Vaasa University of Applied Sciences

What competencies does the graduate have?Bachelor of Engineering, Mechanical Engineering (ME) programme specialising in industrial management aims to qualify engineering experts to work in high technology companies, leading and managing international technology projects.The programme’s mechanical engineering studies include manufacturing and material technologies, 3D modelling, electrical engineering, mechanics, and product design and development.The programme’s industrial management studies include supply chain management, management accounting, B2B marketing, procurement and purchasing, project management, quality management and entrepreneurship.In addition to acquiring industrial engineering know-how, an important part of the programme focuses on developing international competencies, learning how to operate effectively in a variety of interpersonal networks, and cultivating communication, social, teamwork, and problem-solving skills. The goal is to educate high-quality team players instead of individual autonomous workers.What kind of learning methods are used in the programme?Mechanical engineering students participate in multi-disciplinary projects along with students from design and business fields in order to develop innovative solutions for specific projects. The work often takes place in 3D printing laboratory as well as in manufacturing techniques laboratory. Students regularly acquire experience in working on project cases provided by the local businesses. The programme includes 30 ECTS of practical training. The students can also participate in international exchange programme during their studies.What kind of career opportunities does the graduate have?Mechanical engineers specialising in industrial management are often employed in positions of experts and managers who are responsible for operational planning and development, as well as business management duties, including sales of technological products and services. They also find employment in public sector organisations, such as in city, state, and local government positions. Third sector organisations can also provide work for mechanical engineers.Typical job titles for ME graduates are, among many others, project engineer, project manager, sales engineer, sales manager, quality engineer, quality manager, purchasing engineer, warehouse manager, production planner, inspection engineer, foreman, development engineer, consultant, and trainer.

Content of the Industrial Engineering ProgrammeThe programme combines technology, production, and business. You will learn methods for producing efficiently, with high quality, and in an environmentally friendly way. You will understand how operations can be economically viable so that a company remains competitive and capable in the future.We use the same methods in our training that companies in our region use.The programme covers, for example, the following topics:• Technical fundamentals of production systems• Production methods and principles of production management• Quality, environmental, and safety management• Economics, profitability, and creating customer value• Supply chain management and ERP• Leadership• In addition, you can specialize according to your interests by either broadening or deepening your expertise. We offer current 15-credit study modules in various fields of technology, such as robotics, battery technology, the hydrogen economy, sustainable development, or data analysis, utilization, and artificial intelligence.We design and update the contents of our degree programmes regularly to ensure they remain up-to-date and meet the needs of working life. We reserve the right to make changes.

What competencies does the graduate have?As a graduate of a Bachelor of Electrical and Automation Engineering degree, you will have an abundance of experience and competencies that are essential in our modern technology environment. You will have the necessary skills to electrify and automate all types of production processes, mobile equipment, vehicles, and buildings. You will have the skills to apply electrical and automation technology to various application areas, such as lighting, traffic and elevator control, and robotics.As a Bachelor of Electrical and Automation Engineering, you will be able to design, develop and implement new systems and solutions related to electrification and automation for the needs of industry, transport, housing, households and more.What kind of career opportunities does the graduate have?For example, you can work for a manufacturing, energy, or maintenance company. Engineers in the field also work in design and technical sales. Your professional title can be, for example, automation engineer, electrical engineer, design engineer, production engineer, automation system designer, software engineer, or electrical designer.

What competencies does the graduate have?The degree programmes in energy and/or environmental engineering provide students with extensive knowledge in energy and/or environmental engineering. During the studies, natural science knowledge in mathematics, physics and chemistry is deepened. Energy Engineering: Student gains expertise in alternative energy production methods, energy use and distribution, and various energy production facilities during the energy engineering studies. The graduate is able to compare the efficiency, economy and impact of different forms of energy on the surrounding society. Environmental Engineering: Student gains competence and forms a view of different environmental sectors, such as water and waste management, air protection, energy technology, and the management and restoration of the polluted environment. The student understands the operation of equipment and processes related to the environmental field. The graduate is able to plan activities in a material- and resource-efficient way, taking also circular economy aspects into account. During the studies, students will also familiarize themselves with environmental legislation and agreements, as well as environmental systems.What kind of learning methods are used in the programme?Studying is practical and focuses on the skills and needs of working life. Alongside theory teaching, a lot of learning takes place in laboratories. In addition to traditional contact teaching, students study in teams and projects and complete online studies. Work placement periods enable a student to meet personal learning objectives according to an area of interest in the field. The student can also undertake student exchange as part of the degree studies.What kind of career opportunities does the graduate have?After graduation, you can work in different positions of energy or environmental engineering in research, supervision, planning and management. You can also work as an independent entrepreneur and in government positions related to the field. Depending on the professional orientation and area of ​​responsibility, the job title may be, for example, a consultant, quality manager, energy expert, environmental manager, environmental planning officer, planning, research or development engineer, or project engineer.

