Master in Energy Resources Engineering

Located in Lisbon, Portugal, the University of Lisbon is a great choice for international students. You will find a unique blend of history and modernity, with the university founded in 1911. The university's advantages include its large student body, with over 51,000 students, including nearly 10,000 international students, creating a diverse and inclusive environment. Specifically, you can benefit from the university's strong reputation and research opportunities.

The University of Lisbon focuses on many subjects, including programs in engineering, business, and medicine. Although specific program details are not available, you can expect to find a range of academic disciplines. As a student, you will have opportunities to engage with different departments and research areas, helping you to specialize in your chosen field.

As a student at the University of Lisbon, you will be based in Lisbon, a city with a rich history and culture. You will have access to many facilities and activities, both on and off campus. For instance, you can explore the city's historic neighborhoods, visit famous landmarks, or take part in local events and festivals. The university's location provides a unique and exciting experience, with many opportunities for you to get involved in campus life and the local community.

The Master in Energy Resources Engineering at the University of Lisbon is a master's degree program that teaches students about energy resource exploration and production. It is taught in English and helps students evaluate and manage petroleum reservoirs effectively.

The curriculum covers reservoir geology, geophysics, and technological aspects of energy resource exploration and production. Students learn from seminars led by experts and integrate different types of information for risk management and optimization of production.

Graduates can work as spatial data analysts, reservoir engineers, petroleum engineers, or geophysicists in the energy sector, contributing to innovative solutions in areas like carbon dioxide and hydrogen sequestration.