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for the conductive state under different conditions of use will be targeted. WP4 – Functional optimization: Development of the functional optimization of the DTIS, using predictive modelling based on climate forecast
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adaptation, a form of adaptive optimization that consists of updating modifiers that are added to the objective function and constraints based on process measurements and the estimation of gradients with
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crystallization studies for the recovery of ammonia or ammonium from landfill leachates using an oscillatory flow reactor (OFR). Accordingly, the work plan will focus on optimizing the continuous precipitation
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project work: Preparation and optimization of perovskite solar cells for use under artificial light conditions; Photovoltaic characterization of solar cells under standard conditions of indoor light
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Research Grant within the scope of the project “OUROMOVE - Ubiquitous and Robust Optimization for Fleet Operations and Rostering”, with nr. 17403 and operation code at the Funds Platform (Balcão dos Fundos
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established there must be fulfilled until the time of signing the contract. Work Plan: The grant holders will be part of the EEC 2026 – DIGI2 Lab SYSTEC R&D team, taking part in technical and scientific
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for a research grant within the framework of project “WAVES - Seawater & Wastewater: Turning Challenges into Resources”, with operation code at the Funds Platform (Balcão dos Fundos) NORTE2030-FEDER
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education institution, it must comply with the provisions of the Decree‐Law no. 66/2018, of august 16th, and any formalities established there must be fulfilled until the time of signing the contract. Work
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on optimizing the continuous precipitation/crystallization of ammonia or ammonium from leachates using a laboratory-scale OFR. During the work, the influence of several variables controlling ammonia or ammonium
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all formalities must be completed before the time of contracting. Work plan: The fellows will be integrated into the SYSTEC research team and will actively contribute to the scientific and technical