Alternative energy sources, smarter powerplants and enviromental protectionEnergy Technology Degree is for you if you want to affect in your work what energy will run the world in the future. As an Energy Technology Engineer, versatile and interesting tasks await you: Projects related to energy production in Finland and around the world need people who have a heart in place, but who also understand the technical side of things. The energy sector is a major employer in Vaasa and Finland. Jobs can also be found in the public sector.Already during your studies, you get to do energy projects in cooperation with international companies. You will get to know the local business and industry, for example by visiting companies and construction sites, and creating new, valuable acquaintances with a view to working life. Also during the internship and thesis included in the Bachelor Degree study, you will get a good idea of the ​​futures work assignments and you get to open the doors into interesting companies.

What competencies does the graduate have?An engineer in industrial management understands business as a whole from the perspectives of technology, economics and management. The degree also provides the graduate with skills to develop industrial service business and new products.Studies teach how to model, analyse and design all the functions and processes required to produce goods and services, e.g. ERP, manufacturing, automation systems, procurement, sales, supply chain management, logistics and quality and ERP systems. The graduate is able to use companies' information systems, such as SAP, and utilize digital information.The student acquires the ability to evaluate profitability and productivity of companies' operations and investments, and to develop their performance. Studies provide the student with expertise in business-to-business sales, customer analytics, business development, various aspects of management as well as entrepreneurial skills.What kind of learning methods are used in the programme?Alongside teaching theory, a lot of learning takes place in working life and through problem-oriented exercises and projects. Learning is supported by operational and financial management software, business game environments suitable for operational and product development, as well as design and simulation software.During the internship periods, students can direct their competencies according to their own competence goals. Studies are implemented in a variety of ways and can also be completed online. Flexible multi-form implementations are available for those already in working life. Students can also complete part of their studies in international student exchange.What kind of career opportunities does the graduate have?Engineering, economics and management studies enable graduates to work in development and expert positions. Possible careers can also be various development, planning, procurement, sales, service and management positions in industry, service companies and in the public sector. Job titles for industrial management engineers vary by tasks and areas of ​​responsibility. The job title can be, for example, development engineer, design engineer, production planner, production engineer, quality engineer, project engineer or project manager, sales engineer, inspection engineer, purchasing manager, logistics manager, sales manager or production manager. The range of jobs for graduates in the field is wide.

What competencies does the graduate have?The curriculum in Information Technology Degree Programme aims at educating qualified ICT engineers, with skills required in international careers. Information Technology degree programmes develop students’ professional skills in a wide range of technologies needed in working life. These skills include, for example, software engineering, programming, database planning and management, web and mobile technologies, embedded systems, cloud and system architectures as well as user experience and user interfaces.Universities of applied sciences have different profiles in their Information Technology degree programmes. Professional competencies include, for example, software engineering, communication technology, mobile solutions, health technology, media engineering, and smart IoT systems.What kind of learning methods are used in the programme?Studies are practical and meet the skills needs in working life. Various projects, practical assignments and laboratory work play a major role in learning. Studies also focus on building the so called soft-skills such as team working skills. Students can individually focus their studies on interesting subjects and deepen their skills during practical work placement.What kind of career opportunities does the graduate have?A graduate of information technology typically works in private or public sector, for example as a software developer or ICT expert in software development team, as a research engineer in product development designing systems with embedded intelligence, a solutions engineer designing networks, a cybersecurity solutions specialist or as a specialist in technical support, in customer service or in technical sales.

The curriculum in Information Technology Degree Programme aims at educating qualified ICT engineers, with skills required in international careers. Information Technology degree programmes develop students’ professional skills in a wide range of technologies needed in working life. These skills include, for example, software engineering, programming, database planning and management, web and mobile technologies, embedded systems, cloud and system architectures as well as user experience and user interfaces.Universities of applied sciences have different profiles in their Information Technology degree programmes. Professional competencies include, for example, software engineering, communication technology, mobile solutions, health technology, media engineering, and smart IoT systems.Studies are practical and meet the skills needs in working life. Various projects, practical assignments and laboratory work play a major role in learning. Studies also focus on building the so called soft-skills such as team working skills. Students can individually focus their studies on interesting subjects and deepen their skills during practical work placement.A graduate of information technology typically works in private or public sector, for example as a software developer or ICT expert in software development team, as a research engineer in product development designing systems with embedded intelligence, a solutions engineer designing networks, a cybersecurity solutions specialist or as a specialist in technical support, in customer service or in technical sales.

