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Want to engineer the cities, infrastructure and systems that shape a sustainable future?
Civil engineering shapes the world around you, from roads, bridges & transport systems, to waterways flood defenses & offshore structures. At TU Delft’s Civil Engineering master’s programme, you’ll learn to develop sustainable solutions to today’s biggest challenges, like climate change, sea-level rise, resource depletion, population growth & urbanisation, & ageing of infrastructure.

By specialising in geotechnical, structural, hydraulic, offshore, materials, or transport engineering, you’ll deepen your expertise and work alongside leading experts in the field. Along the way, you’ll gain the technical, analytical & professional skills needed to launch a career in a multidisciplinary & international environment.

This two-year master's programme starts with a shared curriculum, developing essential engineering skills in programming, data science, numerical and physics-based modelling, & systems design. You’ll then choose a specialisation track, allowing you to deepen your knowledge in your chosen field. In the second year, you broaden your learning experience in a multidisciplinary way. You can study abroad, complete an internship or a multi- disciplinary project, or take in-depth electives. These opportunities prepare you for your master’s thesis project in a topic that inspires you.

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How will you shape the future of construction projects and the built environment?
In TU Delft’s interfaculty Construction Management and Engineering (CME) master’s programme, you'll learn how to manage and improve complex construction and infrastructure projects in a rapidly changing world. The programme combines engineering with management, finance, law and digital innovation to prepare you for leadership roles in the construction industry. You will address societal challenges such as urbanisation, ageing infrastructure, logistics and maintenance optimisation, sustainability and the energy transition, while exploring innovations such as 3D printing and new construction technologies. If you’re interested in shaping the future of the built environment through technology, strategy, leadership and interdisciplinary collaboration, then this is the programme for you!
The Master’s in Construction Management and Engineering (CME) brings together expertise from three TU Delft faculties: Civil Engineering & Geosciences, Architecture & the Built Environment, and Technology, Policy & Management. You’ll develop a unique mix of technical, managerial, and strategic skills while learning alongside students from different faculties. This brings diverse perspectives, expertise, and professional network that will help you tackle complex construction and infrastructure challenges.

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Do you want to help solve some of the world’s most pressing environmental challenges? How can we provide clean water, improve air quality, recover resources from waste, and design systems that help communities adapt to floods, droughts, and heatwaves? How do we balance urbanisation, climate resilience, and the protection of natural ecosystems?
The TU Delft MSc Environmental Engineering programme equips you with the knowledge and skills to address these critical questions through an interdisciplinary approach. You will develop engineering solutions for water management, air quality improvement, and sustainable infrastructure. You’ll also learn to innovate for a healthier, more sustainable future, shaping resilient cities and protecting the natural environment.

In this two year programme, you’ll build a strong foundation in environmental processes, modelling techniques, data analysis, and engineering challenges. You will also develop specialised knowledge and skills in different domains of environmental engineering. In the second year, you’ll have the flexibility to tailor your studies around your interests. Choose from a range of elective courses, create your own project, complete an internship, or study abroad. You’ll conclude the year with an independent research project, applying everything you’ve learned in the programme.

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CME is offered by the Built Environment and Industrial Engineering & Innovation Sciences. Unique by research-driven and project-oriented approach to education.
Construction Management & Engineering (CME) Master at TU/e explores the area between 'construction engineering' and 'scientific management and economics'. It focuses on managing and implementing information processes, emphasizing smart cities & buildings grounded in societal challenges (e.g., climate change, energy transition, circular economy, digital twinning). It looks at:
•City Information Management (CIM)
considering urban informatics (e.g., geospatial data, sensor data, 3D city data), creating virtual representations of cities with real-time connections to the physical world and its residents, catering to various stakeholders (e.g., municipalities, citizens, architects, planners, engineers, companies) to make informed decisions using urban analytics in smart cities.
•Building Information Management (BIM)
managing information throughout the building life cycle, improving the Architecture, Engineering, Construction, Operation, and Demolishment process, using both static data (e.g., building models, point clouds) and dynamic data (e.g., sensor data, IoT) to create digital twins of buildings and its occupants and process data employing AI technology in smart buildings.

