Top 220 Masters in Computer Science 2019/2020

At Northwest, we are dedicated towards the development of future leaders in the information technology (IT) industry. Our highly qualified faculty members collaborate and work together to educate students who come to obtain a quality education. We provide appropriate technological and instructional resources for our students to help them succeed in the IT job market worldwide. Northwest is also committed towards the personal and social development of its students by providing opportunities for our students to interact with others in a successful, ethical way.

The MRes Computer Science programme is designed to develop research skills and allow students to specialise in a specific field of study, within the broader area of computer science. This will prepare you for future employment in a specialised area or a role involving academic research or industrial research and development.

Graduates of this programme, as with all XJTLU masters degrees, earn a University of Liverpool degree that is recognised by the Chinese Ministry of Education.

The MRes Computer Science programme will equip you with comprehensive knowledge and understanding of:

The Master of Software Engineering (MSE) covers the application of engineering principles to the building of computer software. The field covers the theories, tools and methods for systematic representation, design, verification, development, production, validation and maintenance of software products including programs, prototypes, documentation, user interfaces, training and evaluation.

All courses needed for the degree are available online to students residing both in and out of the United States. International students interested in this program must contact the Department of Computing and Information Sciences for admission before taking classes. Students never need to come to campus for any coursework.... [-]

Earn a Computer and Systems Security Professional Science Master’s degree from Temple University’s College of Engineering to safeguard cyber-physical systems and integrated hardware and software infrastructure that operate networked computers, control, and security systems for automated systems, intelligent machines and the Internet of Things.

This master’s program comprises six required courses (18 credits) and four electives (12 credits) that are customizable to your interests, for a total of 30 credits. An internship or senior capstone project provides practical applied experience to the program. Core courses include

Develop the Technology of Tomorrow. Cornell Tech's Electrical & Computer Engineering Masters combines Cornell University's academic rigor with the energy and opportunity that come with studying in the heart of New York's tech start-up community.

The Master of Engineering in Electrical & Computer Engineering at Cornell Tech is a year-long immersive program designed to teach engineers, scientists and quantitative analysts important state-of-the-art methods in signal processing, data science, and decision theory. The courses in this program will teach you to think like an entrepreneur, work on cross-disciplinary teams and create a portfolio of work relevant to today's digital technology.... [-]

An online course with optional face-to-face workshops.

Early bird discount up to £1,000.

In today’s world, mobile apps are ubiquitous, delivering solutions to modern life. As a medium for creative and artistic expression, they provide answers to everyday problems with clever design and user insights. App development offers a wealth of creative opportunity in an evolving arena that reacts rapidly to technological advances.

Designed with industry experts, Falmouth’s MA in Creative App Development responds to these shifts, and gives you the chance to expand your creative skills to capitalise on the opportunities available in this growing field.... [-]

The Master of Information and Data Science (MIDS) is an online degree program for professionals looking to become leaders in the field of data science. The program features a multidisciplinary approach that encompasses the entire data lifecycle, from planning and gathering data to analyzing and presenting findings. Coursework in this program examines issues of privacy, explores machine learning, and considers techniques for data storage and management. Students in the program benefit from UC Berkeley’s strong ties to the Bay Area and Silicon Valley.

Software plays a pivotal role in almost all aspects of our life, including transportation, communication, economy, and healthcare.

We put trust in software to accomplish complex and vital tasks for us, such as managing our finances, sharing our family and friends’ memories, diagnosing diseases, flying airplanes or driving cars. The complexity of these tasks, while becoming transparent to us, does not go away: It is distilled into the software our civilization depends on. Indeed, we are already in the era of ultra-large-scale software systems, composed by millions of code components interacting among them. In such a scenario, the software cannot be understood without its data and data becomes valuable only thanks to the software analyzing it. In other words, software engineering aims at managing the complexity of software, keeping it under control. Data engineering focuses instead on how to collect, store, and process huge amounts of data, that can be analyzed to gather insights and support decision-making activities. The master features courses taught by world’s leading researchers of the Software Institute at the USI Faculty of Informatics.... [-]

Stevens is traversing new frontiers in artificial intelligence by offering one of the first graduate programs in the country to explore AI applications for engineering.

In the applied artificial intelligence masters program, graduate students develop a strong background in the theoretical foundations and algorithm development in artificial intelligence and deep learning with a thorough understanding of a variety of engineering applications. Students will learn a blend of software and hardware skills that are applicable across multiple engineering domains.

Students are immersed in a hands-on approach to learning within a mix of course offerings, from fundamental core courses to state-of-the-art topics such as internet of things (IoT), information systems security, and big data applications.... [-]

The time has come for the legal sector to play its part in the digital revolution and this Master will help you do so.

Thanks to the comprehensive knowledge of each technology from both the legal and technical perspective that will have been acquired at the end of the program, the lawyer will have all the necessary tools to understand the world of today and tomorrow, and will face the new legal situations with the confidence, insight and business vision that only the most skilled and qualified professionals trained in all these technologies will have.

The purpose of this master’s course is to train the first generation of technological lawyers, with real knowledge and experience that will allow them to interact in this digital environment with assurance, confidence, and understanding.... [-]

State grants on Educational Research and also KBTU grants are awarded to the Master`s students of Specialized Education.

Master's programme is a combination of semester courses, alternating with 2-3 weeks long modules. Besides theoretical knowledge, students obtain practical skills working on real-life projects.

Increasing the competitiveness of Kazakh professionals for large manufacturing companies.

Introducing a new type of Master's programme, that focuses on experience-based learning on real projects of different companies.

The purpose of the Computer Science educational program is to prepare high-qualified specialists for IT industry, ready to solve following professional problems:

Computer science program integrates contemporary digital technologies, including software and hardware design, blockchain technology, computer security and cryptography, deep learning and data mining techniques. Great attention is paid to multiple processes and applications interaction viacomputer networks, including network design and security options, web interfaces and mobile programming, virtual and augmented reality technologies. ... [-]

Data scientists are in short supply but in demand by many industries. Rapid technological advances have created large volumes of complex data, and companies are seeking experts who can use this data to their advantage. Companies are competing fiercely for experts who can find ways to manage higher volumes of data and solve increasingly complex challenges.

La Trobe’s Master of Data Science is designed to give graduates a competitive edge through up-to-the-minute theoretical content, real-world practical experiences, and networking opportunities with industry leaders.

La Trobe ranks ‘above world standard’ for mathematical sciences and pure mathematics research and ‘well above world standard’ for statistics research in the 2015 ERA Australian Research Council rankings. You'll learn from academics who are at the forefront of the Big Data field. Students are taught the latest data science tools such as Apache Spark and Hadoop.... [-]

Learning objectives of the MPhil in Informatics, are the understanding of technology, its application, the development of critical thinking and scientific and technical communication. This course offers two specializations, Information Systems (I.S.) and Software Engineering (S.E.), where it is assumed that both develop a common knowledge base, particularly in modeling techniques, emerging technologies, project management and technological innovation; considering that these areas of expertise are the key to the two areas. However, specializations give different skills within the information technology field; S.I. students will be able to enhance the business through the use of technology and drive and lead S.I. of intervention activities using best practices; turn the E.S. students will be able to plan, manage and conduct development activities of highly complex software systems and to use emerging technology.... [-]

The Master of Computer Science will provide you with the skills and ability to solve complex real-world problems by integrating computer science methods with effective management strategies, and by developing and deploying computer applications. During this degree, you will be able to put theory into practice with an individual capstone project.

You will study subjects in IT project management, advanced programming, algorithms and data structures. You can choose to complete subjects from the below four areas: