Programs

Computer Science, PhD

The University of Virginia's Computer Science department offers PhD programs for students seeking advanced research opportunities. While specific program details like duration and fees are not detailed in the provided text, the university emphasizes its commitment to providing an excellent education at a reasonable cost, particularly for in-state students. International students may find information on graduate admissions and specific program requirements on the university's graduate admission pages.

Computer System Engineering

This undergraduate course covers the engineering of computer software and hardware systems. Key topics include methods for managing complexity, strong modularity through client-server design, operating systems, performance optimization, networking concepts, naming conventions, security and privacy considerations, fault-tolerant systems, and the coordination of concurrent activities. The course also examines the societal impact of computer systems.

Computer Systems

This course delves into the fundamental workings of computer systems, exploring the critical interplay between hardware and software. You will investigate how data is represented and processed, understand various computational models, and learn about the architecture of modern computers, including memory hierarchies. The course also covers essential programming in C for resource-constrained systems and introduces hardware description languages for designing processors and accelerators. You'll gain insights into system-level integration, performance analysis, and the principles of computer networks and control systems.

Computer Systems and Networks Security

This Bachelor's degree program focuses on Computer Systems and Networks Security, providing students with a comprehensive foundation in IT. The curriculum emphasizes the critical aspects of security and privacy, preparing graduates to address challenges in creating secure services and software at both infrastructural and application levels. The program aims to equip students with the mathematical and methodological skills necessary to understand computer systems, apply the scientific method, and develop independent or team-based IT solutions. It also fosters an understanding of the ethical implications of technological advancements and improves communication skills for technical and non-technical audiences.

Computer Systems Engineering MEng

This integrated Master of Engineering (MEng) degree combines Computer Science and Electronic Engineering, focusing on the design and real-time application of computer systems. It's ideal for students seeking to develop a strong skillset at the intersection of these two fields, understanding the technologies that power our connected world. You will be taught jointly by the Department of Computer Science and the School of Engineering. The course allows for flexibility, with the option to undertake a year in industry, research, or study abroad between Years Two and Three, or between Years Three and Four, which will be reflected in your degree title.

Computer Systems Security

This graduate-level course, Computer Systems Security, was taught in Fall 2014 by Professor Nickolai Zeldovich in the Department of Electrical Engineering and Computer Science. The course focuses on computer systems security, covering topics relevant to computer design, software design, and engineering. The available materials include lecture notes, lecture videos, exams, exam solutions, and project assignments with examples. While this specific course listing is from 2014, it represents the type of advanced study offered in computer systems security at MIT.

Computer Systems Technology

The Computer Systems Technology diploma program at NAIT equips students with a strong foundation in information technology, preparing them for diverse roles in the tech industry. This program focuses on practical, hands-on learning, ensuring graduates are ready to meet the demands of employers. You'll gain expertise in areas such as programming, networking, database management, and systems analysis, which are essential for modern IT careers. The curriculum is designed to be relevant and up-to-date with industry trends, providing a comprehensive understanding of computer systems and their applications.

Computer Technology

The Bachelor's degree in Computer Technology at Aalborg University is designed for students passionate about system development and cybersecurity. This program provides a deep understanding of computer architecture and the intricate interaction between systems and devices. You will learn to apply this knowledge to develop intelligent computer systems and enhance cybersecurity in existing ones. Over three years, you will gain essential engineering competencies, including programming, project management, system design, and mathematical tools. The curriculum emphasizes practical application through problem-based learning and group projects, preparing you for a dynamic career in a rapidly digitizing world.

Computer Technology and Computational Engineering

This Bachelor's program focuses on Computer Technology and Computational Engineering, providing students with a foundational understanding of information technology and its applications. The curriculum is designed to equip graduates with the skills needed to excel in the rapidly evolving field of computing. Students will engage with core concepts and practical aspects of computer systems and software development.

Computer/Technology Endorsement

The Baldwin Wallace University Computer/Technology Endorsement is designed for licensed teachers who wish to add a specialized credential to their existing teaching license without completing a full master's degree. This endorsement requires 22 credit hours of coursework and two field experiences, preparing educators to effectively integrate technology into their teaching practices and meet Ohio Department of Education qualifications. The curriculum focuses on instructional technology tools, design, digital media, project-based learning, and leadership in technology implementation. Please note: As of May 13, 2026, this specific program is no longer admitting new students as a standalone major. However, coursework in this area remains vital across other academic programs at BW. Current students enrolled in the endorsement will continue to receive full support through to completion. For those interested in pursuing a master's degree alongside the computer/technology endorsement, additional courses are required, including 'Using Evidence, Research, and Data in Education' and three approved courses from MAEd specializations such as Literacy, Mild to Moderate Educational Needs, or School Leadership.

Computers & Tablets

This program offers a comprehensive exploration of the rapidly evolving field of computing and digital technology. You will gain a deep understanding of hardware, software, and networking principles, with opportunities to specialize in areas like artificial intelligence, cybersecurity, and data science. The curriculum is designed to equip you with practical skills and theoretical knowledge, preparing you for a wide range of careers in the tech industry.

