Page 3 of 11, 165 Master's in Software Engineering: Explore 165 Programs

The MS Computer Science: Software Engineering Track for International Students (F-1 Visa Academic Students) provides key career and skills development in the following high-demand and cutting-edge areas of study: Computer and Data Science, Artificial Intelligence, Cybersecurity, and Software Engineering.

The Software Engineering master program is one of our four sub-specializations in Applied Computer Engineering. Its master employability ratings today are excellent. We have ensured a work placement internship for our students with well-known industry players in Croatia and the EU.

The Master of Science in CSSE provides online students an opportunity for advanced learning and creative research. Students will further their education through a balanced program in both instruction and research with the goal of achieving excellence in the field of computer science and software engineering. Online students can choose a non-thesis (courses only) or, with special permission from the department, the thesis option. They will be able to specialize in areas such as artificial intelligence, computer networks, cybersecurity, databases and data science, human/computer interaction, and machine learning.

The Master of Science in CSSE provides on-campus students an opportunity for advanced learning and creative research. Students will further their education through a balanced program in both instruction and research with the goal of achieving excellence in the field of computer science and software engineering. On-campus students may choose the thesis or non-thesis option. They will be able to specialize in areas such as artificial intelligence, computer networks, cybersecurity, databases and data science, human/computer interaction, and machine learning.

M. Sc. in Global Software Development is an international, practice-oriented Master's degree program taught entirely in English. Graduates are able to work in a globally distributed team on the design and realization of complex, distributed software systems.

There are many roles to play in the game industry. At Duke, we prepare our graduates to play the game they choose by becoming game designers, developers, and leaders of dynamic production teams. We will empower you with the skills industry leaders are looking for, such as proficiency in programming—including C# and C++—and how to apply these skills to the leading game engines. You will also learn design principles for gameplay, art, user experience and storytelling.

The purpose of the program is to prepare high-quality software engineers who are able to carry out independent research to lead software development, maintenance, and process improvement projects; to apply their knowledge in different application areas; to make decisions under conditions of limited information, and logically, unambiguously and clearly argue them among specialists and non-specialists.

This MSc programme is unique in the sense that it focuses strongly on direct contact with international leading researchers through the compulsory Research Internships.

This Master’s program focusses on developing skills for research and development in computer science. Students get first-hand experience in a challenging, creative, dynamic and multi-disciplinary environment, where they can contribute to the realization of research projects.

The MSc in Software Engineering includes the application of specialised knowledge and skills to develop different kinds of large, complex software systems. The programme also provides the opportunity to specialise in data analytics, extracting knowledge from large data sets. There is a continuous demand for software engineers and data analysts both internationally and nationally.

Software engineering involves the application of specialised knowledge and skills to develop different kinds of large, complex software systems. The course aims to: equip graduates with a detailed knowledge of the theories, processes, methods and techniques of building high-quality software in a cost-effective manner; to increase the awareness of the opportunities offered by current research in Software Engineering and its application to current practice.

This course provides students with the knowledge, skills and expertise required to develop software systems for deployment in different international and cultural locales. It is aimed at students who hold a primary degree in another discipline and builds on key transferable outcomes that they bring from that degree: outcomes like self-learning, communication and critical thinking.

The course provides a broadly based training in computer engineering for graduates who wish to augment their analytical skills with skills and knowledge of computer systems, computer programming, software engineering data communications and digital electronics; and a program of study dedicated to computer systems and engineering.

This three-semester, internationally-oriented course of study is designed to meet the demands of the industry for highly motivated, team-oriented software experts.

In today’s ever-changing market, designers and developers need advanced knowledge of and highly developed skills in how to create innovative and competitive products. This program builds an understanding of how people interact with software. It then explores how digital technologies, such as the semantic web and recommendation agents, can enhance user experience.