Start dates: September, May, January

Tuition fees (2018/19): UK/EU: £9,250 International: £14,000

In a time where the Computing and IT industry is exponentially expanding and becoming an ever-advancing tool in both individuals’ and business’s day-to-day operation, it is crucial for today’s computer science graduates to be well-informed and best-placed to understand and solve the issues affecting contemporary computing systems, but to also utilise these systems to enhance organisational performance.This Top-Up degree develops students’ skills and knowledge on computing processes and its management. The programme exposes students to a variety of contemporary topics and issues faced by the industry, equipping graduates of this course with a range high-quality skills and competencies to excel in a number of roles.The programme has been designed to develop the computing and/or management skills of students with prior qualifications gained from either a Foundation Degree or HND. As well as enhancing students’ skills and knowledge on a variety of computing systems and contemporary issues for the industry, the programme’s Case Project streamlines the skills gained in the wider course into a demonstrable and tangible project, as desired by employers.The programme is made up of a set of modules designed to give students the high-caliber knowledge and skills this expanding industry demands. Each module requires some element of practical work in our computer laboratories where students will master various software and programmes. From Object-Oriented and Web Programming to Project Management & Professional Development, our modules provide students’ with the transferable skills and confidence to secure a variety... [-]

92% of the University of Roehampton students are in work or further education within 6 months of graduating (DLHE results in 2017) One to one careers advice to build your experience and skills in readiness for a competitive job market Learn in a personalised and friendly small class environment Emphasis on solving the real-life problems faced by businesses today Well-connected with central locations in London, Birmingham and Manchester Four-year extended degree programme designed to develop your academic skills with a foundation year to prepare you for degree-level study September, January and June start dates so you can begin your studies at a time that suits you Evening and weekend options available for when you need to fit your studies around your personal commitments ... [-]

Overview

The Computer Science major at Alderson Broaddus University has a modern curriculum that undergoes regular fine-tuning to keep up with current trends. All Computer Science majors are expected to complete a select group of core classes, but the electives are designed to let the students tailor their education to meet their specific career goals, with the help a faculty advisor. Potential areas of interest include the standards of computer science, information technology, and software engineering, but other areas of interest include Security, Web, and Mobile application development, Geographic Information Systems (GIS) and others. We also offer the possibility of dual majors, especially with Mathematics, Biology and Environmental Science. An additional Minor in GIS is also offered to provide students the skills to enter one of the fastest growing job markets in the country in spatial analysis.... [-]

By majoring in Computer Science, you’ll gain the skills to excel in many sectors of the high-tech industry.

Students develop a thorough grounding in the fundamentals—programming, database management, software engineering, networks—then go on to study topics that range from forensic computing to mobile programming and game design.

In addition, a minor in Computer Science would be an attractive resume builder for today’s employers, who often favor candidates with proficiency in computing.

Program Overview:

The College’s Computer Science, Information Technology and Bioinformatics programs are designed to prepare students with the skills to excel in the high-tech industry. Majors will acquire the knowledge to advance into positions such as computer programming, systems analysis, systems design, Internet programming and information systems management. Students will also be prepared for graduate school.... [-]

Bachelor of Science in Software Engineering

Keiser University’s Bachelor of Science in Software Engineering prepares students with the knowledge and practical skills within the profession. Software Engineering relates to the conceptualization, design, implementation, deployment, and maintenance of software solutions (software development life cycle). At its core, the program seeks to provide the theoretical fundamentals of software development coupled with an appreciation and understanding of practical aspects and competencies required by the industry. The program is designed to foster innovation through the flexibility of software engineering as a business problem-solving discipline.

Program Objectives Provide students with a comprehensive background in software engineering procedures and techniques. Provide the theoretical and formal foundations to ensure precision in the software lifecycle. Instruct students in the validation and verification of software artifacts. Skills you will develop Abilities to identify, formulate, and solve software engineering problems. Long lasting understanding of the process in managing large-scale software projects. Having business, technical, and analytical skills employers want. Proficiency in networking, cybersecurity, microprocessor technology, the mainframe environment, and client-server applications in the global business environment. Understanding of core concepts such as programming, analysis, database, and application development. ... [-]

Mission: Prepare students for professional careers and graduate study in computer science through the teaching of theory, concepts, and problem-solving skills. Provide practical experience with current languages, tools, and trends that prepares students to be immediately effective in their careers. Provide theory and practical experience with appropriate software for students who plan to teach.

