Engineering & Technology in Finland

Automation Engineering

Become an expert in automation engineering with this Master of Science (Technology) program at Tampere University. This program offers an inspiring learning environment with international staff, preparing you for diverse career opportunities in factory automation and robotics. You will gain the knowledge and skills needed for roles in industry or to pursue further doctoral studies. The curriculum focuses on systems thinking for designing, developing, and integrating factory automation and information systems, alongside robotics fundamentals, control, and perception systems. Graduates are well-prepared for roles such as project manager, design engineer, application specialist, automation system designer, and R&D engineer.

Automation Engineering

Business and Technology

The Master's Programme in Business and Technology (B&T) is designed for engineers and engineering graduates seeking to develop an international career in technology-intensive industries. The program focuses on developing an understanding of business processes within global business-to-business markets and how to manage international sales and sourcing networks. It emphasizes problem-based learning through projects with local industry, combining theoretical knowledge with practical application. This approach equips students with highly valued skills for management roles, making it an excellent pathway for engineers aiming for leadership positions.

Chemistry and Advanced Materials (CAM)

The Chemistry and Advanced Materials (CAM) program focuses on using chemistry to develop new compounds and advanced materials. It aims to understand the structure and function of these materials at a molecular level through both experimental and computational methods. The program is situated within a dynamic international research environment, offering access to state-of-the-art instrumentation. Graduates will possess strong knowledge in chemistry, preparing them for careers in research and industry. The research within CAM is centered around creating functional materials for light-driven technologies and solar energy applications, as well as developing new compounds and chemical modifications for areas such as drug release, the bio-economy, and the circular economy. The program is also involved with the Finnish Flagship on Photonics Research and Innovation (PREIN).

Computer Engineering, Bachelor of Science and Master of Science (Technology)

The Computer Engineering major at Aalto University combines information technology and electrical engineering, providing a strong foundation for future engineers. This integrated Bachelor's and Master's program equips students with the skills to develop creative hardware and software solutions, encompassing low-level programming, microelectronics, computer architecture, embedded systems, and hardware acceleration. Students will learn to address complex challenges in rapidly evolving technologies like Artificial Intelligence (AI) and the Internet of Things (IoT). This program emphasizes a blend of theoretical knowledge and practical experience, preparing graduates for a significant role in creating smarter, interconnected systems, enhancing network security, and optimizing devices. Through multidisciplinary studies and hands-on projects, students will gain valuable experience in project management and teamwork, making them well-suited for leading roles in various industries.

Doctoral Researchers for Quantum Science and Technology

Aalto University is seeking motivated Doctoral Researchers for the Finnish Quantum Science and Technology doctoral education pilot (QDOC). This pilot program offers a unique opportunity to gain advanced education in quantum science and technology (QST) within a multidisciplinary network of academic and industrial experts across Finland. Aalto University is hosting 40 out of 90 available positions, with versatile research opportunities spanning theoretical, experimental, and applied physics, chemistry, photonics, computational science, materials science, nanotechnology, electrical engineering, and economics. Some projects involve collaboration with industrial partners, providing excellent career path development opportunities.

European Mining Course

The European Mining Course (EMC) is an internationally recognized triple Master's degree program spanning two years and 120 credits. This unique program is a collaborative effort between three leading European universities: Aalto University (Finland), RWTH Aachen (Germany), and Technical University of Leoben (Austria). At Aalto University, the program is jointly offered by the School of Engineering and the School of Chemical Engineering. EMC offers comprehensive education covering the entire life cycle of mineral resources. The curriculum leverages the specialized expertise of each partner university in Mining and Minerals Engineering, focusing on state-of-the-art, environmentally and economically sustainable systems and technologies, including principles of circular economy. This ensures graduates are well-equipped with advanced knowledge and practical skills for the modern mining industry.

Faculty of Engineering and Natural Sciences

Tampere University's Faculty of Engineering and Natural Sciences (ENS) combines extensive expertise in natural sciences with major engineering disciplines. We are recognized for our advanced research, which includes fundamental scientific inquiry and applied engineering research, delivering significant value to industry partners. Our commitment to high international standards is supported by access to world-class research infrastructures. We play a crucial role in delivering engineering and technology education, actively participating in national engineering collaborations. Our degree programs are closely linked to research, offering students valuable insights into the professional world and aiming to foster positive societal impact. We continuously develop our English-taught international bachelor's and master's programs to meet the demands of a multicultural society and encourage student involvement in shaping educational advancements, fostering a strong sense of community within the university.

