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AES Applied Earth Sciences BK Bouwkunde CT Civiele Techniek IO Industrieel Ontwerpen EE Electrical Engineering KT Klinische Technologie LR Luchtv. - en Ruimtevaarttechniek LST Life Science & Technology MST Molecular Science & Technology MT Maritieme Techniek TB Technische Bestuurskunde TI Technische Informatica TN Technische Natuurkunde TW Technisch Wiskunde
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LDE Leiden, Delft, Erasmus LD Leiden, Delft EUR Erasmus Universiteit Rotterdam VU Vrije Universiteit Amsterdam
Op deze pagina vind je het minor-aanbod van 2020-2021.
Leiden, Delft en Rotterdam en externe studenten: 1 t/m 15 april 2020
TU Delft-studenten: 1 mei t/m 31 mei 2020*
Studenten van Leiden en Rotterdam: 1 mei t/m 31 mei 2020
Externe studenten: 1 mei t/m 31 mei 2020
*Voor TU Delft-studenten geldt een aanvullende inschrijfperiode voor vrijgekomen plekken bij TU Delft-minors van 15 tot 30 juni 2020.
Computational Science and EngineeringCSE has been described as the "third mode of discovery" next to theory and experimentation. CSE is a multidisciplinary application-driven field that deals with the development and application of computational models and simulations.
Computer ScienceYou get an introduction on how modern software development is being done. You will learn to program in Python, apply algorithms and data structures on a variety of problems in domains such as big data, graphics and artificial intelligence and work in teams using modern development and collaboration tools.
Connected CreativityThe Connected Creativity Minor focuses explicitly on deliberate creativity in everyday, interdisciplinary context. This means that we support students to reflect upon their knowledge and disciplines, making them aware of their own assumptions and willing to approach problems from other perspectives.
Delta Expert, Water for the FutureAs a “Delta Expert”, you’ll know about what is going on in the field of water studies across the globe. You’ll not only learn about the Dutch Delta Programme, but also about other deltas in the world. You’ll undertake a field trip to neighbouring countries and gain a broad knowledge base. Together with water experts, you’ll study hydraulic structures, water treatment and water resources management from an interdisciplinary perspective. You’ll get to design and build your own measuring sensor that focuses on a typical feature of water, and you’ll finish the minor with a research project of your choice. Minor code: CT-MI-166 Language: English For students from: All TU Delft BSc students National and international students who wish to learn about water issues or specialise in water issues at a later stage Max. Participants: 35 What you will learn? student experience Courses in the minor Register Through introductory courses, you’ll learn about a wide variety of disciplines relating to water issues. Through excursions and by talking to experts, you’ll learn about key water-related issues. You’ll learn about measuring water characteristics and will get to make your own measurement device. In the research project, you’ll gain in depth-knowledge on a topic of your choice. "In this minor, you can choose your own research topic. I liked the fact that this was the first time that I did a research project to get results, not a mark. Several experts offered their expertise. I was really lucky that I was able to do research in Zambia and I had the opportunity to publish the results in an article." Bart van Osnabrugge Challanges Do you know how often water has been drunk before you drink it? Do you know why the Dutch river problem lies in Germany? What can we learn from the Mississippi Delta? Study guide See the digital Study guide for a list of courses and their contents. Register? Visit minors.tudelft.nl Contact Ir. Wim Luxemburg +31 (0)15 27 85717 firstname.lastname@example.org Faculty of Civil Engineering and Geosciences Room: 4.81.1 Dr. Ir. Matthieu de Schipper +31 (0)15 27 89220 email@example.com Faculty of Civil Engineering and Geosciences Department of Watermanagement Video Measuring Water on TUDelft TV Introduction video about this minor Lecturer Rolf Hut in 'De wereld leert door' Measuring Water
Designing Sustainability TransitionsWhat would a sustainable future look like? How do we get there? And how can we design for it? Developing your own answers to these three questions will be the core of this minor. Sustainability will be approached from both environmental and social perspectives. The underlying philosophy of this minor is that, in order to design for sustainability, you need to consider the whole system and go beyond resource efficient products and services. You will learn about advanced topics of sustainability and explore different perspectives on how to enact societal change, including the framework of a circular economy. You will explore different design methods and their effects on sustainability. You will be given many opportunities to develop specific technical and professional skills and will critically reflect on the ethical considerations of design for sustainability. Throughout the semester you will work