دانشگاه : ندارد
اروپا/بلژیک، هلند، ایتالیا، آمریکا، استرالیا و .../
رشته : (bio)chemical water treatment, materials science, (eco-)toxicology, and environmental sustainability assessment
سطح : دکتری
تاریخ ورود : انتخاب ماه ورودی
ددلاین : ندارد
مبلغ : ندارد
تکرار شونده(سالانه) : ندارد
وب سایت بورس: https://nanaqua.eu/#!/openpositions
NANAQUA offers top-level training to a new generation of high-potential doctoral candidates (DC) in emerging water treatment techniques. The program provides both transferable and scientific skills essential for thriving careers in this vital and rapidly expanding field.
In this interdisciplinary training through research program, NANAQUA DCs will focus on nano(functionalized) materials that are redefining possibilities for safe, efficient, and sustainable water treatment solutions. NANAQUA aims to create a tangible impact through pioneering doctoral research, intersectoral secondments, international mobility, and cross-disciplinary education. By fostering a dynamic and multifaceted environment, NANAQUA seeks to advance scientific knowledge and cultivate a new generation of innovators dedicated to ensuring sustainable water resources globally.
NANAQUA establishes the first European doctoral training network specifically dedicated to integrating NMs in water treatment. The project will train 16 creative and entrepreneurially minded professionals crucial for proper implementation in industrial applications through an international, intersectoral, and interdisciplinary research training program.
The unique combination of various training disciplines—(bio)chemical water treatment, materials science, (eco-)toxicology, and environmental sustainability assessment—equips DCs with highly valuable competencies for the job market.
Enhance the efficacy of water treatment by developing and integrating NMs in advanced oxidation processes and biological degradation while ensuring environmental safety through comprehensive toxicity assessments and life cycle analysis.
Advance chemical degradation of CECs by designing and applying innovative nanotechnology-derived photo- and electro-catalysts (WP1)
Augment the degradation efficiency of CECs in biological systems by integrating custom-designed nanomaterials (WP2)
Elevate understanding of NM effects by developing advanced bacterial and genotoxicology models, biosensor technology, and LCA (WP3)
The 16 DCs will achieve project-specific goals through their individual research projects (IRPs), forming the basis of 3 scientific work packages (WPs).
Open Projects (16 PhD positions available in MSCA Doctoral Network NANAQUA):