Industrial Engineering and Management, Master of Science (Technology)

The Master's Programme in Industrial Engineering and Management (IEM) at Aalto University is designed to equip future leaders with the skills to create, lead, and transform technology-based businesses. This unique two-year program blends engineering, business, and leadership studies, focusing on the critical intersection of technology and management in today's digitalized world. Students will learn to understand how technology and business processes drive value creation and competitive advantage, develop strong leadership and problem-solving skills, and cultivate an entrepreneurial mindset. Graduates will possess an integrative understanding of technology and business, strong leadership and people skills, and practical analytical abilities. The program emphasizes hands-on experience and a can-do attitude, preparing students for diverse roles in technology-based businesses, from startups to multinational corporations. The curriculum, totaling 120 ECTS, includes a major, a minor in a technical field, electives, and a Master's Thesis.

Master's Programme in Building Technology

The Master's Programme in Building Technology at Aalto University is a two-year, 120 ECTS program within the School of Engineering. It provides comprehensive academic and professional knowledge across various civil engineering disciplines. The program focuses on the sustainable design, construction, use, and maintenance of civil engineering structures, including buildings and bridges. It covers five key themes: structural engineering, building performance, construction management, mineral-based materials, and structural and computational mechanics and engineering. Students will gain essential knowledge and skills for future careers in industry, research, education, or regulatory roles. The curriculum is designed to prepare graduates for the challenges of creating resilient and environmentally conscious built environments. The program emphasizes collaboration with industry partners to ensure relevance and practical application of studies.

Master's Programme in Human-Technology Interaction

The Human-Technology Interaction (HTI) Master's programme focuses on designing, evaluating, and developing user-friendly and effective digital services and applications. It combines expertise from psychology, design, and technology to ensure that digital products are not only functional but also intuitive and enjoyable for users. Graduates will be equipped to bridge the gap between human needs and technological capabilities, creating innovative and sustainable digital solutions. This multidisciplinary programme delves into user experience (UX), cognitive science, and various technologies. You will learn about interaction design, user research, usability engineering, and how to apply these principles to modern interfaces, virtual/augmented reality, and human-robot interaction. The education is deeply rooted in the university's cutting-edge research, offering opportunities to engage with current projects and develop practical skills through course work and a Master's thesis. Graduates can pursue careers as designers, interaction developers, or researchers in the software industry, consultancies, or academia. The programme provides a strong foundation for both professional practice and further doctoral studies, enabling students to shape the future of how people interact with technology.

Materials Science and Engineering

The Materials Science and Engineering programme at Tampere University focuses on the development of advanced materials crucial for future societal needs. You will gain a strong foundation in natural sciences combined with material science expertise, preparing you to create innovative solutions for challenges in areas like sustainable transportation, eco-friendly packaging, and energy storage. The programme emphasizes understanding material production, structure, properties, and applications, with a significant focus on hands-on training and modern analytical tools. You can personalize your studies by choosing a specialization in materials science and selecting a minor from a wide array of options. Graduates are highly sought after in global industries and research.

Software and Service Engineering, Master of Science (Technology)

The Master's Programme in Software and Service Engineering at Aalto University equips students with advanced skills to design, develop, and manage digital products and services. This field is crucial to modern society, spanning various industries from healthcare to IT and government. Graduates gain expertise in digital value creation, problem-solving, user-centric engineering, and strong interpersonal skills, preparing them for highly sought-after roles in the job market or for further doctoral studies.

Textile and Material Engineering

This Bachelor's degree program in Textile and Material Engineering provides a robust foundation for a career in the global textile industry, with a strong emphasis on sustainability and the sector's ongoing transformation. You will delve into textile materials and manufacturing processes, from fibers to finished products, while also covering crucial topics like textile recycling, the circular economy, industrial economics, quality management, supply chain operations, and project management. The curriculum is grounded in natural sciences such as mathematics, chemistry, and physics, equipping you with essential engineering expertise. You'll have the flexibility to expand your knowledge through elective studies in areas like business, entrepreneurship, or environmental engineering. The program blends theoretical knowledge with practical skills, offering insights into the textile industry and business, and fostering professional network development. Learning methods include contact teaching, online learning, project work, independent study, laboratory exercises, and industry collaboration. Practical training is a key component, allowing you to apply your skills in real-world settings, gain industry experience, and identify opportunities for your thesis and future career. You can also opt for international study exchanges or practical training abroad, preparing you for global roles in a program conducted entirely in English.