in teams composed of students from diverse educational backgrounds. The minor will be a combination of project work in groups, lectures, expert talks, workshops, group discussions and field trips. You will apply what you learn in a concrete design challenge for an external client (companies, charities, municipalities, etc.). What's in it for you? You will gain a thorough understanding of the different elements of complex sustainable systems, and the transdisciplinary challenge of addressing societal needs within our planetary boundaries. You will evaluate processes of change towards a sustainable future at different scales, from individual users to complete societal systems. You will form arguments for your own perspective on how transitions could take place. You will work with 3 state-of-the-art design approaches or techniques, introduced by experts in studio or lab work. Experts will give guest workshops and you will be given the opportunity to apply the methods in practical labs. You will gain unique experience in carrying out project work in multidisciplinary teams for external, real-life clients. You will apply communication, entrepreneurship, and collaboration skills towards sustainability challenges in the real world in your presentations to the clients. The programme The minor Designing Sustainability Transitions spans 30 EC and comprises the following courses: Sustainability issues and societal change This course combines lectures, discussions and readings, aimed at deepening your understanding of the issues of sustainability and at exploring different views of how change can be enacted in society. You will be challenged to take a stand and discuss with your peers and guest experts. Value sensitive design Designers rarely have the time to consider the long-term and indirect effects of their technologies. What are effects of the product on the larger community, what happens when the product is used in different cultures, and after the product is thrown away? Value Sensitive Design provides theory and method to account for human values in a principled and systematic manner throughout the design process. Design approaches You will receive introductory courses on three key design approaches for sustainability, including Social innovation design and circular product design. You will get a chance to experiment with each of these in practice labs. Demystify Green In Demystify Green, you will investigate and numerically substantiate a sustainable claim found in current media. The course includes several lectures and workshops by experts from different faculties of TU Delft on research and fact checking, data visualisation, storytelling, and how to present like a pro. Master classes A series of master classes will expose you to a wider range of design techniques and professional skills, e.g. biomaterials, system mapping, or entrepreneurship. Design challenge The design challenge is a team effort: you will work together in groups of 4-5 students from different faculties. You will explore a specific sustainability transition topic, provided by an external client, and put to practice the acquired knowledge and design techniques. You will be designing a system map and a concept for a new product, service, system, or other type of design that can support a transition. For Whom? Engineering, architecture, design and business students from universities worldwide on a level comparable to that of the TUDelft. Minors of the IDE faculty are open only for students from academic programmes. Brochure Info and Enrollment For more general information on minors such as enrollment, selection and other minors go to main website of the TU Delft. Contact Ella Jamsin Jotte de Koning DST@tudelft.nl https://www.tudelft.nl/io/studeren/minors/designing-sustainability-transitions/
EducatieDe selectieminor Educatie is bestemd voor alle bachelorstudenten die les willen geven, hun talenten en enthousiasme voor de bètavakken op school willen inzetten, zich serieus willen verdiepen in de theorie achter leren en onderwijzen.
Electrical Sustainable Energy SystemsThis minor presents the students with a comprehensive insight into the fundamental aspects related to electrical power generation from renewable energy sources, the principles of electric power conversion and storage, energy efficiency, reliability, and intelligent grid management.
Electronics for RoboticsThis minor offers you a wide range of courses and an integrating project, enabling you to build up insight and develop knowledge and skills in the field of Electrical Engineering (EE). You will then be able to make use of this insight and instruments your own (major) discipline.
Engineering for Large-scale energy conversion and storage - ‘ELECS’This minor will deal with providing the basics of engineering analysis and design of renewable energy conversion and storage systems enabling our energy transition – theory and practice
Filter hieronder op minors die per faculteit worden gegeven:
Alle thematische minors op TU Delft zijn Engelstalig, met uitzondering van de volgende minors:
- Ondernemerschap: Med-Tech Based Entrepeneurship
- Ondernemerschap: Technology Based Entrepeneurship