The Master of IT Project Management at Auckland University of Technology (AUT) is a 1.5-year full-time program designed for students interested in managing IT projects and teams. The program covers core subjects such as IT project management methodologies (e.g., Agile), risk and quality management, stakeholder engagement, leadership, and research methods. Students will complete coursework and a practical project, including a capstone project that allows them to apply what they've learned to real-world IT scenarios. Part-time study options are available, allowing students to stretch the coursework over additional terms.

The Master of Information Technology in Cyber Security at AIBI Higher Education prepares students to become skilled professionals in one of the world’s most in-demand fields. Designed for both beginners and IT graduates, this program builds expertise in network security, ethical hacking, digital forensics, and cyber governance. With industry-aligned curriculum, hands-on learning, and access to professional memberships, graduates gain the technical knowledge and leadership skills needed to protect digital systems and drive innovation in a rapidly evolving cyber landscape.

The Bachelor of Cyber Security (BCS) at AIBI Higher Education equips students with advanced technical and analytical skills to protect digital systems from evolving cyber threats. This three-year degree covers areas such as ethical hacking, network security, cryptography, and digital forensics. Students also gain vital soft skills for effective communication and teamwork in professional settings. Graduates are well-prepared for high-demand roles, including Cyber Security Analyst, Penetration Tester, and Security Consultant in Australia’s growing tech industry.

This comprehensive Bachelor of Science in Data Science at Team Academy blends theory with practical experience, guiding you from foundational concepts to advanced data applications. Over three to four years, students learn programming, database design, algorithms, and software security while developing analytical thinking and leadership skills. Delivered through workshops, peer collaboration, and real-world projects, the curriculum ensures you graduate job-ready. Recognized by the Dutch Ministry of Education and aligned with NVAO standards, the program offers globally relevant education with career-focused outcomes in tech and analytics.

This Bachelor of Science in Software Engineering at Team Academy equips students with both technical and leadership skills essential for today’s digital economy. Over three to four years, you’ll learn programming, data structures, software architecture, and security through project-based learning. Graduates earn two professional certificates—Software Engineer and Agile Development & Freelancer—alongside their bachelor’s degree. With flexible learning models, mentoring, and portfolio-building opportunities, this program prepares you for a rewarding career in global technology and software innovation.

The MSc Data Intelligence at Canterbury Christ Church University equips students with advanced skills in AI, Big Data, and analytics. This one-year program focuses on data management, analysis, and ethical use. Through industry-led modules and hands-on coursework, students learn to extract insights, visualise information, and apply data solutions across business, government, and social sectors. A placement option enhances real-world experience.

This one-year (full-time) master’s degree immerses you in cyber defence strategies, cryptography, network security, AI security, and information systems security. You’ll gain hands-on experience through practical assignments, computer labs, simulations, and a culminating research project. An optional placement track lets you apply your skills in a professional setting.  With both technical depth and interdisciplinary breadth, the programme prepares graduates for careers such as security analyst, cryptographer, incident responder, consultant, or cyber policy specialist. 

The MSc program in IT and Cognition at the University of Copenhagen is an exclusive interdisciplinary degree focused on understanding and designing advanced cognitive technologies. It combines insights from human cognition—such as language, vision, memory, and attention—with cutting-edge information and communication technology (ICT). The program aims to equip students to develop intelligent systems that mimic human mental processes, enabling functionalities like natural language processing, object recognition, virtual agents, and machine translation.

The curriculum balances cognitive science and technical courses including machine learning, data science, computational cognitive science, and programming. Students gain competencies useful in both research and industry, working on innovative technology that improves user experience and interaction by aligning with human cognitive capabilities.

The program emphasizes hands-on learning through lectures, projects, supervision, and guest lectures from researchers and industry experts. Career prospects for graduates include roles in cutting-edge industries and research fields related to cognitive technologies, AI, and human-computer interaction.

The programme is aimed at those who are interested in modern technology and cybersecurity issues and their impact on the state, society and economic actors. Graduates in Modern Technologies and Cybersecurity Law will be able to manage IT functions that support an organisation's cybersecurity, model and design cybersecurity information technology processes, identify and define emerging problems, formulate possible solutions to them, and incorporate best practices into the organisation's cybersecurity mechanisms. The programme will ensure that students are able to identify the processes that pose a potential threat to governmental, economic and social subsystems generated by cyberspace and related technologies, to understand the legal regulations associated with them, and to identify the need for and be able to draft the necessary regulations within the organisation. They will also be able to identify and use modern technological tools in their organisation in an innovative way, being aware of the relevant legal context and being able to apply it in their daily work.

In the ever-changing landscape of cybersecurity, organisations grapple with evolving threats. This makes it essential for both businesses and government agencies to safeguard their systems. This increases the demand for qualified cybersecurity professionals for proactive defence strategies.  Our cyber security course gives you the skills that are needed for entry-level cyber security jobs.

