Delft Center for Systems and Control (DCSC) coordinates the education and research activities in systems and control at the Delft University of Technology, in the Faculty Mechanical, Maritime and Materials Engineering (3mE). DCSC has been established in 2003 by merging the systems and control groups of Electrical Engineering (EWI), Mechanical Engineering (3mE), and Applied Physics (TNW).
New curriculum MSc Systems & Control 2020-2021MSc students who already started in the MSc Systems & Control before September 1st, 2020 will follow the current curriculum. MSc students who want to start the MSc Systems & Control per September 1st, 2020 will start with the new curriculum. More details will follow in the coming months; below you can find the new curriculum as well as the comparison with the current curriculum. New curriculum Variant with short final thesis project: 39 EC obligatory courses Variant with long final thesis project: 39 EC obligatory courses 27 Systems & Control electives 9 EC Free technical electives 20 Systems & Control electives 6 EC Free technical electives 10 literature study 35 final thesis project 10 literature study 10 Research assignment 35 final thesis project Overview new vs current curriculum New (39EC) Old (36EC) I Control theory (6EC) Control theory (6EC) Filtering & identification (6EC) Filtering & identification (6EC) Integration project S&C (5EC) Integration project S&C (5EC) II Optimization (3EC) Optimization (4EC) Nonlinear system theory (3EC) Nonlinear system theory (4EC) Robust control (3EC) Robust & multivariable control design (5EC) Control engineering (3EC) Statistical signal processing (4EC) Modeling (3EC) III Introduction project S&C (3EC) IV Philosophy of Science/Ethics & engineering/Introduction safety science (3EC) Philosophy of Science (3EC)
Combination of microscopy techniques makes images twice as sharpResearchers at Delft University of Technology have combined two existing super-resolution microscopy techniques to create a new method. Many experts thought that combining these techniques was not technically possible. The new, combined method enables researchers to visualize the tiny components of living cells better than ever before. Among other things, this can lead to new insights for healthcare.
XII Workshop on Adaptive Optics for Industry and MedicineProfessor Michel Verhaegen and Professor Gleb Vdovine are the general co-chairs of the International Workshop on Adaptive Optics for Industry and Medicine (AOIM) explores the recent developments, current practices and future trends in adaptive optics and closely related fields. The AOIM XII Workshop and AO school will be held on October 21-25, 2019 in the TU Delft Science Centre, The Netherlands. The relaxed atmosphere of this single-session meeting encourages the participants to present and freely discuss the recent developments in adaptive optics applied to industrial and medical applications. The programme topics are the following: General Adaptive Optics Control for Adaptive Optics Wavefront Correctors Wavefront Sensing Microscopy High Power Lasers Ophthalmology Computational Imaging & Holography Free Space Optics Lithography Imaging through Turbulence Emerging Technologies This edition of the workshop will be preceded by a Two-day Adaptive Optics School on October 21 & 22 . The AOIM workshop is organized by the Delft Center of Systems and Control (DCSC). The conference will be based in the Science Center of Delft University, near the Schie Canal in the proximity of the city center. Delft is located 50 km to the south of Amsterdam and 10km distance from the centers of The Hague and Rotterdam and is served by two airports (Schiphol and Rotterdam airport) with convenient and quick train/bus connections. There are plenty of cultural opportunities in the area. The AOIM XII workshop is co-organized with the Face2Phase event that will take place on 21-23 October 2019 in Delft. Delagates of AOIM have full access to Face2Phase talks and program events, and delegates of Face2Phase have full access to the AOIM program (AO school is not included). Only one regitration (to any of these two events) is necessary. The events are scheduld one after another to avoid parallel sessions: Face2Phase on 21-23 October, and AOIM on 23-25 Oct, with no overlap. Please mark your calendar: AO School: Oct 21-22, 2019, Face2Phase event: Oct 21-23, 2019, AOIM XII workshop: Oct 23-25, 2019.
15th IFAC Symposium on Large Scale Complex SystemsAssistant professor Sergio Grammatico and prof. Ming Cao of University of Groningen are the general co-chairs of the IFAC Symposium on Large Scale Complex Systems. The IFAC Symposium will be held in the Sceince Centre of Delft, May 26-28, 2019. The IFAC Symposium on Large Scale Complex Systems (IFAC LSS) is a core triennial event of IFAC Technical Committee on Large Scale Complex Systems. The Symposium is to discuss new developments in methodologies and techniques useful in handling complexity in analysis, modelling, control and optimization for large scale complex systems. A number of application areas will be addressed. Special attention will be paid to large scale complex systems which are closely connected with human society, such as urban traffic systems, autonomous systems, water systems, environmental systems, power supply systems. For more information, please visit the website of the Symposium, https://www.dcsc.tudelft.nl/LSS19 . or https://www.tudelft.nl/en/events/2019/43682/may/15th-ifac-symposium-on-large-scale-complex-systems/
2018 George Nicholson Paper Award2018 George Nicholson Paper Award The George Nicholson Student Paper Competition, arguably the most prestigious student award in the operations research community, is held each year since 1975 to honor outstanding student papers in the field of operations research and the management sciences. Viet Anh, a visiting PhD student at TU Delft and co-supervised by Peyman Mohajerin Esfahani, is the first winner from a European university. He received the 2018 Nicholson Award for the paper “Distributionally Robust Inverse Covariance Estimation: The Wasserstein Shrinkage Estimator”. The precision matrix is a key ingredient for a number of important problems including the optimal feedback control in the LQR problem, the optimal classification rule in linear discriminant analysis, the optimal investment portfolio in Markowitz’ celebrated mean-variance model, and the optimal array vector of the beamforming problem in signal processing. Moreover, the optimal fingerprint method used to detect a multivariate climate change signal blurred by weather noise requires knowledge of the climate vector’s precision matrix. In this paper, it is shown that the proposed estimator has many desirable theoretical properties and displays a similar performance as the graphical lasso approach (which requires solving a large semidefinite program) at the computational cost of a naive linear shrinkage estimator (which requires merely a spectral decomposition). A follow-up of this paper offers a game-theoretic setting to propose a novel robust Kalman filter for state-estimation in dynamical systems. This study has also been featured as a spotlight presentation (acceptance rate: 3.5%) at the 2018 Conference on Neural Information Processing Systems (NIPS), the leading conference in machine learning. Related link and papers: - Award link: https://www.informs.org/Recognizing-Excellence/Award-Recipients/Viet-Anh-Nguyen - George Nicholson paper: “Distributionally Robust Inverse Covariance Estimation: The Wasserstein Shrinkage Estimator”, Viet Anh Nguyen, Daniel Kuhn, and Peyman Mohajerin Esfahani, May 2018, [arXiv:1805.07194] - NIPS spotlight presentation paper: “Wasserstein Distributionally Robust Kalman Filtering”, Soroosh Shafieezadeh-Abadeh, Viet Anh Nguyen, Daniel Kuhn, and Peyman Mohajerin Esfahani, Neural Information Processing Systems (NIPS), December 2018, [arXiv: 1809.08830]
Our mission is to provide education and to perform research in systems and control, at an internationally recognized high level, from within a TUD-wide center that has a solid foundation in the faculty 3mE.
In research we aim at contributing to fundamental aspects of dynamical systems and control as well as at advancing innovative and high-tech applications, in combination with relevant industrial and academic partners. In teaching we aim at creating a scientific climate where students can flourish to become independent and highly-skilled engineers and scientists.