Thematic minor overview
A+BE Architecture and the Built Environment AE Aerospace Engineering AES Applied Earth Sciences AM Applied Mathematics AP Applied Physics CE Civil Engineering CS&E Computer Science and Engineering CSE Clinical Technology EE Electrical Engineering IDE Industrial Design Engineering LST Life Science & Technology MST Molecular Science & Technology MT Marine Technology TPM Technology, Policy and Management
LDE Leiden, Delft, Erasmus LD Leiden, Delft EUR Erasmus University Rotterdam VU Vrije Universiteit Amsterdam
This overview is valid for Academic Year 2021-2022
The admission matrix for 2022-2023 is not yet known. This will be published in March 2022.
The old admission matrix (2021-2022) for TU Delft students can be found here (and here for LEI - EUR students).
On this page you will find a list of minors that will be offered during the 2021-2022 academic year. The offer for 2022-2023 will be available in March 2022.
Companies and innovationAbout the minor: Focus and aim The Minor ‘Companies and Innovation’ focuses on new (high-technology) product innovations within established companies, i.e. internal venturing or corporate entrepreneurship, by examining their potential values from diverse aspects such as economics, management, strategy, ethics, safety and risk. The requisite view is that companies are not isolated entities but are embedded in a social context with various values and expectations. Firstly, there are the markets a company is operating in, where the laws of economics rule: supply and demand, investment, financing and marketing. Secondly, there are restrictions (and opportunities!) set by the enforced rules of the law. For instance, the legislator may demand competition and forbid exclusive price arrangements requiring firms to think of their strategies, such as their intellectual property protection. Thirdly, there are considerations regarding safety or security and risk, that is, the safety (or security) of the product(s) the company produces, but also the safety of the employees involved in the production process and environmental safety. Finally, current opinions about what is ‘good’ and ‘immoral’ (or what is ‘responsible’ and ‘irresponsible’) determine the company’s ethical standpoint shaping its corporate social responsibility. The ability to integrate technological development with diverse values of firm strategies, market, ethics and safety is key to innovations in companies. In sum, an integrated insight into these distinct viewpoints is essential for companies to make sensible decisions and to develop new products that are both technologically and socially relevant and acceptable. The aim of the Minor is to offer students insights into how economics, strategic management, ethics, and safety and risk considerations impact innovation. This emphasis on multidimensional assessment of technological innovations within companies make the minor relevant, attractive and challenging for enterprising students, particularly technology-oriented students who would like to enhance their knowledge of management of innovation. More information Dr.ir. Z. Roosenboom-Kwee (Zenlin) +31 15 2784711 firstname.lastname@example.org Faculty of Technology, Policy and Management Minor code: WM-Mi-191 Language: English Access: All Maximum number of participants: 60 What do you learn? The main objectives of the minor are: Understand and apply the basic building blocks of innovation management in companies: Analyse organizational external business environment and internal business processes (e.g. financing), i.e. the ability to identify relevant organisational, technological and market factors that may positively and negatively influence innovation: Analyse and manage risk and safety (or security) issues that organizations have to deal with, e.g. product safety, occupational health and safety, privacy, etc.; Reflect on corporate responsibility of companies’ innovation (i.e. responsible innovation) from an ethical perspective; Apply knowledge and insights from course modules to solve a strategic management game; Study a socially responsible technological innovation within a company through a case study: i.e. develop, write and present a business plan of an innovative product within a company to an expert panel consisting of members of the business and academic community. The business plan should include market and business-economic analyses, strategic analyses, risk analyses and ethical reflections. Additionally, the minor provides students with: A broad view on economic, managerial, ethical and safety boundary conditions (within as well as outside a company) that provides limitations as well as incentives for companies to innovate; Practical project skills (e.g. cooperation and communication) as students work together as an interdisciplinary team on a solid business plan for an innovative product of their own choice; A basis for responsible innovation and entrepreneurship; Invaluable experience dealing with various experts in the field of safety and risk, economics/business, marketing, (strategic) management, and innovation. Overview of subjects Responsible management of risk and safety (5 ECTS) Strategic management game (4 ECTS) Innovation management (5 ECTS) Business economics, choice of technique and innovation (5 ECTS) Technology, innovation and ethics for companies (5 ECTS) Integration course (6 ECTS) Note: All courses will be given in English. Examples of previous case studies The H-Wing is a high performance sail in the sail market. The wingsail is hoistable and does not need modification to the mast or rigging, which makes it easy to integrate it in current boats The Robomop is a multi-purpose device which is able to vacuum, scrub, mop, and shine the floor. The device is able to walk and clean over stairs. The eyeSmart is a device containing image processing and analyzing software that would replace the ocular lens of existing microscopes and use AI image recognition technology to significantly lower the time required to detect diseases Brightcycle is a bike projector that enhances safety in the dark. It shows cars behind cyclists whether the cyclist is for example slowing down or going to make a right turn. The Sitbit is a wearable electronic device, capable of giving simple directional signals to the wearer once this person (e.g. small child, confused elderly) has left a certain safe perimeter, additionally alerting the caretaker of this person via an app. For whom? Enterprising and creative students who want to pursue their ventures or career in established firms, who want to understand how companies work, who want to apply their engineering skills to enhance safety and sustainability in a cost effective and responsible way; overall, students who wish to broaden their horizon.
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 CreativityCreativity is a skill in high-demand everywhere in the world, but many still believe that it is only reserved for a lucky few, or that it has no place in non-artistic fields.
With this minor, we will break away those myths. You will learn how to become more creative, and critically think in innovative and forward-looking ways.
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 email@example.com Faculty of Civil Engineering and Geosciences Room: 4.81.1 Dr. Ir. Matthieu de Schipper +31 (0)15 27 89220 firstname.lastname@example.org 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.
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.
All thematic minors at TU Delft are in English, with the exception of the following minors:
- Educatie (Education)
- Ondernemerschap (Entrepreneurship): Med-Tech Based Entrepreneurship
- Ondernemerschap (Entrepreneurship): Technology Based Entrepreneurship