Search for PhD courses in NORDTEK Cooperation |
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22 search results
| Course title | City | Start date | Workload |
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Drives and actuators for mobile machinery
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Tampere | January 2026 | 5cr |
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Tampere University
Core content· Special characteristics of mobile machinery and different machine types· Hydrostatic transmission (HST)· Dimensioning and control of HST· Power management and energy efficiency optimization of HST· Electric traction drive· Basics about |
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Fundamentals of Nonlinear Optics
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Tampere | March 2026 | 5cr |
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Tampere University
Core content· Nonlinear susceptibility· Wave equation· Phase-matching· Second-harmonic generation· Four-wave mixingComplementary knowledge· Nonlinear polarization· Third-harmonic generation· Phase conjugation· Electro-optic effectSpecialist knowledge· Lor |
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LQG Control with Matlab
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Tampere | August 2025 | 5cr |
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Tampere University
Core contents· Quadratic norms of vectors, matrices, functions of time and LTI systems· Quadratic non-norm performance indices · Random variables and stochastic performance indices like variances of the system responses and other expected values· Weighted |
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Model-based design and Rapid Prototyping
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Tampere | January 2026 | 5cr |
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Tampere University
Core content· Model-based real-time control system design and implementation· Model-based controller principles with respect to other controller types· Kinematic chain of multi-body systems· Time continuous trajectory generation· Rapid prototyping equipme |
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Modern Control of Actuation Systems
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Tampere | January 2026 | 5cr |
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Tampere University
Core content· Modelling and control of electro-hydrostatic actuators· Tracking control, the role of feedforward· DFCU - Digital Flow Control Unit, static and dynamic characteristics· Digitalvalve systems. Characteristics, benefits and challengesComplement |
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NMR Spectroscopy
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Tampere | March 2026 | 3cr |
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Tampere University
Core content· Physical basis of NMR spectroscopy.· Instrumentation and principles of data acquisition and processing.· Experimental setup for 1H and 13C spectra by pulsed methods.· Interpretation of the first-order 1H and 13C spectra based on chemical shi |
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Optical Spectroscopy
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Tampere | March 2026 | 5cr |
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Tampere University
Core content· Rotational transitions· Electronic transitions· Spectral line broadening· Methods in optical spectroscopy· Vibrational transitionsComplementary knowledge· Rovibrational transitions, infrared absorption· Rovibronic transitions and band head· |
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Optical Thin Films and Waveguides
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Tampere | March 2026 | 5cr |
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Tampere University
Core content· Matlab programming: numerical analysis of multilayer thin films and waveguides· Electromagnetics: waves at interfaces, transfer-matrix formalism· Optical thin-film structures: Single film, multilayer films, and related components· Basi |
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Photonic Materials
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Tampere | January 2026 | 5cr |
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Tampere University
Core content· Optical glasses and polymers: Common materials used for photonics, fiber and film · Liquid crystals: common LC phases; light propagation in LCs; LC displays· Crystalline materials · Photonic crystals (1D, 2D, 3D), Metallic optical responseCo |
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Remediation of Contaminated Environment
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Tampere | March 2026 | 5cr |
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Tampere University
Core content· Finnish legislation concerning contaminated sites· Terminology in English· How do properties of contaminants impact their degradation, migration and toxicity· Conceptual model and risk assessment including calculations· Working principle of |
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