Introduction to Thermodynamics

The University of Coimbra, founded in 1290 and located in the historic city of Coimbra, is one of Europe’s oldest universities and a UNESCO cultural landmark. With about 25,580 students, including roughly 4,351 international students, the university blends centuries of academic tradition with a vibrant, international campus life. Its historic colleges, libraries and concert halls coexist with modern research centers across disciplines from law and humanities to engineering and biomedical sciences.

Coimbra offers a broad academic portfolio with strong research output, international exchange programs and multidisciplinary centers that foster innovation. The university is especially well known for its law, arts, social sciences and health faculties, and it participates actively in Erasmus and global partnerships that facilitate study abroad and collaborative research. Students benefit from structured academic advising, language support and numerous cultural activities tied to the city’s student traditions.

Student life is shaped by rich traditions, lively academic societies and a compact city layout that makes it easy to combine study and cultural exploration. International students enjoy access to modern facilities, research opportunities and a welcoming community with a strong focus on academic excellence and cultural exchange. For those seeking a historically rich European university experience with robust research networks and an active international student community, the University of Coimbra offers a compelling academic and cultural environment.

The Introduction to Thermodynamics program at the University of Coimbra is a non-degree course for individuals seeking to refresh their scientific knowledge of thermodynamics. It's ideal for those with higher education, such as secondary school teachers and industrial unit directors. The program lasts one year and is taught in English.

The curriculum covers fundamental topics in thermodynamics, including heat transfer processes and energy management. Students develop problem-solving skills, learn to apply theoretical knowledge in practical situations, and gain competencies in information management and critical reasoning.

Graduates can pursue roles like energy consultants, industrial engineers, and physics educators. They can work in manufacturing, education, and research, navigating complex energy-related challenges. Other potential job titles include energy manager, thermal engineer, and science writer.