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Technologische ontwikkelingen, grondstoftekorten, verouderde infrastructuur en het belang van duurzame, toekomstbestendige gebouwen; de bouwsector verandert snel en wordt steeds complexer. Er is grote behoefte aan managers die met deze groeiende complexiteit om kunnen gaan. Deze master helpt je grote bouwprojecten te managen, door management- en digitale vaardigheden te combineren.
Van het aanleggen en onderhouden van wegen tot het coördineren van bouwkundige projecten: deze master leert je alle processen te overzien (denk aan ontwerp, bouw, onderhoud en sloop). Je kunt je daarin richten op de technologische en de organisatorische aspecten. Na het behalen van je master heb je uitstekende carrièrekansen: je kunt aan het werk in de volle breedte van de bouwsector, van aannemers tot ingenieurs- en adviesbureaus tot overheidsinstellingen. Je kunt ook een wetenschappelijke carrière nastreven en je master vervolgen met een PhD of een EngD.

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Duurzame woonwijken, dijkverbeteringen, het treinnetwerk, maar ook de Deltawerken zijn allemaal technisch haalbare civieltechnische projecten. Maar het eindresultaat hangt niet alleen af van technologie. Duurzaamheid en circulariteit, politiek beleid, inspraak en vergunningsprocedures, landonteigening, milieurapportages, begroting, financieel beheer, logistieke efficiëntie, veiligheid en meer factoren moeten vroeg in de planningsfase worden meegenomen.
De arbeidsmarkt vraagt wereldwijd om ingenieurs die echte procesdenkers zijn en alle aspecten van civieltechnische projecten kunnen overzien, analyseren en voorspellen. Deze master leidt je op tot zo’n civiel ingenieur op het gebied van bouwmanagement, transportmanagement, watermanagent, duurzaamheid en weerbaarheid, en/of waterbouw en geostructuren. Dit is de eerste master in Nederland die focust op zowel de technische als de niet-technische aspecten van planning, ontwerp, realisatie en onderhoud van civiele projecten en systemen.

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Offshore and Dredging Engineering concerns the sustainable utilization of resources and space in the ocean environment. Offshore and Dredging Engineers are open-minded and creative engineers with a thorough understanding of the marine environment and an ambition to shape tomorrow’s society
Key features:

* Engineering solutions in the harsh ocean environment
* Structural integrity and reliability
* Multi-disciplinary and multi-cultural collaborations
* Cutting-edge research on novel offshore technologies
* Connecting different societal and environmental perspectives
* Positive impact solutions

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Engineering and Policy Analysis is a fully accredited TU Delft MSc programme for students with a background in a technological field and is taught in the city of The Hague.
Studying technology and society and their interrelations is typical for the analytical approach central to EPA. The Programme is characterized by its unique blended, case-based approach to teaching and its focus on modelling and simulation. These case studies are provided by ministries, multinationals and NGO's, which are all located next to the EPA location and all contribute to the programme. So EPA equips you with more than just the technical skills you would expect in a standard engineering curriculum. EPA is interactive, international and interdisciplinary. You will be working on technological challenges in a context where political, moral, cultural and socio-economic considerations are crucial to decision-making processes and must be factored into the solutions. The complexity of these problems requires collaboration across the disciplines of natural and social sciences, and across international and cultural boundaries. We call this Comprehensive Engineering.
In the master's programme EPA students will be trained to become policy analysts, policy makers or policy implementers for a range of technology sectors.

Toelatingseisen

Voor alle onderstaande opleidingen geldt dat je minimaal 30 EC van ten minste twee van de onderwerpen bestuur, economie en recht behaald moet hebben om toegelaten te worden.

