Select and justify the appropriate scientific-technical methodology for professional assignments, carried out with professional autonomy.
(F3_BEEm9 - EEM - Select and justify the appropriate scientific-technical methodology for professional assignments, carried out with professional autonomy.)Ability to formulate, evaluate and lead integrated plans for the management of solid urban and industrial waste and resource recovery at municipal, industrial or regional scale, justifying the chosen strategy with circular-economy and life-cycle criteria.
(F6_BEEm19 - EEM - Ability to formulate, evaluate and lead integrated plans for the management of solid urban and industrial waste and resource recovery at municipal, industrial or regional scale, justifying the chosen strategy with circular-economy and life-cycle criteria. )Ability to design and optimise waste treatment and valorisation facilities (biological, thermal and mechanical) and to evaluate their environmental, energy and economic performance
(F6_BEEm20 - EEM - Ability to design and optimise waste treatment and valorisation facilities (biological, thermal and mechanical) and to evaluate their environmental, energy and economic performance)Ability to design, optimise and critically evaluate in-situ and ex-situ processes for the treatment of contaminated soils and aquifers, selecting the alternative on technical, economic and risk-based criteria
(F9_BEEm32 - EEM - Ability to design, optimise and critically evaluate in-situ and ex-situ processes for the treatment of contaminated soils and aquifers, selecting the alternative on technical, economic and risk-based criteria)Ability to critically review research developments in science and technology and to incorporate them into professional practice through self-directed, life-long learning.
(F18_BEEm62 - EEM - Ability to critically review research developments in science and technology and to incorporate them into professional practice through self-directed, life-long learning. )
