Master's in Engineering & Technology in Netherlands

Master Applied Quantum Technology

The Master in Applied Quantum Technology is a joint degree program offered by four Dutch universities of applied sciences, preparing you for the rapidly evolving field of quantum technology. This field is key to developing powerful new computers, secure communication systems, and sensitive sensors that can help solve complex global challenges. The program provides a practical, hands-on approach, combining knowledge of quantum software, photonics, and electronics, with a focus on skills applicable in real-world scenarios. Students will gain broad and practical knowledge through a curriculum that spans multiple institutions.

Master Automotive Technology

The Master's program in Automotive Technology at Eindhoven University of Technology (TU/e) prepares students for the rapidly evolving automotive industry. With a focus on sustainable and smart mobility, the program adopts a systems-level and multidisciplinary approach. You will learn to understand modern vehicles as integrated systems, combining expertise in mechanics, electronics, software, and human-machine interaction to tackle complex challenges. The curriculum allows for specialization in either Smart Mobility (focusing on autonomous driving, software, and human factors) or Sustainable Mobility (exploring electric vehicles, combustion engines, and transmissions).

Master Construction Management and Engineering

The Master Construction Management and Engineering (CME) program at Eindhoven University of Technology is a two-year, full-time master's degree taught in English. It focuses on addressing the evolving demands of the building and construction industry, particularly in the context of societal challenges like sustainability, climate change, and digitalization. The program bridges the gap between construction engineering and scientific management, emphasizing the integration of innovative Building Information Management (BIM) and City Information Management (CIM) with product and process management techniques. It equips students with the skills to develop solutions for smart cities and smart buildings by combining urban/building sciences with management and innovation sciences.

Master Digital Design: Digital Fashion Technology

This one-year, full-time Master's program focuses on the intersection of fashion, technology, and design. You will explore how digital tools like AI, 3D design, and automation are transforming the fashion industry, from concept to production and consumer experience. The program is designed for students with backgrounds in either fashion or technology who wish to innovate at the forefront of digital fashion. Through hands-on projects, industry collaborations, and applied research, you will develop skills in designing and prototyping new digital fashion solutions. Depending on your interests, you might specialize in creative technology, digital product development, programming, virtual environments, or innovation strategy. The curriculum aims to equip you with the research and design capabilities needed for careers in digital fashion, creative technology, and future-focused design practice.

Master Next Level Engineering

This multidisciplinary Master's program focuses on technological and societal developments, empowering you to lead them. You will select projects aligned with your interests, such as semiconductors, photonics, or smart sustainable production. The curriculum emphasizes designing and developing innovative solutions for complex societal challenges. The program fosters flexible thinking and collaboration across disciplines, preparing you for the dynamic job market by integrating various methods and key technologies for more sustainable, efficient, and effective solutions.

Master Urban Technology: Sustainable Urban Innovation and Technology

Master Urban Technology: Sustainable Urban Innovations & Technology

The Master Urban Technology: Sustainable Urban Innovations & Technology is a one-year, full-time program focused on developing technical solutions for urban challenges. It addresses issues like space scarcity, resource management, and environmental concerns, aiming to create sustainable, livable, and accessible future cities. The program offers an interdisciplinary approach to engineering, equipping students with the skills to tackle complex urban problems.

Master's in Spatial Engineering

MBA with specialisation in Clean Technology

The MBA with a specialisation in Clean Technology (Energy & Clean Tech) is designed to equip managers and entrepreneurs with knowledge in both business administration and sustainable technological solutions. This program was developed based on an EU-funded research project focused on renewable energy and smart grids. It combines core MBA subjects with specialized modules in areas like renewable energy, smart grids, and energy-efficient buildings. The curriculum emphasizes interactive learning, case studies, and real-world projects, with contributions from industry professionals.

MBA with specialisation in Engineering

This Master of Business Administration (MBA) programme with a specialisation in Engineering is designed for professionals aiming for leadership roles in the engineering sector. It uniquely combines technical engineering knowledge with strategic business management principles. The programme equips students to lead complex engineering projects, manage diverse teams, and drive innovation. Taught entirely in English, it attracts a global cohort of ambitious professionals. The curriculum includes subjects like project management, operations management, and technology innovation, alongside leadership and strategic thinking within an engineering context. Graduates are prepared for roles such as chief engineering officers, project managers, or consultants, contributing to advancements in manufacturing, construction, technology, and other fields.

MSc Chemical Engineering

The University of Twente's Chemical Engineering Master's program focuses on reinventing chemical processes to meet ambitious climate goals. You will gain expertise in developing sustainable solutions for the chemical industry, addressing challenges such as CO2 reduction, alternative feedstocks, and new energy sources. The program integrates knowledge from fundamental molecular reactions to industrial-scale processes, utilizing unique research infrastructure and collaborating closely with industry leaders. You will be prepared to tackle complex challenges and contribute to a more sustainable future.

Spatial Engineering