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This two-year programme is aimed at educating engineers who can contribute to the design and management of infrastructures and related services.
The interdisciplinary MSc programme Complex Systems Engineering and Management (CoSEM) aims at designing innovations in a complex socio-technical environment and tackling large-scale problems in a highly interconnected world. Typical CoSEM problems are the energy transition, smart information society, smart and sustainable cities, intelligent transport systems & logistics, smart regulation & compliance.
The foundations of the programme comprise complex systems engineering, institutional economics, law and managing multi-actor decision making. Modelling and analysis methods allow the students to handle the big, heterogeneous and contested data on which the designs are based, and to take into account deep uncertainty about the development of the socio-technical systems. In this Master's programme we explore the innovations in complex socio-technical environments. You learn to think about more than technology alone. After all, when designing technological innovations, you have to deal with matters such as existing regulations, subsidies, distribution channels and infrastructures, as well as interests, cultures and human behaviour. In order to achieve successful innovations, these aspects must be considered and used in your design.

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Materials Science & Engineering is an interdisciplinary field applying the properties and applications of matter to various areas of science and engineering.
If asphalt could be designed so that it repaired itself, all that inconvenience and congestion that results from road repair would be a thing of the past. And if lighter materials could replace the current metals in auto bodies at an affordable price, far less fuel would be required to get from point A to point B. Those challenges are the sort that materials engineers and materials scientists confront every day in their work.
The MSc Programme in Materials Science & Engineering combines studies of the physical, chemical and mechanical properties of materials with the training in production techniques and the selection of appropriate materials for a wide range of applications. In the programme, you will gain an understanding of the behaviour of materials under different conditions and learn how to assess their suitability in products and industrial processes. You will study the design of new material properties at nano and micro levels to suit applications on a macro scale. The programme focuses in particular on the design of new materials, including, for example, self-healing materials.

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The MSc programme in Aerospace Engineering aims to develop the basic competences acquired in a BSc programme and take them to a higher level in terms of knowledge, critical reflection, making judgements and working independently. In order to achieve the levels we aim for, the MSc programme requires that you specialise and choose a specific direction within the domain of aerospace engineering.
In the master Aerospace Engineering students can choose between five tracks: Aerospace Structures & Materials, Flight Performance & Propulsion, Aerodynamics & Wind Energy, Control & Operations and Space. A track is a general field of Aerospace Engineering (discipline) and a profile is a refined direction within that field of expertise (specialisation). The master programme Aerospace Engineering has a common outline for all tracks. Each comprises core, profile and elective courses, literature study, an internship and the MSc thesis.

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As medical science has advanced, physicians and patients have relied on increasingly sophisticated medical devices for diagnosis, treatment, and long-term health care.
BioMedical engineers are key players in the development, design, and continuing refinement of devices such as joint replacement prostheses, microsensors, imaging and image processing, as well as advanced instruments for use in such domains as minimally invasive surgery and the diagnosis of movement disorders.
The TU Delft master's programme in BioMedical Engineering is a multidisciplinary programme which aims to provide you with both an understanding of biology and medical theory as well as highly specialised technical training in such fields as electrical, physics, material and mechanical engineering.
You will learn how to develop conceptual models from a technical perspective and you will work in close collaboration with physicians, researchers and other healthcare professionals, including on-site at the collaborating academic institutions.
The two-year MSc programme in Biomedical Engineering at TU Delft is based on a long history of education and research in three collaborating faculties.

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The oceans offer unique potential and challenges for engineers. Consider that around 80% of goods are transported by sea, around 40% of the world’s population lives within 100 km of a coastline, and that the global offshore wind energy sector has expanded 30% in the past 8 years alone. How do we design ships (cargo, transport, passenger, offshore support, etc.) to efficiently carry out their work while operating in some of the harshest environments on earth? How do we adapt these ships to new, alternative sources of green fuel? How do we monitor these vessels over their lifetime to ensure they are still safe and reliable? And further consider these technical aspects also need to be applied to other novel structures, like flexible floating structures (think, solar panels!) and the complex vessels needed to install ever-growing offshore wind turbines. Marine Technology uniquely studies (technical) aspects of vessels and complex structures, giving future engineers the scientific knowledge and skills to handle challenges in design, construction, and operation of these systems.

