Mechanical engineering studies give a comprehensive overview of modern product design and production techniques. This programme will teach how to utilise digital and virtual environments in design by considering the principles of the entire product life cycle and circular economy. It will also provide a basis to understand business, marketing, and customer needs in product development.
These studies provide skills to design and manufacture a variety of consumer goods as well as machinery and equipment needed in different industries.
Mechanical engineering is for you if you are inventive, creative, and passionate about developing solutions that promote sustainable development and respect for natural resources.
The Bachelor's Programme in Mechanical Engineering is a unique, international double degree programme developed in cooperation with Hebei University of Technology (HEBUT) in China. Students admitted to the Bachelor's Programme in Mechanical Engineering at LUT University will receive two degree certificates, from LUT and HEBUT, after they have fulfilled the degree requirements of both. The studies of this programme will take place on the Lappeenranta campus of LUT University, Finland, and will include collaborative team assignments on certain courses with students and teachers of other programmes on the campus.
By the end of the studies, you will be able to build, measure and test a variety of sustainable technical solutions both in real life and virtually.
LUT's mechanical engineering department represents the cutting edge of industry. LUT provides a unique opportunity to implement conventional and modern aspects of mechanical engineering for the development of futuristic and revolutionary solutions. For example, one of the department’s ongoing projects is to develop artificial intelligence for Industry 4.0 machinery. With the help of power calculation, machines will be able to predict the future. With this "consciousness", the machine will select and execute movements as smooth and practical as possible.
The diverse teaching in the programme prepares students for the international labour market. The technology industry is Finland's most important export sector, and its largest industrial sector is the machinery and metal industry. Successful products in the machinery and metal industries include cruise ships, marine and power plant engines, elevators, cranes and hoists, electric and hybrid cars, and state-of-the-art commercial machines.
Degree structure and studies
The Bachelor's Programme in Mechanical Engineering takes three years and leads to two degrees of Bachelor of Science in Technology, B.Sc. (Tech.), which is 180 ECTS credits.
The programme includes general, intermediate specialisation, minor, language and elective studies as well as a Bachelor's thesis at the end of the studies. Read more in the study guide.
After completing the Bachelor's degree in mechanical engineering, you can continue your studies directly in either of the following Master's programmes at LUT University:
- Master's Programme in Mechanical Engineering, Lappeenranta
- Master's Programme in Materials Science and Technology (from 2023), Lappeenranta
You can also apply separately to either of the following Master’s programmes in the field of mechanical engineering:
There is a great demand in the labour market for mechanical engineering experts.
A mechanical engineering degree opens the door to a wide range of jobs in the metal or automotive industries, for example, but also in industries related to food, health care, energy, chemicals, construction, transport, or climate change mitigation.
You can work in management and expert positions, as a design or production engineer, or in the development of consumer goods, machinery, equipment, and their parts. With a Master's degree in mechanical engineering, you can also research and develop manufacturing methods and apply them to production or simulate process or mechanical systems. It is also possible to complete a Master’s degree in business administration after the Bachelor’s degree in mechanical engineering to forge a career path in managerial positions in the mechanical engineering industries.
Your work may also involve training, research, and marketing, for example in industrial projects or in your own company. Master's graduates in mechanical engineering have gone on to become:
- heads of virtual design firms
- design managers of international energy companies
- production managers of pulp and paper plants
- mechanical engineers
- quality control managers in the metal industry
- product development engineers/managers
- research and development engineers
- project engineers/managers