Kolme ihmistä seisoo laboratoriossa pöydän ympärillä ja käyttää ja tarkkailee robottikättä. Yksi henkilö osoittaa robottia, kun muut katsovat tarkkaavaisesti. Taustalla näkyy hyllyjä, työkaluja ja laitteita.

Bachelor of Engineering

Mechanical Engineering
(Intelligent Mechatronics)

Build expertise in mechanical engineering and smart industry!

Why this programme?

Suojalaseihin ja mustaan työpukuun pukeutunut henkilö hymyilee pitelemässä työkalua työpajassa, jonka taustalla on sinisiä robottikäsivarsia ja teknisiä laitteita.

1. Broad mechanical engineering expertise

Develop a strong foundation in mechanical design, manufacturing, materials and engineering analysis, preparing you to solve diverse technical challenges in modern industry. 

Henkilö seisoo laboratoriossa kaukosäädin kädessään ja hymyilee kameralle. Hänen edessään pöydällä on valkoinen robottikaivinkone ja vaihdettava kaivinkoneen kauha. Taustalla on teknisiä laitteita.

2. Smart and sustainable industrial solutions

Learn how automation, digital technologies and intelligent systems complement mechanical engineering and support safer, more efficient and sustainable products and production. 

Naisopiskelija Microkadun kampuksen pihalla.

3. Practical skills for engineering careers

Apply your knowledge through laboratory work, projects and practical assignments while developing the teamwork, communication and problem-solving skills required in international engineering environments. 

What will you learn?

1st year

Build the mindset of an engineer and learn how technology, creativity and analytical thinking drive innovation in modern industry. 

2nd year

Develop the skills to design, analyse and improve products and systems that make industries safer, smarter and more efficient. 

3rd and 4th year

Transform ideas into intelligent engineering solutions while gaining experience in advanced technologies, teamwork and real-world development projects. 

Mechanical Engineering Meets Intelligent Systems

The programme combines broad mechanical engineering expertise with automation, robotics and intelligent systems. You learn to understand complete industrial solutions, from mechanical design and manufacturing to advanced control, preparing you to contribute across disciplines in a rapidly evolving technology industry.

Learn by doing

Opiskelijoita konetekniikan laboratoriossa.

1. Modern engineering laboratories

Engineering is learned by doing. In our laboratories, you test ideas, explore technologies and gain practical experience that transforms theory into engineering competence. 

 

Opiskelijoita Kampussydämessä. Yksi opiskelijoista puhuu puhelimessa.

2. Solve real engineering challenges

Work on projects that mirror professional engineering tasks and develop the confidence to design, improve and evaluate modern industrial solutions 

 

Opiskelija kirjastossa opinnäytetyö kädessään.

3. Grow into an engineering professional

Internships and industry-connected thesis projects allow you to apply your skills in real workplaces while building experience, networks and career opportunities. 

 

Kaksi opiskelijaa keskustelee käytävällä.

Programme Structure

The degree consists of 240 ECTS. According to the curriculum, one academic year corresponds to 60 ECTS, which is equivalent to 1600 hours of a student’s workload. The study methods consist, among others, of contact lessons, distance and independent learning, e-learning, project work, and practical training. Research and development activities can be some part of your studies.

The detailed structure of your studies is as follows:
• Basic studies 60 ECTS
• Professional studies 120 ECTS
• Elective studies 15 ECTS
• Internship(s) 30 ECTS
• Thesis 15 ECTS

Laboratoriossa työskentelevä henkilö käyttää sähkötestauslaitteita ja hymyilee pitäen kädessään keltaiseen laitteeseen liitettyjä antureita. Työtilassa on erilaisia työkaluja, kaapeleita ja laitteita valkoisilla pöydillä.

Career and Future

Mechanical engineers are needed in industries that design, manufacture and develop products, machines and production systems. This degree prepares you for careers that combine mechanical engineering expertise with automation and intelligent technologies. Graduates can work in product development, manufacturing, industrial engineering, automation, project management and technical specialist roles in Finland and internationally.

• Design Engineer
• Product Development Engineer
• Project Engineer
• Manufacturing Engineer
• Automation Engineer

Fabio Mahamud.

I’ve always been into taking stuff apart and putting them back together

“The combination of theoretical learning and practical application at Savonia University of Applied Sciences has equipped me with the skills and knowledge necessary for success in the field of mechanical engineering.”

Kuopio as a Study City

Kuopio is the largest of Savonia’s campus cities, with over 120,000 residents and a vibrant student community. Located in Eastern Finland, the city combines the benefits of urban services with easy access to nature, offering a balanced environment for studying and everyday life.

Tuition fees

Explain the tuition fee for the degree programme and who is required to pay it. Guide users to more detailed information about tuition fees, refund policies and scholarships on the dedicated page. This text can also be largely the same across degree programme pages. Approximately 30–40 words.

Yhtenäinen vaaleanpunainen tausta, jonka oikealla puolella on tyylitelty valkoinen tähtimäinen kimalluskuvio.

Contact Us for More Information

Have questions about applying or studying at Savonia? Our staff is here to help. Don’t hesitate to get in touch.

Valkoinen käyttäjäkuvake, jossa on pyöreä pää ja hartiat, tasaisen vaaleanpunaisella taustalla.

Tiina Salli

Senior Lecturer, Degree Programme Coordinator
tiina.salli@savonia.fi
+ 358 44 785 5795 

Valkoinen käyttäjäkuvake, jossa on pyöreä pää ja hartiat, tasaisen vaaleanpunaisella taustalla.

Taneli Heikkilä 

Senior Lecturer
taneli.heikkila@savonia.fi
+358 44 785 5688