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Whether it's a dentist's drill or a tunnel drill, an automobile assembly line or a CD player, somewhere in the course of its development, a mechanical engineer has had a hand in its design.
Mechanical engineers design, develop and build an enormous range of technical systems and mechanisms for industry and consumers. They have an important hand as well in stimulating the development of bio-systems, and micro- and nano-scale devices. Innovations in these areas are of vital importance in efforts to reduce energy consumption, to ease pressures on the environment, and to build a more sustainable society.

At TU Delft, the goal of the MSc Programme in Mechanical Engineering is to give students a broad, in-depth understanding of all mechanical engineering disciplines. The programme trains engineers to handle the entire process of innovative thinking, design, manufacturing and operation.
Students have to choose one of the five tracks/specialisations: BioMechanical Design, Energy & Process Technology, High-Tech Engineering, Opto-Mechatronics, Multi-Machine Engineering.

Toelatingseisen

Bij inschrijving voor MOT met onderstaande afgeronde bacheloropleiding moet je aan inschrijvingsvereisten voldoen. Deze vereisten vind je hier: https://www.tudelft.nl/onderwijs/opleidingen/masters/mot/msc-management-of-technology/application-and-admission/dutch-bsc-degree

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Technology management in high-tech organisations.
The MSc Management of Technology (MOT) is an international master program which highlights the numerous aspects of technology and innovation management. This MSc program educates students with a bachelor degree in engineering as responsible decision makers, professionals and future leaders in technology-based internationally-oriented competitive business environments. MOT engineers work as scientists, consultants or also as entrepreneurs in such environments. The programme deliberately aims at an international and diverse group of students. The programme focuses on the core themes of technology and innovation with a specific emphasis on commercialization, engineering economics, and research and reflection. MOT students have the opportunity to work hands on with technology as new technology emerges regularly from the different labs at Delft University of Technology.

Toelatingseisen

Met deze vooropleiding is een schakelprogramma vereist voor toelating tot alle tracks van de Master AUBS. Uitzondering: Bachelordiploma Landschapsarchitectuur en Ruimtelijke Ordening (Wageningen University and Research) geeft alleen rechtstreeks toegang tot de track Landscape Architecture.

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The Faculty of Architecture at TU Delft offers a dynamic Master's programme very much informed by the unique circumstances of the Netherlands, where the high population density has strongly influenced thinking about how to work creatively with space. The Faculty has an outstanding reputation and attracts students from all over the world.

The programme is especially strong in such areas as design, research, management, technology and research-by-design. The field of architecture used to be fairly straightforward – it was about the design of buildings. But these days, the field is far more complicated. Where in the past the emphasis was primarily on expanding the supply, far more attention is now directed to maintaining, adapting and replacing existing buildings and neighbourhoods. Construction as a field has therefore become more complex and specialised. That in turn increases the demand for architectural engineers with management skills – engineers who are capable of skilfully directing both the technical and logistical components of a construction project at every phase along the way from design to management of the completed structure.

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Bouwkundig ingenieurs hebben een grote verantwoordelijkheid in het vinden van de juiste balans tussen wetenschap, technologie en ontwerp.
De masteropleiding Architecture, Building and Planning (ABP) bestaat uit colleges en ontwerp- en onderzoeksprojecten die je leren om toekomstige maatschappelijke problemen gerelateerd aan de gebouwde omgeving op te lossen. ABP heeft 6 mastertracks:

* Architectural Urban Design and Engineering (AUDE
* Building Physics and Services (BPS)
* Urban Systems and Real Estate (USRE)
* Structural Engineering and Design (SED)
* EIT Sustainable Urban Mobility Transitions (SUMT)
* EIT Smart Mobility Data Science and Analytics (SMDA)
Je geeft je studie zelf vorm afhankelijk van je persoonlijke interesses. Met de kennis opgedaan in je eigen discipline leer je problemen van andere disciplines te begrijpen. Je ontwikkelt een ontwerpgerichte aanpak op basis van analytische capaciteiten, synthetische vaardigheden en de mogelijkheden die de informatietechnologie biedt. Dit programma biedt jou een breed scala aan mogelijkheden om uit te kiezen, waarbij je als student zelf de focus van je programma bepaalt.

