Online Master of Science in Information Systems
Coursera
Your gateway to being a leader in tech engineering—even without previous tech experience.
100%
online
18+
Months
8
Courses
$24k
$3,000 per course
About the program
With the Online Master’s of Science in Information Systems (MSIS) from the College of Engineering at Northeastern University, you’ll learn how to use technology to address the challenges facing people in businesses, organizations and communities across the world.
Designed for graduates and working professionals from any background, the MSIS equips you with the technical skills and business management expertise to drive digital transformation in any organization. You’ll gain deep applied knowledge across a range of technological fields, including UX design, software development, data analytics and digital business processes.
Along the way, you’ll absorb and become proficient in business leadership best practices. With a strong working knowledge of quality assurance, data management, agile methodologies and marketing assessment, you’ll be ready for leadership in almost any organization or industry.
With this unique and flexible set of must-have skills, you’ll be ideally positioned to step into a diverse range of tech leadership roles, including IT project manager, systems administrator, software developer, information security analyst and more.
This prestigious and meticulously designed master’s allows capable graduates from all academic and professional backgrounds to reposition themselves across a range of rapidly growing IT industries, ready to help define and lead the systemic changes that are reshaping our societies.
Skills
- Mobile app software engineering 70%
- User experience (UX) design 60%
- Python application engineering 80%
- Information systems development 50%
- Agile software development 70%
- Business management 90%
Skip the application—let your performance pave your way
With the MSIS program’s fast app pathways, you can skip the application process, and use your performance on two initial courses to secure your place in the MSIS.
Complete two courses, get a ‘B’ or better, show proof of your bachelor's degree by the time you complete the two courses, and you’ll join the next cohort on the master’s degree.
You can also apply to the program using the standard graduate application for direct admission consideration. Learn more about the standard application requirements at the College of Engineering graduate admissions.
No tech experience?
Complete the MSIS Bridge specialization, Information Systems Foundations, through Coursera, before joining the Online MSIS performance-based admissions pathway courses. Fill out the Fast App to find out if the Bridge specialization is your pathway into the program.
Current Fast App dates
Term |
Submit Fast App between |
Enroll by |
Start course(s) |
| Spring 2025 | August 22 - December 15 | December 20 | January 6 |
Missed an enrollment deadline? Use the enrollment link in your email to enroll in the current term.
Fill out the fast app to get started on your MS in Information Systems degree today.
Spring 2025 pathway courses
Take a look at the fast app performance-based pathway courses starting September 2024. Use the course outlines to start preparing in advance of the courses starting.
For your performance-based pathway, you'll enroll in INFO 5100 and your choice of available elective shown below for a total of two courses.
INFO 5100: Application Engineering & Development
Note: INFO 5100 must be taken first or in combination with other available course.
Takes students in a step-by-step manner through the process of systematically combining UX techniques, business processes, and complex data models to assemble applications that are user-friendly and meet business requirements. Employs the object-oriented paradigm, visual user experience, and system design principles to put together complicated, powerful, real-world applications. The primary objective of this course is to practice social-technical software engineering methods and tools to solve real-world problems. Offers students an opportunity to learn innovative design and programming techniques to build significant business applications quickly; to practice simple and smart ways of making software construction enjoyable; and to master the art of how to systematically write software programs to solve any business problem.
INFO 6245: Planning and Managing Information Systems Development
Provides an overview of the most popular information systems needs’ assessment methodologies including portfolio analysis, stage assessment, business systems planning, and the Alloway survey technique. Topics include utilities IS strategic plan prioritization techniques of business goal alignment, architectural compatibility, and cost/benefit and risk analysis to demonstrate how businesses match needs to budgetary constraints. Describes and evaluates options for the placement of the IS function within the organization and a variety of methods to manage the function. Introduces a generic application development and project planning methodology used as a model to facilitate the development of a four stage project plan for a prototype project. Uses the Project Management Institute’s PMBOK and Harvard Business School case studies extensively.
INFO 7245: Agile Software Development
Offers students an opportunity to achieve a high level of practical understanding of software development life cycle (SDLC) with emphasis on agile and adaptive incremental methodologies. Examines techniques Spring for the management and evolution of software systems, including project planning from requirements gathering, analysis, estimation, and releasing using a hands-on approach to implement agile methodologies. Also covers maintainability, including software risk analysis, project retrospectives, and process models such as capability maturity model, configuration management, and their practical
implementation.
INFO 6205: Program Structure and Algorithms
Presents data structures and related algorithms, beginning with a brief review of dynamic memory allocation. Discusses the fundamental data structures in detail, including the abstract representation, supporting algorithms, and implementation methods. Focuses on understanding the application of the abstract data structure and the circumstances that affect implementation decisions. Covers lists, stacks, queues, trees, hash tables, and graphs. Covers recursion and searching and sorting algorithms in detail. Emphasizes data abstraction and encapsulation in code design. Explores external storage structures, time permitting
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