Master in Applied Computer Science Welcome to Masters in Applied Computer Science

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.

About The MS-Applied Computer Science Program The Program ... [-]

About

The Master in Colour in Science and Industry is a two-year (120 ECTS) Erasmus+ Joint Master Degree, aiming to train the next generation of highly-skilled industrial experts in applied colour science, in various cutting-edge industries (photonics, optics, spectral imaging, multimedia technologies, computer graphics and vision) in a diverse range of sectors (including multimedia, health care, cosmetic, automotive, food-processing) bridging a talent gap in the industry where color experts are in high demand. The 2 areas of focus are spectral technologies and applied color imaging.

COSI is brought to you by a world-leading university-business cooperation of 4 European universities (University Jean Monnet, University of Granada, University of Eastern Finland and Norwegian University of Science and Technology), 5 Asian universities and 15 industrial leaders across the globe.... [-]

Specializations within this programme Computational mechanics and computer engineering

The program is focused on the preparing masters who have world-class competencies in the area of applied mechanics, solid mechanics, mathematical and computer modeling in mechanics, computational mechanics, computer engineering, capable to do investigation of fundamental and applied problems in these areas, as well as solving complex scientific and technical problems in various sectors of high-tech industry through the application of innovative multidisciplinary upper-industrial computer technology. The uniqueness of the Master's program, determined by the availability of educational and scientific innovation laboratory "Computational Mechanics" (CompMechLab®), through which runs a large amount of research and scientific innovation work. This allows operatively enter into a master program individual educational path, taking into account the needs of employers.... [-]

The Master of Science in Computer and Information Science (MCIS) program at the Southern Arkansas University is one of the largest, most affordable and highly attractive computer science graduate programs in the USA. The program offers a wide spectrum of online and onsite courses that are carefully designed to train the students in both theories and applications. The curriculum is constantly reviewed and updated to reflect the ongoing changes in the computer science field. The faculty members are highly qualified — many with extensive industry experience.

Students in the MCIS program can either study general topics in computer science or, based on their background and interest, pursue one of the following focus areas:... [-]

The MSC program is an intensive one-year program designed for those who desire to deepen their comprehension with the practical aspects of Computer Science. The program is heavily geared towards developing students’ professional skills needed for employment, while being able to adapt to rapidly changing technology, to work effectively, professionally and ethically in computing-related professions, as demonstrated by their communications, teamwork and leadership skills.Applicants could be graduates from other degrees with a strong mathematical core, or those continuing their academic pursuit after achieving a BSc in computer science.

PROGRAM STRUCTURE

Java Programming

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This program is taught in ENGLISH. The Master Degree Program in Computer Science is designed for those who desire to deepen their comprehension of all aspects of the computer sciences. Applicants could be graduates from other degrees with a strong mathematical core, or those continuing their academic pursuit after achieving a Bachelor of Science in Computer Science.

PROGRAM STRUCTURE Year 1

Students who begin the Master in Computer Science Degree already have a good foundation in programming and mathematics including data structures and algorithms, statistics and machine learning. During the first year, their knowledge of mathematics, programming and data analysis will be significantly extended. The program also offers the opportunity to learn the key soft skills for the professional world including technical project management, writing and presenting.First-year students are expected to attend many of the talks and workshops offered by the university and being work on the capstone project.... [-]

M.Sc. Computational Sciences and Engineering

Program description

In this program, graduate students are trained on modern computational science techniques and their applications to solve scientific and engineering problems. New technological problems and associated research challenges, heavily depend on computational modeling and problem-solving.

Because of the availability of powerful and inexpensive computers, model-based computational experimentation is now a standard approach to analysis and design of complex systems where real experiments can be expensive or infeasible.

Graduates of the program should be capable of formulating solutions to computational problems through the use of multidisciplinary knowledge gained from a combination of classroom and laboratory experiences in basic sciences and engineering.... [-]

Master - Applied Computer Science

(School of Informatics)

The key position occupied by Informatics in the various areas of business and research requires a foundation in current knowledge that exceeds basic job qualifications. In our Master of Science program for Informatics (M.Sc.), you will acquire this knowledge on a high level – even to the point of qualifying for doctoral studies in Informatics/Computer Science.

Program core and objectives:

In-depth instruction in the most significant areas of Computer Science, with close ties to current research. Incorporation of practical, applicable components into instruction, e.g. practical examples and individual project work with a high degree of self-directed learning. Management competencies are a further distinguishing trait of the Master’s program. As a student, you will acquire skills in international project management. ... [-]

MASTER IN COMPUTER APPLICATIONS

Introduction

The branches and applications of Computer Science are increasing day-by-day. Along with e-enabled services, applications in medical sciences, biological sciences, the arts, film industry etc are forever increasing worldwide. To support such diversity, the range of skills required and hence jobs in the computing industry are also increasing. Local market experience bears witness that fresh graduates lack knowledge of how Computer Science fits into the business world. These graduates have a lot of skills, however, they are at a loss as to how computers can be used as tools to increase business efficiency. Local software development projects often fail. For such projects, it has been found that the brunt of project time is spent during final implementation. Sometimes it is found that client requirements have not been properly understood making a lot of re-engineering necessary in the final stages. Not only does this lengthen the development cycle, projects often fail at this point. This generally points to lack of proper analysis and design of the project requirement. Documentation for software development projects is often poor. The root of this is found in the severe lack of communication skills in graduates. They shy away from having to write often they don't know where to start.... [-]

M.Tech. in Embedded Systems

HIGHLIGHTS OF THE COURSE

The complete M. Tech. – Embedded System Program is industry oriented and is designed in accordance with the embedded industry needs. The unique feature of this course is that it has practical sessions in all subjects, so that students can have good hands on various embedded system platforms and domains which will help them to reach closer to the industry requirements. This program will generate highly employable candidates which can meet the industry requirements in embedded system domain. Concept of industry based projects has been included in this program which will enable students to have live experience on the industrial projects. The industry oriented practical sessions and project work will also create possibility of initial placement offers through collaborative efforts. Courses such as and Research Seminar and Advance Embedded Systems will help students to build a strong foundation for a career in research. As a part of the regular curriculum, the Value Added Courses on Embedded Linux, Device Drivers and Soft Skills supports and improves the overall learning skills and professional image of a student. [-]

Master of Applied Computer Science

The Master of Applied Computer Science (MACS) program is designed to further students' understanding of the computing technologies shaping our world today and to prepare students for sustaining a life-long contribution to a technology-related career. The MACS program provides students with a theoretical and practical understanding of important areas in the computing field.

This program may be completed in two semesters by completing 16 credit hours each semester, or in three to four semesters by spreading the courses over a longer period. A Master of Business Administration (MBA) degree may be completed by taking an additional 24 graduate credit hours from the Graham School of Management, which can be completed in one additional year.... [-]

The international degree programme in Digital Humanities and Digital Knowledge (DHDK) offers a cross-disciplinary curriculum designed to foster close connections between humanities and the sciences of representation and processing of information and knowledge.

Learning Outcomes

Mainly designed for students holding a three-year degree in humanities, the programme is delivered in English and targets those who wish to explore the field of literary, linguistic, historical and cultural studies and the arts, using models, systems and computational methods to represent and process data, information, and knowledge.

At the end of the programme, students will be able to manage the whole cycle of design and planning of heterogeneous and complex digital cultural objects: from the concept to the theories and methodologies to manipulate them, and their deployment by end users.... [-]