Toelatingseisen

Bachelor Bouwkunde (HBO of TU) of een bachelor Design (bijvoorbeeld Architectonische vormgeving of Interieurarchitectuur) met aantoonbaar voldoende technische kennis. Kandidaten met een andere achtergrond kunnen toelating doen, mits zij over voldoende relevante werkervaring beschikken.

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Als architect beïnvloed en verbeter je de levens van mensen en de wereld. Onze samenleving staat voor grote uitdagingen, en jouw ideeën zijn nodig om de toekomst leefbaar te houden. Wil jij leren hoe je de toekomst kunt vormgeven en invloed kunt uitoefenen op hoe mensen leven, werken en samenkomen? Tijdens de master Architectuur speel je een actieve rol in het bouwen aan een betere wereld voor onszelf, de natuur, en toekomstige generaties.

Waarom deze master?

* Atmosferisch ontwerponderwijs: Je krijgt sterk beeldend en praktijk-georiënteerd onderwijs in een kleinschalige, open en multidisciplinaire omgeving.
* Hoog niveau: Ontwikkel je tot een architect die ontwerpen van hoge kwaliteit levert
* Maak het verschil: Je draagt met verbeeldingsrijke ontwerpen actief bij aan een duurzame en sociaal veilige wereld.
* Uitgebreid excursieprogramma: Je verbreedt je horizon met kleine en grote excursies in binnen- en buitenland.
* Leer pionieren: Experimenteer en wandel buiten de gebaande paden
* Concurrent onderwijs: Deze masteropleiding biedt concurrent onderwijs: je werkt en studeert tegelijkertijd. Je past dus direct toe wat je tijdens de opleiding leert!

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As the complexity and importance of our many industrial structures and manufacturing systems grow, so does the guiding hand of Systems and Control.
This active research area is an important discipline in many fields, involving such specialists as engineers, physicists, mathematicians and designers.
The world of systems and control guides more of our lives than most of us realise. Areas as diverse as the manufacturing and semiconductor industry, infrastructure management, transportation, communications and logistics, energy delivery, the medical profession, and the family household are increasingly dependent on it. And as the world becomes more and more automated and guided, its impacts will spread even further.
The MSc programme trains students to use interdisciplinary strategies involving modelling, signal processing, controller design, and system analysis. It prepares engineers for a key role in the field of dynamics and control technology for complex systems and processes. The programme provides top-quality expertise and skills for successful professional careers in research, technology development and design.
The master's programme Systems and Control is a educational programme developed by the four leading universities of technology in the Netherlands (4TU).

Opleidingsinfo

De wereldbevolking blijft groeien en ons energieverbruik stijgt in razend tempo. Fossiele brandstoffen raken langzaam maar zeker op, en de impact van klimaatverandering wordt steeds voelbaarder. Daarom is er een groeiende behoefte aan slimme, duurzame oplossingen – en aan ingenieurs die ze kunnen bedenken én realiseren.
In deze master verdiep je je in duurzame energietechnologie en ontwikkel je tegelijk de skills die nodig zijn om veranderingen in energiesystemen te realiseren. De opleiding biedt een unieke combinatie van technologische én socio-economische aspecten. Je onderzoekt hoe energie wordt opgewekt, gedistribueerd en opgeslagen – en hoe je verschillende technologieën op slimme wijze met elkaar kunt verbinden. Daarnaast doe je kennis op in het bredere kader van energiemarkten, ondernemerschap, verdienmodellen en management. Zo groei je uit tot een echte energie-expert: iemand die duurzame energie kan implementeren in bestaande en toekomstige netwerken.

