Microprocessors

Helsinki Metropolia University of Applied Sciences, founded in 2008, is Finland’s largest university of applied sciences and serves about 17,000 students in the Helsinki metropolitan area. Known for its practical, multidisciplinary approach, Metropolia combines technical, creative and healthcare education with a strong emphasis on innovation. Its campuses are well connected to the city’s business and technology ecosystems, offering an environment that supports applied learning and professional development.

The university provides a wide selection of degree programs across Culture, Business, Health Care and Social Services, and Technology, with 272 distinct programs and numerous English-taught options. Metropolia’s research, development and innovation activities operate through five specialized innovation hubs that link students to industry partners and real-world projects. This structure allows learners to gain hands-on experience, develop problem-solving skills and work on solutions that address current societal challenges.

International students find a welcoming and inclusive community, with extensive support services for orientation, career guidance and integration into the Finnish job market. Modern facilities and strong collaboration with employers make Metropolia a practical choice for those seeking career-oriented higher education in Northern Europe. Its focus on applied research and industry ties helps graduates transition smoothly into professional roles.

The Microprocessors program is a non-degree course for students who want to learn about microprocessor architecture. It's a 1-year program taught in English at Helsinki Metropolia University of Applied Sciences in Finland. This program helps students understand the structure and operating principles of conventional microprocessors.

The curriculum covers basic CPU structure, machine language, data types, and memory storage. Students will learn about assembler programming, addressing modes, and the differences between CISC and RISC architectures. They will also engage with various processor architectures, including Intel 8086 and 80186, through hands-on components.

Graduates of this program can work as computer programmers, software developers, or systems engineers. They can also find jobs as technical support specialists, IT consultants, or network technicians. With a solid foundation in low-level programming, they can pursue further studies in device drivers in assembler and C languages.