Bachelor in Chemical Engineering

Centria University of Applied Sciences, based on Finland's west coast with campuses in Kokkola, Pietarsaari, and Ylivieska, is a dynamic applied sciences institution founded in 1991. With about 4,400 students and a multicultural community that includes around 1,000 international students from over 40 countries, Centria emphasizes practical education and close collaboration with industry. The university fosters a student-centered environment where learners build technical and professional competencies for international careers.

Centria offers a focused portfolio of Bachelor’s and Master’s programs—particularly in engineering, business administration, and health care—supported by applied research and development facilities. Students engage in project-based learning, internships with regional and global companies, and multidisciplinary teams that simulate real workplace challenges. Strong industry ties mean graduates often transition directly into employment or start innovative projects, supported by comprehensive student services and career guidance.

International students appreciate Centria for its approachable campus culture, practical teaching methods, and pathways to work experience in Finland and beyond. The university provides language support, integration activities, and assistance with internships so that international graduates are well prepared for competitive job markets. Centria is a good choice for students who want applied skills, close faculty contact, and hands-on industry experience in a supportive northern European setting.

The Bachelor in Chemical Engineering at Centria University of Applied Sciences is a 4-year degree program that teaches students about chemistry and chemical engineering. It's taught in English and prepares students for challenges in the chemical industry.

The curriculum covers natural sciences, mathematics, and engineering principles, with a focus on practical training and theoretical understanding. Students participate in hands-on laboratory practices, guest lectures, and internships that enhance their learning experience.

Graduates can work as R&D engineers, project engineers, production engineers, and quality control specialists in industries like manufacturing and energy. They're also prepared for further studies at the master's level, specializing in areas like Environmental Chemistry and Renewable Energy.