As a nurse, you plan, implement and evaluate drug treatment and various treatment procedures. You also conduct examinations and take into account the individual needs of each patient, even in demanding situations. You work in responsible positions, as a nursing expert in a multi-professional work community in public and private service provider units and in third sector organizations/associations. The core of your profession is the prevention and treatment of diseases, as well as the assessment of the client/patient's condition using various methods and supporting functional capacity in the event of illness.We invest in face-to-face teaching because without it, competent nurses cannot be created.In addition, the work includes guiding, advising and supporting the patient's relatives. In VAMK's nursing education, you get to practice various care situations, from operating rooms to emergency care and maternity care.During your nursing studies, you will acquire a strong theoretical foundation and study practical skills in simulations in a modern clinical skills training environment at the University of Applied Sciences. Your studies include 50 weeks of work placement in various care environments and you will also complete a work-life-oriented thesis.Nursing studies involve various projects and organizing events and activities. At the same time, you will learn the teamwork and organizational skills necessary in the profession.Future nurses have been involved in memory buddy activities, where a person with memory loss gets a friend from a student, and the student gains important experience in meeting people with memory loss. The students have also been able to teach first aid skills to city residents, organize blood donation events, and have been involved in various health-promoting campaigns.

Core Themes of the Curriculum: Strategic Leadership and Global Governance: Dive deep into leading multi-actor, technology-intensive crisis operations. You will learn to apply global governance models and systems thinking, forming the foundation for effective action in emergency situations.Artificial Intelligence and Data-Driven Decision-Making: Utilize AI, machine learning, and predictive analytics to build situational awareness. The program provides the skills to transform complex satellite and remote sensing data into strategic visualizations that support critical decision-making.Evidence-Based Innovation: Master modern research methods and AI-assisted tools to develop your organization’s digital readiness and resilience based on solid evidence.A Modern Perspective: Dual-Use Technology and Security. The program offers a unique vantage point on today’s security environment by examining the risks and opportunities of dual-use technologies. We do not view technology through a single lens; instead, we learn to identify how innovations from both civilian and specialized sectors can support one another to enhance overall public safety. This approach emphasizes sophisticated situational awareness rather than conflict: you will learn to navigate EU regulations, cybersecurity, and ethical AI frameworks, ensuring that technology serves society’s best interests responsibly.Eligibility and ApplicationsYou are eligible to apply for this program if you hold a relevant bachelor’s degree in fields such as Health Care and Social Services (e.g., Registered Nurse, Social Services), Business Administration, or Engineering. In addition to a suitable degree, applicants must have a minimum of two years of relevant work experience acquired after the completion of the bachelor’s degree.Why Choose This Degree?This education is a path to becoming an expert who masters strategic resource allocation and decision-making under extreme uncertainty. You will learn to harness future trends, such as social media analytics and AI-assisted early warning systems, to build a resilient tomorrow. Program Overview Disasters and large-scale crises place enormous pressure on societies, organizations, and decision-makers. Effective leadership in such situations requires the ability to understand risks, coordinate multiple actors, and make informed decisions under uncertainty. Crisis and disaster leadership therefore combines strategic thinking, technological awareness, and strong governance capabilities.This master’s degree program provides students with a comprehensive understanding of disaster risk, societal resilience, and crisis leadership. The program examines both natural hazards and human-induced emergencies, including technological accidents, environmental crises, and complex humanitarian situations. Students will explore how risks emerge, how vulnerabilities can be reduced, and how societies can strengthen their capacity to anticipate and respond to disruptive events.A distinctive element of the program is its focus on data-driven and technology-supported crisis management. Students learn to utilize digital platforms, artificial intelligence, geospatial information, and advanced analytics to build situational awareness and support decision-making during emergencies. These tools allow leaders to interpret complex information rapidly and coordinate responses more effectively.The program also emphasizes responsible innovation and the role of emerging technologies in modern security environments. Students explore how dual-use technologies, digital infrastructures, and data ecosystems influence public safety and crisis management. Ethical considerations, cybersecurity awareness, and regulatory frameworks are integrated into the curriculum to ensure that technological solutions are applied responsibly and sustainably.Graduates of the program will develop the expertise required to operate in demanding leadership roles within government agencies, international organizations, humanitarian networks, and technology-driven crisis management environments. They will be prepared to contribute to building resilient communities and organizations capable of responding to an increasingly complex risk landscape.