• Gain a comprehensive understanding of protecting organisations, networks, IT systems, and individuals from cyber-attacks
• Learn from academics actively engaged in cybersecurity research and with substantial industry experience
• 93% of students surveyed on this course responded positively to questions on “The Teaching on my Course” in the 2024 National Student Survey

The programme  provides opportunities for you to specialise in a range of areas including algorithms, programming frameworks, complex IT systems, data science, artificial intelligence, business intelligence, internet of things, robotics, and virtual technologies

The Computer Science (IT) Master's program at Aalborg University is a 2-year, full-time, English-taught program designed for both Danish and international students interested in programming, software engineering, machine intelligence, data management, and embedded systems. The "IT" stands for "International Track," distinguishing it from the Danish-taught Computer Science program.

The program aims to deepen students' skills in advanced areas of computer science and IT, offering specializations in Information Technology (IT) or Computer Science (CS) starting from the second semester. The curriculum includes core courses, electives, and project work using a problem-based learning (PBL) model, where students engage in group projects related to real-world problems to build both theoretical knowledge and practical expertise.

Students gain comprehensive knowledge in programming paradigms, machine learning, software innovation, agile software engineering, database technology, distributed systems, human-computer interaction, and verification techniques. The final semester is devoted entirely to a master’s thesis project.

Admission requires a relevant bachelor’s degree in Information Technology, Computer Science, Software Engineering, or related fields, with proof of English proficiency. The program prepares graduates for diverse roles such as system developers, IT architects, project managers, system administrators, and consultants across various sectors including IT, mobile communications, space aeronautics, and health technology.

This program offers a strong foundation for careers in research and industry by combining rigorous academics with extensive project experience in an international environment.

The BSc Accounting and Finance at the University of Essex offers a clear, structured path into the world of financial management, reporting, and investment analysis. Students learn how businesses measure performance, manage risk, and make informed financial decisions. The programme combines theory with practical insight through real case studies, industry tools, and academic guidance. By the end, graduates gain the analytical strength, technical skills, and professional awareness needed to move confidently into accounting roles, finance positions, or further professional qualifications.

In recent years, wind energy has become an important source of electricity production, and since wind energy contributes to reducing CO2 emissions, this is regarded as a very positive trend. Wind energy is expected to cover 12 per cent of the global power consumption in 2020, with the number of employees in the wind industry reaching two million. In Denmark, wind energy already constitutes more than 30 per cent of the total energy production, but is expected to increase over the next years.

DTU has been involved in research and education since the 1970s, offering an MSc wind energy programme since 2002.

Lecturers on the Wind Energy programme are elite researchers from DTU specializing in wind energy, as well as experts and engineers from the wind turbine industry.

You will gain access to state-of-the-art research and technology as well as extensive knowledge of aerodynamics, aeroelasticity, mechanics, grid connection, and electrical engineering.

It is virtually impossible to imagine a society without TV, radio, Internet, and mobile communication. Communication Technologies and System Design is not only central to addressing tasks of importance to society, such as telemedicine, banking, train signalling systems, and monitoring, but people are also highly dependent on smartphones, social media, on-demand video streaming etc. Communication Technologies and System Design - the technology that forms the basis of modern society - relies on engineers capable of maintaining existing systems and developing and designing new ones.

The MSc Eng in Communication Technologies and System Design at DTU is unique in that all of the above aspects are incorporated into one MSc degree.

Lecture, seminar: 40%

Practice: 60%

Main subjects typically include (this list is indicative and may change):

Internship, practice: Students should complete a 6-week internship either at the university working on research projects or at a multinational or local company.

The BSc (Hons) Computer Science degree course is designed to give students the skills to build a successful career in the international computer industry.

The course encompasses the core principles of computer science, integrating these with computer languages, tools, techniques, and methodologies used by computer professionals worldwide.

With unrivalled flexibility, the course allows students to forge their path, specialising in their areas of interest. Choose from areas including web, databases, and networking to begin building the skills for your dream career. We also ensure that the course syllabus is regularly updated to reflect current and future developments within the computer science industry.

Gain essential expertise in software engineering, Artificial Intelligence, information security, data analytics, computer systems, databases, and networks on our computer science degree.

• Receive a recognised computer science qualification endorsed by BCS Accreditation, Microsoft IT Academy, and CompTIA Academy.
• Develop skills in software engineering, AI, and data analytics, gaining a comprehensive skill set.
• Study in a work-based learning module to explore technology's practical impact on society and businesses.

The MSc Engprogramme in Earth and Space Physics and Engineering will provide you with competencies within research and development of satellite, space-, aircraft-, and ground-based measuring methods as well as mathematical and physical models for monitoring, mapping, and exploring large-scale physical structures and processes on Earth and in the universe.

As a student on the programme, you will have ample scope for working on your own projects and participating in DTU research projects for instance by developing intelligent apps using the built-in sensors in smartphones, modelling social network interaction, and designing new types of interaction between people and software. Furthermore, you can be involved in media projects focused on computer graphics and computer game design, allowing you to work on emerging issues in interdisciplinary settings outside DTU.