BS in Computer Science and the required discipline-specific courses for a teaching degree in Computer Science. This degree focuses on the traditional foundations of Computer Science which include heavy concentrations of programming and mathematics along with computer organization and architecture, operating systems, algorithms and data structures, and networking. The program includes a capstone experience with a two-semester Software Engineering project to design and implement a software system. This program prepares students for careers in general software development and computer support for a wide range of real-world activities or for graduate school.... [-]

With the world being driven by computers, a degree in Computer Science is vital. Areas like computing and information technology, security, database and web development will be explored. The degree will provide students with both theoretical and practical computer science knowledge and skills thus enabling them to work in the industrial, banking, commercial and government sector. The student among others will acquire and develop problem-solving, analytical and computation skills that will enable them to excel in the career they choose to follow. This degree is ideal for people wishing to enhance their position within their organizations while at the same time it offers excellent prospects for future employment.... [-]

Computational Science is a modern interdisciplinary field that focuses on solving scientific problems computationally. It combines advanced methods and tools from applied mathematics and computer science to study real-world scientific problems, often by using computer simulations and modeling. Students interested in becoming computational scientists can start off on the right foot at Siena College. Program Highlights Only a handful of colleges in the United States offer a major/minor in computational science at the undergraduate level. Students acquire skills in the areas of programming, simulation and modeling, numerical methods and applied mathematics, computer visualization techniques, computational tools and applications to natural sciences and technical communication. Access to the High-Performance Computing Cluster, allowing students to perform cutting-edge computational research. The computational science program is highly interdisciplinary, combining mathematics, physics, computer science and applied computational techniques. The presence of large nanotech and biotech companies in the Capital Region puts Siena’s graduates in an excellent position when looking for jobs, entering careers in industry or government labs or pursuing graduate studies. Requirements for the Major (73 credits) CSIS110 - Intro to Computer Science 3 credits CSIS120 - Intro to Programming 4 credits CSIS210 - Data Structures 3 credits CSIS310 - Numerical Methods 3 credits CSIS385 - Design+Analysis of Algorithm 3 credits MATH110 - Calculus I 4 credits MATH120 - Calculus II 4 credits MATH210 - Calculus III 4 credits MATH230 - Linear Algebra 3 credits MATH240 - Intro to Computer Algebra 3 credits MATH250 - Discrete Structures 4 credits MATH380 - Differential Equations 3... [-]

BS Computer Science

Computer Science encompasses the theory and techniques by which information is encoded, stored, communicated, transformed, and analyzed. It is concerned with the theory of algorithms (that is, effective procedures or programs), with the structure of languages for the expression of algorithms, and with the design of algorithms for the solution of practical problems. A central concern is the study of the computer systems (hardware and software) for the automatic execution of these algorithms.

The Department of Computer Science at the University of Denver offers a Bachelor of Science in Computer Science. The degree is strongly based in mathematics and, in fact, a student will automatically acquire sufficient credits for a minor in mathematics. One additional minor is required. The second minor may be in any discipline other than mathematics or computer science.... [-]

WSB UNIVERSITY IN POZNAŃ

Website: http://www.wsb.pl/english/program-offerings/poznan/bachelors-programs/majors-and-specializations/computer-science

taught in English full-time BSc. degree program in "Computer science" The program combines IT and business-related fields The program is delivered by doctorally-qualified and professionally-qualified faculty The program includes a professional internship You gain practical knowledge and skills necessary in the labor market As a WSB University student, you can participate in the Erasmus+ exchange program. The program gives you an opportunity to do part of your studies (one or two semesters) at one of our 44 partner universities across Europe. Two specializations you can choose from: Software Developer Virtual Reality and Multimedia What you are going to learn You will use programming languages to create IT solutions. You will be able to create mobile applications. You will use IT tools to design and develop Internet applications. You will make an analysis of engineering actions from an economic point of view. You will develop interpersonal skills, organizational and managerial competencies. You will learn global business and technological trends. You will be able to manage projects and work effectively in teams. Career opportunities ... [-]

