Earn your M.S. in Computer Engineering online from a U.S. News top-20 ranked program at Syracuse University in as few as 15 months; no GRE currently required. Learn to create groundbreaking hardware and software solutions.

The Software Engineering specialisation track prepares you for a full life cycle of demanding software systems, starting from their design and finishing with their implementation.

The Master’s Degree Programme in Advanced Practice Nursing programme in Clinical Caring Science offers advanced clinical competencies for practice nurses. After completing this programme you will be able to practice in wider areas of responsibility, work independently in advanced clinical roles, provide direct healthcare services to individuals, families and communities, influence clinical healthcare outcomes, as well as contribute to the development of evidence-based healthcare services. Completed studies will result in a Master of Health Sciences degree.

Change direction and learn what you need to know for a new career in software development with this industry-focused conversion degree. The MSwDev is an intensive 12-month programme that starts in July (Trimester 2). It’s delivered by the School of Engineering and Computer Science as part of the Industry Alliance Programme. It teaches you core programming concepts and skills that you can apply to an industry-related project.

The M.Sc. in Software and Information Systems Engineering Program provides high-level education for researchers and practitioners in a broad range of Artificial Intelligence fields such as Game Theory, Natural Language Processing, Data Science, Machine Learning, Automated Planning, Multi-Agent Systems, Recommendation Systems, Fault Detection and Diagnosis, and Heuristic search.

Use your creative talent and programming skills to plan, design, and build innovative software and apps that provide meaningful experiences to users.

Software is rapidly becoming the main driving force for innovation and development in a wide range of fields, including the automotive, telecom, and defense industries. Studying in this program will give you a unique combination of advanced technical knowledge and management skills, preparing you for a dynamic and hugely exciting career in a fast-moving field.

The 36-unit program in MS in Computer Science requires two years (four semesters) of full-time study and follows a cohort model during the first year in which all students take the same set of core courses. During the second year, students may choose from a rotating selection of graduate electives based on their interests and goals.

The User Experience Design (one year master) In User Experience Design 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.

Aimed at non-computing graduates, this course provides the core and most advanced practical knowledge and skills that a professional software engineer needs to be successful in today’s IT industry. Are you a graduate in a non-computing subject with some basic experience and interest in computing who would like to enter the IT industry? Are you already working in the IT industry and would like to increase your technical skills and knowledge? If your answer to either question is yes, this course is for you. Software engineering is the application of engineering methods, practices and disciplines to the creation and maintenance of software applications and systems. A professional software engineer works with these engineering approaches to develop software in a systematic, quantifiable and disciplined way. By choosing this course, you’ll get the essentially practical experience of programming and applying software engineering to a number of new and important areas of IT and computing. In addition, you’ll develop a strong grasp of the theory that underpins these practical skills. To ensure that you have the best possible employment prospects at the end of the course, you’ll gain skills that cover a variety of areas: technical skills, such as programming, object-oriented software development, practical experience of software development tools; soft skills, such as analytical and critical thinking, communication, presenting and demonstrating, team working, and peer review; and career skills, such as CV writing, planning, job searching, interview practice.

The Master in Online Software Engineering of UNIR aims to complete the training of IT professionals and equip them with knowledge about web environments, Information Security and Software Engineering.

The Master's program in Digital Transformations at the University of Europe for Applied Sciences (UE) provides students with the practical skills and theoretical knowledge needed to lead in the digital world. The course covers essential skills for creating, designing, transmitting, using, and storing digital data and information. Graduates are trained to evaluate and influence digital changes and societal shifts, creating new communication strategies and technologies.

MSc in Software Engineering imparts general software engineering skills and specialized skills in enterprise systems and embedded real-time systems. The international master’s programme in Software Engineering offers general software engineering and management skills and specialised skills in two major software application domains: enterprise systems and embedded real-time systems. The programme is delivered jointly by Estonia’s two largest universities: the University of Tartu and TalTech. Students graduating from this programme obtain degrees from both universities. The programme prepares students for high-end technical or managerial roles at the most respected technology companies. The programme is closely related to the tech industry, and the students get opportunities to receive practice at the partner companies.

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.