Master in Mechanical Engineering / Process and Energy Technology

Diaconia University of Applied Sciences in Helsinki is Finland's leading institution for applied education in social work, health care, and diaconia. Founded in 1996 and serving around 3,000 students across multiple campuses, Diak combines academic study with a strong focus on social justice and community well-being. The university's applied approach prepares graduates to respond to real-world social and health challenges across Finland and internationally.

Programs emphasize hands-on learning through placements, community projects, and collaborative research with local and international partners. English-taught options and robust research activity in inclusion, welfare, and care practices make Diak attractive to students seeking practical skills and evidence-based approaches. Faculty often come from professional backgrounds, giving classes immediate relevance to current practice.

Student support is tailored for internationals, with services that ease integration, language support, and career guidance. Networking opportunities with NGOs, health providers, and municipal services help graduates find meaningful roles in the helping professions. For students drawn to purpose-driven work, Diak offers a welcoming environment where professional competence, ethical practice, and community engagement come together to launch impactful careers.

This program in Mechanical Engineering / Process and Energy Technology is designed for students who are passionate about engineering and innovation. It is a master's degree that spans three semesters, focusing on both theoretical knowledge and practical applications. Ideal candidates are those who thrive in collaborative environments and seek to tackle real-world engineering challenges.

The curriculum covers essential subjects such as mathematical methods, scientific project work, and specialized modules in energy systems and production technology. Students will engage in hands-on laboratory work and projects, allowing them to apply their learning to practical situations. This approach prepares graduates to adapt to the rapidly changing demands of the engineering field.

Graduates can pursue various career paths, including roles as mechanical engineers, process engineers, energy consultants, and project managers in industries such as manufacturing, renewable energy, and environmental technology. Employers often include engineering firms, research institutions, and governmental agencies. The skills acquired in this program are highly transferable, opening doors to diverse opportunities in engineering and technology sectors.