Master's in Electrical Engineering in Finland
There are 5 master's Electrical Engineering programmes for international students across 3 universities in Finland. Tuition is about €17k. Browse the full list below, compare entry requirements, and explore scholarships to fund your studies.
Embedded Systems, Computing Sciences and Electrical Engineering
The modern world is increasingly powered by embedded systems – the invisible computers within everyday devices. This Master's program focuses on the seamless integration of electronics and software to design intelligent, resource-aware, dependable, and sustainable systems. You will gain expertise in microcontrollers, embedded Linux drivers, IoT systems, and hardware/software architecture. The curriculum emphasizes research-based teaching and practical application, preparing you for roles in high-tech industries like IoT, automotive, and healthcare. The program is part of the Master's Programme in Computing Sciences and Electrical Engineering, offering a multidisciplinary approach.
Master's in Radiation and Its Effects on Microelectronics and Photonics Technologies (RADMEP)
The RADMEP Master's program is a specialized course of study focusing on the critical area of radiation's impact on microelectronic and photonic technologies. This multidisciplinary program investigates the complex interactions between radiation and these essential components and systems. It is designed to equip students with a deep understanding of how radiation affects the performance and reliability of electronics and photonics, which are vital for future technological advancements in Europe.
Master's Programme in Automation and Electrical Engineering
The Master's Programme in Automation and Electrical Engineering at Aalto University provides students with in-depth expertise in the intersection of hardware and software across various fields of electrical engineering. This two-year, 120 ECTS program is designed for full-time study and offers three distinct majors: Control, Robotics and Autonomous Systems; Electrical Power and Energy Engineering; and Electronic and Digital Systems. Graduates will be equipped to tackle complex challenges in their chosen specialisation, preparing them for advanced roles in industry and research. The program is organised by the School of Electrical Engineering.
Power Electronics and Electromechanics, Computing Sciences and Electrical Engineering
This Master's specialisation focuses on Power Electronics and Electromechanics within the broader Computing Sciences and Electrical Engineering programme. It explores the technologies crucial for renewable energy, smart grids, electric vehicles, data centers, and AI infrastructure. You will gain expertise in designing and innovating solutions for a more efficient and sustainable energy future, mastering the principles of converting electrical energy to mechanical energy and vice versa, which are essential for modern electrical systems and the electrification of transport. The programme combines advanced theoretical knowledge with practical applications, preparing you to address the challenges of energy transition. Tampere University offers high-quality education informed by the latest research, delivered by experienced faculty. Strong collaboration with the industry in the Tampere region provides opportunities for thesis work and future employment.
Smart Grids, Computing Sciences and Electrical Engineering
The Smart Grids specialisation within the Master's Programme in Computing Sciences and Electrical Engineering focuses on designing intelligent energy systems to meet the global demand for sustainable power. As the world electrifies and integrates more renewable energy sources, expertise in smart grids is crucial. This program equips you with the technical skills and systems thinking needed to enhance the effectiveness, stability, and reliability of electricity systems, manage distributed energy resources, and contribute to combating climate change. Taught by faculty engaged in top-level research, the curriculum covers advanced topics like energy storage, renewable energy integration, grid automation, and data-driven optimization. Graduates are prepared for high-demand roles in electricity companies, the power engineering industry, and research institutions, playing a key role in shaping a sustainable energy future.
Frequently asked questions
How many Electrical Engineering programmes are there in Finland?
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5 across 3 universities, listed on this page.
Can international students apply?
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Yes — these programmes admit international students; check each programme's entry requirements and language of instruction.