Environmental Engineering

Environmental Engineering

The planet's sustainability is increasingly present in the scientific, political, economic, and social agendas, urging the best of innovation and competencies from professionals. Climate change, ecosystems’ fragmentation, loss of biodiversity, water scarcity, soil degradation, resource depletion, and water and sanitation services are examples calling for innovative solutions. Companies, organizations, and communities have been recognizing the value of a healthy Planet for their success and for the well-being and quality of life of the population.

The United Nations agenda for 2030 is a primer for all countries and organizations to work and develop policies, products, and services aligned with and targeted to achieve the 17 Sustainable Development Goals. Moreover, international instruments, such as the Paris Agreement and the European Green Deal, and national strategies (e.g. the Carbon Neutrality Roadmaps of the Portuguese Economy up to 2050) are pushing innovation and investments toward new products and services, new business models, and new behaviors and values compatible to sustainable development. Environmental Engineering contributes to a healthy balance between society and economy and the sustainability of the Planet.

The 3-year Bachelor's Degree in Environmental Engineering (LEA) provides the necessary skills to start a professional career in the field of Environmental Engineering, as well as the pursuit of master's studies, especially in the Environmental Engineering Master Degree. The Environmental Engineering course by NOVA School of Sciences and Technology has been a pioneer for over 40 years, combining basic engineering skills (mathematics, physics, chemistry, computing) with natural sciences and social sciences, integrating technological, ecological, economic, and social issues.

Understand the functioning of natural systems; identify and analyze the pressures on environmental systems and how they can be overcome; evaluate and manage natural resources such as water and energy; understand industrial, urban, and technological processes; and to identify solutions and opportunities for innovation, are competences and capabilities provided by the course LEA. The focus is on holistic training and systemic thinking, analytical skills, innovation, and collaborative models. The ultimate goal of Environmental Engineering is to provide solutions for economic and social activities aligned with sustainable development.