Walden University

You can achieve a higher level of success. And you can start today.

At Walden, we believe that knowledge is most valuable when put to use in organizations, communities, and families. We offer over 35 online degree programs with more than 140 specializations and concentrations, all designed to help professionals gain the knowledge they need to have a real impact in their lives and the lives of others.

Our advanced degrees are intended to advance the quality of life not just for the Walden graduate, but for everyone he or she encounters. Whether it be in business, community and charitable service or friendship, to make a difference in any life is to serve the greater good. Doing so doesn't just make you a better corporate citizen. It makes you a better corporate asset, a better neighbor and friend, a better person.

As an accredited institution with nearly 40 years of experience, Walden has graduated over 37,000 alumni, all of whom now have the credentials and desire to make a real difference and be a force for good.

To learn more about Walden degree programs and how we're helping adult learners make a positive change, submit your information in the form on the right.

You can make a better future. And you can start today.

The NTU College of Engineering and Applied Science

The NTU College of Engineering and Applied Science was founded in 1984 as National Technological University with the sponsorship of IBM, Motorola, Hewlett-Packard and Lockheed Martin. Today, as part of Walden, the school offers online master's degree programs, taught by today's top experts for tomorrow's innovators.

MS in Software Engineering (Online)

Walden's M.S. in Software Engineering program is designed to prepare you to engage in a systematic, disciplined approach to software engineering.

• General Program
  Gain expertise in the latest software development theories and the engineering principles that support software design, including design, testing, implementation, and maintenance.
  
• Design
  Learn how to elicit feedback for software products from stakeholders, create or select architectures and designs to meet requirements for products and product lines, use mathematical techniques to establish the soundness of designs, and establish performance metrics for software systems.
  
• Management
  Learn to apply the principles of software quality management to the development and maintenance of software products and product lines, and gain an understanding of marketing considerations for software products and the financial risks associated with software development.
  
• Project Management
  Learn how to create schedules and budgets for software engineering projects; apply the concepts of earned value, risk management, contract management, and stakeholder management to manage software engineering project activities; and present information to, communicate with, and negotiate with all stakeholders to achieve successful project completion.
  
• Quality and Testing
  Learn how to test software at the unit and system level, apply probabilistic and statistical methods to the testing and measurement of software systems, and apply quality management techniques to the development and testing of software systems.
  
• Self-Designed
  Customize your Program of Study based on your career goals by choosing from a wide array of electives to meet your specific interests.
  

MS in Systems Engineering (Online)

Walden's M.S. in Systems Engineering program is designed to prepare you to analyze, develop, and manage large engineering and organizational systems.

• General Program
  Learn the necessary processes and gain the tools that will enable you to define and validate system requirements, develop effective designs, and ensure those designs are safe and meet customer requirements.
  
• Operations
  Learn the processes and gain the tools that will enable you to define and validate system requirements and engage in the analysis and design of large-scale systems. Develop an understanding of the concepts of systems and systems engineering so you can estimate reliability and risk associated with large-scale systems and ultimately plan, organize, and manage complex systems projects.