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87 search results
| Course title | City | Start date | Workload |
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Processing of Advanced Ceramics
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- | 5cr | |
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Tampere University
Core content· Powder manufacturing methods.Wet methods, gas phase methods, pyrolysis. · Powder processing methods. Milling, screening, additive systems, spray drying.· Characterization methods used in ceramic materials processing at different manufacturin |
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Project in Photonics
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- | 5cr | |
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Tampere University
The course includes a series off four different hands-on projects aiming towards understanding and analysing some of the most fundamental photonics systems. These include conducting spectral analysis, the generation of holograms, imaging with an optical m |
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Quantum Photonics - Foundations and Applications
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- | 5cr | |
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Tampere University
· From Classical to Quantum Optics· Quantum Properties of the Electromagnetic Field· Foundations of Quantum Theory· Light-Matter Interaction· Quantum Theory of Optical Components· Applications (Qu. Computation, Qu. Cryptography, Qu. Imaging, Qu. Sensing,. |
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Remediation of Contaminated Environment
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- | 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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Resource Recovery
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- | 5cr | |
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Tampere University
Core content· Importance of resource recovery in environmental engineering and how it is connected to circular economy· Compounds that can and are worth recovering (now or in the future) from different side and waste streams· Municipal, industrial and |
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Robotics Project Work
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- | 5cr | |
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Tampere University
In this course, on the very first lecture, several project topics are introduced by course responsible. Student have few weeks to decide their favourite and team up to the challenge. Teams are then responsible to plan, monitor the progress, and demo and r |
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Safety in Robotics
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- | 5cr | |
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Tampere University
· Industrial robot safety requirement, technologies and legislation.· Human-robot collaboration safety in industrial applications· Principles of safe human-robot collaboration· Robot safety standardization· Risk assessment process · Physiological limits o |
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Simulation of Energy Systems
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- | 5cr | |
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Tampere University
Core content· energy system components and associated parties· energy sources and generation plants characteristics· energy consumption and generation modeling· operation of energy transmission and distribution systems· fundamentals of modeling large ener |
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Sizing and Scale-up of energy carrier processes
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- | 5cr | |
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Tampere University
Core content· unit processes and operations of the production processes of energy carriers in terms of mathematical sizing bases / / energiankantajien tuotantoprosessien yksikköprosessit ja -operaatiot matemaattisten mitoitusperusteiden kannalta· unit pro |
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Solar-Driven Chemistry
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- | 3cr | |
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Tampere University
1. Global energy scenario and the importance of solar energy2. Principles of solar energy conversion and storage3. Photovoltaics (inorganic, organic, hybrid, from solar cells to modules)4. Conversion of solar energy into chemical energy (e.g., solar f |
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