Master of Business Administration is a degree corresponding to the level EQF 7 in the European Qualifications Framework for Higher Education. The programme aims to increase professional knowledge of international business management. Having completed the programme, the student has grown into a business management professional capable of independent decision-making, working with management or demanding expert tasks in businesses that operate in the international business. We use blended learning methods.This degree is non-accredited.More information about the studies can be found from here

Do you want to become a confident leader of an international project team?The Master's Degree in Project Management is a professional higher education degree. The programme focuses on providing students with skills and competencies to work in both local and an international project environment. This master´s degree in Project Management is suitable for business and engineering professionals interested in project management who are seeking a master´s degree in project management, and want to assume project managerial and leadership positions in their organizations. In Project Management you'll learn and acquirethe secrets for building and motivating teamsaward-winning tools for effective project management and research IPMA level C competence.

Core Themes of the Curriculum: Strategic Leadership and Global Governance: Dive deep into leading multi-actor, technology-intensive crisis operations. You will learn to apply global governance models and systems thinking, forming the foundation for effective action in emergency situations.Artificial Intelligence and Data-Driven Decision-Making: Utilize AI, machine learning, and predictive analytics to build situational awareness. The program provides the skills to transform complex satellite and remote sensing data into strategic visualizations that support critical decision-making.Evidence-Based Innovation: Master modern research methods and AI-assisted tools to develop your organization’s digital readiness and resilience based on solid evidence.A Modern Perspective: Dual-Use Technology and Security. The program offers a unique vantage point on today’s security environment by examining the risks and opportunities of dual-use technologies. We do not view technology through a single lens; instead, we learn to identify how innovations from both civilian and specialized sectors can support one another to enhance overall public safety. This approach emphasizes sophisticated situational awareness rather than conflict: you will learn to navigate EU regulations, cybersecurity, and ethical AI frameworks, ensuring that technology serves society’s best interests responsibly.Eligibility and ApplicationsYou are eligible to apply for this program if you hold a relevant bachelor’s degree in fields such as Health Care and Social Services (e.g., Registered Nurse, Social Services), Business Administration, or Engineering. In addition to a suitable degree, applicants must have a minimum of two years of relevant work experience acquired after the completion of the bachelor’s degree.Why Choose This Degree?This education is a path to becoming an expert who masters strategic resource allocation and decision-making under extreme uncertainty. You will learn to harness future trends, such as social media analytics and AI-assisted early warning systems, to build a resilient tomorrow. Program Overview Disasters and large-scale crises place enormous pressure on societies, organizations, and decision-makers. Effective leadership in such situations requires the ability to understand risks, coordinate multiple actors, and make informed decisions under uncertainty. Crisis and disaster leadership therefore combines strategic thinking, technological awareness, and strong governance capabilities.This master’s degree program provides students with a comprehensive understanding of disaster risk, societal resilience, and crisis leadership. The program examines both natural hazards and human-induced emergencies, including technological accidents, environmental crises, and complex humanitarian situations. Students will explore how risks emerge, how vulnerabilities can be reduced, and how societies can strengthen their capacity to anticipate and respond to disruptive events.A distinctive element of the program is its focus on data-driven and technology-supported crisis management. Students learn to utilize digital platforms, artificial intelligence, geospatial information, and advanced analytics to build situational awareness and support decision-making during emergencies. These tools allow leaders to interpret complex information rapidly and coordinate responses more effectively.The program also emphasizes responsible innovation and the role of emerging technologies in modern security environments. Students explore how dual-use technologies, digital infrastructures, and data ecosystems influence public safety and crisis management. Ethical considerations, cybersecurity awareness, and regulatory frameworks are integrated into the curriculum to ensure that technological solutions are applied responsibly and sustainably.Graduates of the program will develop the expertise required to operate in demanding leadership roles within government agencies, international organizations, humanitarian networks, and technology-driven crisis management environments. They will be prepared to contribute to building resilient communities and organizations capable of responding to an increasingly complex risk landscape.

Do you want to become an expert in cloud computing and applications? Master’s programme in Cloud-Based Software Engineering gives you insight and knowledge about how to develop, deploy and maintain cloud applications. You will learn to design and architect cloud-based applications.Cloud Professional has a Desired Skill SetAfter completing the degree, you have e.g. the following, valuable skills to:design high-level applications that use cloud as their infrastructuredevelop cloud solutions and identify best practices for building and deploying secure applications design systems that are secure, reliable, high-performing and cost efficient andanticipate and analyze the change needs of a work community, and understands the need for strategic renewals.At Vaasa University of Applied Sciences, you will gain a strong theoretical basis for practical problem solving. These are highly valuable in future’s working life!For more information visit the webpage of Vaasa university of applied sciences.