The cultural and creative sector, encompassing design, spans diverse activities marked by distinct strategic properties and a growing integration of skills. In adapting to this evolving economy, creativity and design emerge as highly coveted competencies essential for navigating a complex and competitive market landscape. These cross-cutting skills play a pivotal role in enhancing the aesthetic experiences of consumers and users, driving societal innovation, and catalysing business transformation.

The construction industry is at a crossroads. The transition to a more sustainable society poses big challenges — and opportunities — for the sector. New materials, methods, and technologies are coming to the forefront, with accompanying demands for up-to-date, specialized education. This MSc in Design and Construction Project Management program will train you to analyze and understand these changes, developing the skills essential for tackling these challenges in a responsible and effective manner.

Innovative instructional programs are increasingly critical to success in a variety of fields – from education to industry. EKU’s 100% online instructional design and learning technology (IDLT) program prepares you to integrate current and emerging technology as you learn to design, facilitate and evaluate effective learning programs. The IDLT program offers a systematic approach to improving learning outcomes by developing consistent, quality instructional products and experiences. Graduates leave the program with a professional portfolio showcasing their skills and accomplishments and are prepared to take on key roles in the growing field of instructional design.

Our MSc will enable you to develop an artistic and emotional sense for detecting trends in society, adapt research methods to the professional environment, use emotional and sensory methods to create, prototype, and test solutions, and explore alternative modes of communication to present your results.

An innovative Master’s programme on Applied architecture and design for enthusiastic students with an undergraduate degree in a creative discipline who wish to explore future opportunities in architecture, interior architecture, design, film and creative industries. This is a personalised Master’s programme for engaged students who would like to make the most of their time at Queen’s.

System-on-Chips run the world everywhere as the heart of phones, computers, data centers, buildings, factories, and anywhere data is processed. Tampere region has a very strong industrial cluster in intelligent machines, embedded systems, and telecommunications demanding state-of-the-art chips, and the need for experts in the field of SoC is great.

Global climate change is altering everything—everywhere in the world. We are faced with necessary tasks relating to the design and build of our surrounding environments. The landscape and its functions, its ecosystem services, and its appearance, will inevitably change. As the energy transition accelerates, the landscape is developing into a global powerhouse. Simultaneously, the landscape, with its soils, peatlands, wetlands, forests, and oceans, must be assisted in its capacity as a major global carbon sink.

The two-year master’s program in ‘Innovation through Business, Engineering and Design’ provides students with an understanding of how multidisciplinary knowledge supported by theoretical insight and emerging technologies can bridge with the social needs and values of our societies to provide the best possible local and global futures.

Embedded systems provide the intelligence and performance in almost all modern devices. Their development requires a wide range of IT skills - namely expertise in hardware and software, including sensors and networking with the environment. The master's degree in "Embedded Systems Design" teaches precisely this know-how.

This program offers a studio-based, interdisciplinary approach to design, tackling societal challenges. Established and innovative design concepts are incorporated in a unique collaborative setup across campuses.

The part-time Master of Science (MSc) in System Design is a 3-year program offered by Fontys University of Applied Sciences. Become the engineer, who crosses disciplines, who can think in conceptual and technical terms and controls interfaces of the technical disciplines in system design to ensure working effectively and efficiently.

The role of the art director is evolving, and with it, the ways in which this profession is practiced: it’s no longer about an individual, but rather multiple figures capable of working in total synergy. Pure creative talent is not enough; one must be able to express oneself at the highest technical level by choosing the best operational strategy.

Cloud-native applications are designed to capitalize on the scalability and flexibility of the cloud. In contrast to traditional monolithic applications, cloud-native applications are built using multiple, independent microservices that are deployed in cloud environments. Cloud-native development takes an agile approach to creating new applications

The 2-year Master's degree in Software Design is a degree for you who do not have a degree in IT, but want a solid IT professional background, which you can combine with your existing bachelor's degree. No matter what educational background you have – whether it's in the humanities, natural sciences or social sciences – here you get the opportunity to combine it with new skills and knowledge from computer science.

The Master of Science degree in Advanced Architectural Design is a three-semester program aimed at providing outstanding young professionals—who already hold a Bachelor of Architecture or Master of Architecture—the opportunity to conceptualize design as a critical practice that shapes the world’s technological, relational, and environmental evolutions. The program is viewed as a framework for exploring both academic and professional concerns through a set of inquiries and premises: architecture and its design practices are critical in addressing contemporary challenges; architectural specificity is the result of transdisciplinary cooperation; architecture’s future agency lies in the discipline’s capacity to mobilize realities across different scales and time frames.