The sustainability of the Planet is ever more at the centre of scientific, political, business and social agendas, demanding specific competences of the professionals. Efficiency in the use of resources (water, energy, soil, raw materials), clean technologies, city planning, circular economy or renewable energies are examples of approaches to deal with problems such as loss of biodiversity, climate change, water scarcity and pollution, soil degradation, air and noise pollution, hazardous waste and marine litter.
The Master in Environmental Engineering adopts a systemic approach and promotes innovation as a process to increase social, ecologic and economic value.
Applications 2025/26
1st Phase: FEB. 3rd to MAR. 22nd
2nd Phase: JUN. 2nd to JUL. 18th
Vacancies: 60
Duration: 2 years (120 ECTS)
Format: In-Person, Daytime
Language: Portuguese (all curricular units) and English (part of the curricular units)
Course Coordinator: João Joanaz de Melo, mea.coordenador@fct.unl.pt
Academic divison: mestrados@fct.unl.pt
All curricular units in the Master in Environmental Engineering include theoretical and practical components. The practical dimension, with a major weight in evaluation, may includelaboratory or field work, presentations and discussions in class, or interaction with external organizations. The course Project in Environmental Engineering is mandatorily developed with an external partner (business, public institution or non-governmental organization). The Dissertation is supported in original research, frequently with external partners or other University departments. This multidisciplinary learning methods confers excellent practical education, both for technical jobs in the private or public sectors, and for research, innovation and decision support functions.
The Master in Environmental Engineering has a vast range of partnerships and protocols with other Universities, business, public and private institutions, to support curricular projects, dissertations, academic exchanges, field trips and voluntary activities.
3Drivers, Águas de Lisboa e Vale do Tejo, Águas do Tejo Atlântico, Águas de Portugal, Águas de Santo André, Águas do Algarve, Águas do Alto Alentejo, Águas do Norte, AMARSUL, Ambimed/Stericycle, ANA aeroportos, APA-Agência Portuguesa do Ambiente, APED, Autoeuropa, Cascais Ambiente, Centro Paroquial da Costa da Caparica, Corticeira Amorim, CP-Comboios de Portugal, EDIA, Editory Hotels (Sonae), Electrão, EMAC, ENA, EPAL, ERP-Portugal, ERSAR, Fucoli-Somepal, GALP, GEOTA, Gráfica Ideal, Grupo LIDL, Grupo Luz Saúde, GVB, Herdade do Esporão, ICNF, KWR, Water Research Institute, LNEC, LNEG, MC Sonae, Metropolitano de Lisboa, Ministério da Defesa (Exército, Marinha e Força Aérea), Município de Almada, Município de Lisboa, Município de Idanha-a-Nova, Município de Setúbal, Município do Seixal, Município de Torres Vedras, Navigator, Novabase, Portucel-Soporcel, Quinta da Lage, Quinta da Ravasqueira, Resiquímica, Roca, SIGERU, Siemens, Simarsul, Sociedade Ponto Verde, SOGILUB, Sonae Modelo-Continente, Sonae Indústria, Sonae Sierra, SOVENA, TAP, Terracel Transtejo/Soflusa, Tratolixo, Vale da Rosa, Valnor, Valorcar, Valorlis, Valormed, Valorsul, Wetsus-European center of excellence for water.
Tuition fee - Portuguese students: 1250€ / year
Tuition fee - Foreign students: 7000€ / year
Accepted candidates will pay, within 7 days of data of placement, an acceptance fee of 100 €, non-refundable, deductible in the tuition fee after enrollment. Failure to pay within this deadline implicates the exclusion of the candidate.
The Department of Environmental Sciences and Engineering (DCEA), established in 1976, was a pioneer in the teaching of Environmental Engineering. It integrates fundamental skills from various scientific fields with new environmental and digital technologies, embracing interdisciplinarity and sustainability as core pillars.
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