Computing and Business

The Bachelor of Computing and Business (BCB) program at Brock University offers a unique blend of computing skills and business knowledge, designed for professionals who want to excel in the IT industry with a strong understanding of business practices. You will gain foundational skills in computer programming, data structures, and computer organization, complemented by essential courses in accounting, management, and economics. This interdisciplinary approach prepares you for various roles where technology meets business. In your upper years, the curriculum expands to cover advanced topics such as databases, operating systems, computing ethics, and software engineering. You will also delve into business areas like entrepreneurship, finance, marketing, and organizational behaviour, ensuring a well-rounded education. The program is offered by the Faculty of Mathematics and Science and includes opportunities for co-op placements and experiential learning, allowing you to apply your knowledge in real-world settings and gain valuable professional experience. This program is ideal for international students looking to combine strong technical abilities with strategic business acumen, opening doors to diverse career paths in a globalized economy. With a focus on practical application and industry relevance, graduates are well-prepared for immediate employment or further studies.

Computing and Digital Technologies, BSc (Hons)

This BSc (Hons) in Computing and Digital Technologies aims to equip you with the skills to understand, shape, and innovate within the digital world. You will learn to code and develop software from the outset, focusing on practical application to solve real-world problems. The curriculum is dynamic, constantly updated to reflect current industry demands in high-growth areas such as artificial intelligence, cybersecurity, data science, software engineering, and mobile app development. You will be taught by leading experts with practical industry experience, in state-of-the-art facilities like the Computational Foundry, and will graduate with a portfolio showcasing your abilities.

Computing and Electrical Engineering

This interdisciplinary Bachelor's programme equips you with the skills to contribute to the future of technology. You can specialize in Information Technology, Electrical Engineering, or Computational Data Analysis. In Information Technology and Electrical Engineering, you can further focus on areas like Signal Processing and Machine Learning, Software Development, Power Engineering, Communications Engineering, or Electronics and Embedded Systems. Computational Data Analysis focuses on mathematical tools, algorithms, programming, and data modeling. The programme emphasizes both a strong theoretical foundation and practical application, preparing you for industry challenges and further academic pursuits.

Computing and Software

The Computing and Software department at McMaster University focuses on advancing the fields of computer science and software engineering through education and research. The department explores the intersection of scientific theory and practical engineering applications. Students engage with a curriculum designed to provide a strong foundation in computing methodologies, human-centred design, information systems, and the theory of computation. The department offers opportunities for students to specialize in areas such as software engineering, human-centred computing, privacy and security, and networked systems. Research and learning emphasize both theoretical underpinnings and real-world problem-solving, preparing graduates for diverse roles in the technology sector.

Computing BSc (Hons)

This Bachelor of Science (BSc) with Honours in Computing offers a comprehensive exploration of the digital world, covering areas from gaming and e-commerce to programming and big data. You will gain a strong foundation in computer science principles, design, and structure, alongside practical skills in web development and networking. The degree is accredited by BCS, The Chartered Institute for IT, providing a pathway towards professional IT qualifications. The program emphasizes hands-on learning in modern facilities, including a £13m Tech Hub equipped with advanced hardware and software, VR/AR capabilities, and big data servers. You'll develop both specialist knowledge and transferable skills in IT and project management, preparing you for a wide range of career opportunities. The course structure allows for flexibility, with options to tailor your studies and potential for a sandwich year or study abroad experience.

Computing Courses at West Herts College

A career in computing is in high demand due to rapid technological advancements impacting all areas of life and business. At West Herts College, you can develop specialist skills in programming, logic, analysis, and creativity to build a future in this dynamic field. Computing and digital roles require curiosity, a keen eye for detail, and strong communication skills. Explore pathways in areas like cybersecurity, networking, software development, computer science, and emerging digital technologies to find your perfect fit.

Computing for Digital Media and Games BSc (Hons)

This Bachelor of Science (BSc) degree integrates core computer science principles with specialized knowledge in digital media and game development. It's designed for students passionate about software development and the rapidly growing games industry. You will gain fundamental computer science skills alongside expertise in areas like game development, digital media production, video effects, computer graphics, and audio technology. The program emphasizes hands-on experience using industry-standard facilities and offers opportunities for real-world projects through industry links. Graduates will be equipped with a strong portfolio to pursue careers in the digital media and games sector.

Computing Foundation

Computing Foundation

If you aspire to study computing but don't yet meet the entry requirements for a degree, the Computing Foundation course at Oxford Brookes University is designed for you. This one-year program equips you with the essential knowledge and practical skills needed to progress onto an undergraduate computing degree. You'll gain hands-on experience with current software, covering subjects like computing, IT, mathematics, programming, networking, and robotics. The course also focuses on developing crucial soft skills such as self-management, communication, problem-solving, and teamwork. Mathematics is taught at various levels, with additional support available to help you strengthen any weak areas. Upon successful completion, you will be eligible for admission to a computing-related degree program.

Computing Foundation (Foundation course)

Computing MSc

The Computing Generalist MSc is designed to provide graduates from any academic background with a pathway into computer science and related careers. This program offers a broad selection of topics and modules, catering to students with a general interest in applying computing principles to their original field of study. You will gain both theoretical knowledge and practical skills to effectively utilize computer technology. The curriculum also emphasizes professionalism and ethics in computing, ensuring you understand key concerns and can make sound decisions in your future practice. All modules are delivered by recognized experts in their respective fields.

Computing Science

Trinity Western University's Computing Science program prepares you to become a technological leader with a global perspective. You will develop into a creative problem solver and an adaptable leader, equipped with fundamental computing knowledge and a variety of elective courses. Options include artificial intelligence, software engineering, computer graphics, databases, programming languages, computer networking, and virtual reality. The program also offers a Data Science stream, providing enhanced opportunities for graduate studies and employment. Students are encouraged to engage in undergraduate research, which can lead to co-authored publications and presentations at international conferences. The curriculum is delivered from a distinctly Christian worldview, fostering character development alongside technical expertise.