Computer Science

A Computer Science degree is the foundation for many of the world’s most exciting and profitable careers. Computer Science emphasizes the mathematical and theoretical foundations of computing, rather than teaching specific technologies. A tremendous number of opportunities in a variety of fields awaits computer science graduates, including robotics, computer gaming, virtual reality, computer vision, media convergence, digital, evolutionary computing, computer architecture and so much more.

COMPUTER SCIENCE ADVANTAGES The UCF Programming Team is one of the best in the world! CS teams compete annually in the A.C.M.’s International Programming Contest, and our CS team has an unmatched record — finishing in the Southeast region’s top three every year since 1982! CS teams have earned five Top-10 finishes out of 6,000 teams worldwide. CS has prestigious research programs for undergraduates (REUs). CS has been an N.S.F. REU site in Computer Vision since N.S.F. started the program in 1987. The Association for Computing Machinery (A.C.M.) student chapter, additional Research Experiences for Undergraduates (REUs), IEEE Computer Society and UPE Computer Science Honor Society and the CS Foundation Exam all provide real-life benefits including networking, face-to-face meetings with experts and career experience. The Department’s new home is the Harris Corp. Engineering Center — an ultra high-tech building with revolutionary equipment, computers, and labs for students. The Computer Science Foundation Exam is a qualifying test all CS majors must pass to advance to upper-level CS courses. Nationally, only UCF’s CS Program uses a test this way to qualify its students. The exam covers... [-]

The Department of Mathematics and Computer and Information Science offers a Bachelor of Science degree in Computer and Information Science with two concentrations: Computer Science and Information Systems. Graduates obtain jobs in a wide range of areas in computer and information science. Many students complete internships with local employers or with large corporations across the country. Some of our recent graduates have received jobs in software design and development, systems analysis, web development, E-commerce, system and database administration, networking, as well as other computer-related fields.

Computer Science Concentration

The Computer Science concentration focuses on the techniques and mathematical aspects of computing. Our students gain knowledge and experience in computer organization and architecture, programming, data structures and algorithms, and software development.... [-]

Computer Science (CS) is concerned with all scientific and practical aspects of information processing and computing. Computer science students learn the theoretical foundations of the field together with practical techniques for their implementation, in particular, the design of computational systems.

Strong emphasis is placed on the interaction of informatics and engineering, communication and technology, and the application of computing technology in the cultural and business context of Oman and the Gulf region.

Structure

The Bachelor of Science in Computer Science, which has been accredited by the European accreditation agency ACQUIN, combines a computer science major with a business administration minor. The eight-semester programme requires four years of study.... [-]

Today’s problem-solvers have a diverse range of virtual tools at their disposal to safely and efficiently address challenges in the realms of business, entertainment, science, technology, and more. Whether it’s computerized models of complex data or virtual environments designed to train personnel against potentially volatile situations, engineers working in the simulation and visualization industry provide vital solutions necessary for growth across a variety of disciplines.

Full Sail’s Simulation & Visualization undergraduate degree program equips you with the programming and critical-thinking skills needed to study and design virtual systems. You’ll develop your tech-savvy through hands-on experience, in order to keep pace with an ever-evolving industry.... [-]

BSc in Computing Systems

UCAS course code: GL40

Level of study: Undergraduate degree

Tuition fees 2018/19:

UK/EU – £9,250 International – £10,000

Entry requirements: Grades CCC at A Level, or international equivalent. Grade C in GCSE Mathematics and Grade C in GCSE English Language, or international equivalents.

English language requirements: IELTS 6.0 with no component less than 5.5, or equivalent

Mode of study: Full-time classroom

Duration: 3 years

Assessment method: Individual and group-based practical assignments and presentations, formative and summative class tests, laboratory logbooks, exams and development of written reports

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