Toelatingseisen

Bachelordiploma in de techniek, scheepvaart, logistiek of business is vereist voor toelating. Bekijk de exacte eisen op https://www.hogeschoolrotterdam.nl/opleidingen/master/shipping-and-transport/voltijd/toelatingsvoorwaarden/

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Klaar om aan het roer te staan in de wereld van maritieme handel? Na de Engelstalige master Shipping and Transport heeft de sector geen geheimen meer voor je!
Je hebt een achtergrond in scheepvaart, logistiek of juist bedrijfskundig en je wilt je kennis toepassen in de maritieme sector. De master Shipping and Transport biedt een welkome verdieping. Je leert de ins en outs kennen van internationale havens en scheepvaartbedrijven en je leert alle mogelijke logistieke overwegingen kennen en toepassen. Daarnaast ontwikkel je je managementvaardigheden door voor een mooie carrière in binnen- of buitenland.

De master Shipping and Transport (geheel in het Engels) geeft je een totaaloverzicht van de sector. Je ontrafelt hoe fabrikanten en consumenten via havens en rederijen met elkaar in contact staan en welke factoren daarbij meespelen. Door alle verbanden te zien, leer je slimme beslissingen maken. Hoe zorg je bijvoorbeeld voor transport dat goedkoop én duurzaam is? Hoe kies een schip voor een bepaalde vaart? En hoe zorg je dat een haven aantrekkelijk blijft voor de internationale wereldhandel? Tijdens deze master wordt het je tweede natuur om kritisch te denken en innovatieve oplossingen te bedenken. De Rotterdamse ‘hands-on and make-things-happen’-aanpak die je bij ons meekrijgt, daar staat elke haven ter wereld om te springen!

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Het bevorderen van welzijn in achtergestelde gemeenschappen wereldwijd en het verminderen van ongelijkheid heeft niet alleen met liefdadigheid te maken. Wil je écht duurzame en impactvolle oplossingen bedenken die bijdragen aan een betere gezondheid, en meer stabiliteit en/of zelfredzaamheid binnen deze communities? Dan heb je een wetenschappelijke aanpak nodig waarin je kennis van techniek en sociaal-culturele aspecten combineert.
Wil jij met complexe, humanitaire uitdagingen aan de slag? Denk aan de ontwikkeling van rampbestendige huisvesting van gerecycled plastic, filtersystemen voor schoon drinkwater of duurzame energieoplossingen voor vluchtelingenkampen? Dan is de master Humanitarian Engineering aan de Universiteit Twente iets voor jou! Deze master bereidt je voor op een betekenisvolle carrière waarin je werkt aan innovatieve oplossingen voor achtergestelde gemeenschappen, bijvoorbeeld binnen NGO’s of andere (internationale) publieke of private organisaties.

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Werken aan een duurzamere wereld is urgent, maar complex. Hoe bereik je sociaal-technische veranderingen bij wereldwijde duurzaamheidsvraagstukken? Hoe houden we onze economie levensvatbaar zonder onze ecosystemen uit te putten? Daar draait het om in deze managementopleiding van de Universiteit Twente.
Deze master leert je hoe je verandering stuurt op het snijvlak van sociale, technologische en ecologische systemen. Je leert de oorzaken van water-, energie- en milieuproblemen te begrijpen en aan te pakken. Je onderzoekt de bestuurlijke, organisatorische en technische factoren achter deze vraagstukken – en ontwikkelt strategieën om ze aan te pakken en duurzame ontwikkeling te bevorderen. Daarbij combineer je theorie en praktijk, met inzichten uit management, (openbaar) bestuur, recht en gespecialiseerde kennis van energie-, milieu- of watermanagement. Na je afstuderen kun je aan de slag bij de overheid, het bedrijfsleven, in de consultancy of onderzoek.

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HAN's Master Engineering Systems gives you the know-how to develop the systems of the future. Systems that are crucial in a wide range of fields: automotive, sustainable energy and cyber-physical.
Would you like to get hands-on experience with the latest technological innovations in industry? HAN's Master in Engineering Systems gives you the know-how to develop the systems of the future. Systems that are crucial in a wide range of fields: the automotive branch, mechatronics and process manufacturing, electronics, and renewable energy. After a first joint semester, you will specialize in one of the three tracks below. What's more, HAN's close collaboration with research and industry partners puts you at the forefront of the career market.
The Master Engineering Systems is offered with three different tracks:

* Automotive Systems
* Cyber-Physical Systems
* Sustainable Energy
Like all HAN master programs, this program is internationally renowned for its seamless integration with professional practice. The course applies research to meet the demands of society directly, the lecturers are personally committed, and the close contact with fellow students gives rise to valuable learning experiences and establishes lasting networks.

