10 hours a week
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This course will be retired.

High-quality information is the key to successful management of businesses. Despite the large quantity of data that is collected by organizations, managers struggle to obtain information that helps them make decisions. While operational processing systems help capture, store, and manipulate data to support day-to-day operations of organizations, reconciled systems -- sometimes referred to as data warehouses or business intelligence (BI) systems -- support the analysis of data, thus, enabling decision making.

With the advent of big data systems, organizations have turned to enterprise data management frameworks to manage and gain insights from the vast amount of data collected. While storage costs themselves are relatively affordable, the bigger challenge has been finding an appropriate mechanism to manage the data as many technologies (e.g., relational databases, data warehouses) have limitations on the amount of data that can be stored.

This course focuses on realizing the business advantage and business potential of operational, reconciled, and big data systems as well as data assets in supporting enterprise data management strategies and enterprise data analytics.

Verified Learners will need to purchase a textbook in order to successfully complete the course. See the FAQ for details.
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12 weeks, 8-10 hours a week, 8-10 hours a week
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This course will be retired.

In developing the digital ecosystem, a CIO adds value by strategically infusing business with innovative digital technologies. This requires an understanding of the range of technologies that are transforming the way business is done. Additionally, a successful CIO must be able to manage the adoption, implementation, and diffusion of tech within an organization. This includes analyzing the role of innovation and executing change strategies.

This course helps prepare professionals for digital transformation skills at the intersection of business and technology.
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12 weeks, 8-10 hours a week, 8-10 hours a week
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Cloud computing is a foundational capability for success in business information systems. To be adaptable in the digital environment, businesses need agility, scale, and operating flexibility. Cloud computing applications can fulfill these needs. In this course, you will explore components of network architecture, virtualization, cloud computing models, deployment on the cloud, and the Internet of Things (IoT). Enroll now to learn the advantages of cloud computing in a business environment and the impact of cloud computing on information technology.

Verified Learners will need to purchase a textbook in order to successfully complete the course. See the FAQ for details.

Taught by

Jingjing Zhang, Vijay Khatri, Carl Briggs, Alan Dennis, Tom Gregory, Brad Wheeler, Alex Lopes, Bipin Prabhakar, Hillol Bala and Ramesh Venkataraman