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Mobility is changing fast with electric vehicles, hydrogen power, and autonomous driving. Keen to be part of these developments? Apply now for this cutting-edge automotive master program!

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Sustainable energy is crucial to the transition. Want to develop these systems and specialize in this rewarding field? Sign up for the Sustainable Energy master track at HAN
The course has an applied technical approach, using engineering to deal with energy challenges. Students explore how energy systems can be used to work more efficiently. They look at how to optimise energy systems across multiple pathways and scales, increase reliability, reduce cost and minimise the environmental impact of our energy systems.
As an energy systems engineer, you have an active role in the transition towards a reliable sustainable energy system. Your job? Developing the technology, models and smart control for sustainable energy systems. Systems that generate, store or distribute energy. Locally. Regionally. Nationally. Even internationally.

Opleidingsinfo

Cyber-physical systems are part of everyday life.
Examples range from smart phones to autonomous driving vehicles and from drones to manufacturing robots.
These computer or computer-based systems require dedicated design by engineers who can integrate computer, control and communication (three “C’s”). In this program the principles of different scientific fields are combined, like embedded and distributed control, mechatronic design, machine learning, data-science and real-time communication. So, you can become an expert on the automation systems used in industry
Want to make high-tech products of the future? The Master Engineering Systems: Cyber-Physical Systems will kick start your career with great job opportunities.

Opleidingsinfo

Cyber-physical systems are part of everyday life.
Examples range from smart phones to autonomous driving vehicles and from drones to manufacturing robots.
These computer or computer-based systems require dedicated design by engineers who can integrate computer, control and communication (three “C’s”). In this program the principles of different scientific fields are combined, like embedded and distributed control, mechatronic design, machine learning, data-science and real-time communication. So, you can become an expert on the automation systems used in industry.
Want to make high-tech products of the future? The Master Engineering Systems: Cyber-Physical Systems will kick start your career with great job opportunities.

Opleidingsinfo

Binnen de Engelstalige Master Engineering Systems -te volgen in voltijd of deeltijd- kies je 1 van de 3 Mastertracks en breng jij jouw engineering skills naar the next level.
Mastertracks:

* Automotive Systems:
Mobiliteit is cruciaal voor de economie, maar leidt ook tot stijgende CO2 uitstoot. Dat vraagt om creatieve, duurzame oplossingen. En dat vereist weer hoogopgeleide, innovatieve engineers.
* Cyber-Physical Systems:
De Cyber-Physical Systems track is ontwikkeld in samenwerking met onze partners uit de industrie. Gedurende het programma voer je toegepast onderzoek uit dat gericht is op hun behoeften. Deze track is een samenvoeging van de tracks Control Systems en Embedded Systems.
* Sustainable Energy:
Duurzame, hernieuwbare energiesystemen zijn cruciaal voor de energietransitie. Om deze systemen te ontwikkelen en te verfijnen zijn gespecialiseerde engineers nodig.

Opleidingsinfo

HAN's Master in Engineering Systems gives you the know-how to develop the systems of the future. Systems that are crucial in a wide range of fields: automotive, sustainable energy and cyber-physical.
This engineering system master program gives you the fundamentals of modelling and control systems. It also gives you lots of options to specialize within the engineering field. You then follow modules specific to your chosen master track. Finally, you get to apply your knowledge and skills in a Major Project. The setting? Either industry or research.
The Master Engineering Systems is offered with three different tracks:

* Automotive Systems
* Cyber-Physical Systems
* Sustainable Energy
Like all HAN Masters courses, this course is internationally renowned for its seamless integration with professional practice. The course applies research to meet the demands of society directly, the lecturers are personally committed, and the close contact with fellow students gives rise to valuable learning experiences and establishes lasting networks.