The student on completion of this course will be able to:              
1.    Knowledge and understanding

• Have knowledge and understanding of mechanisms and behavior of surfaces in contact and motion, in an tribological context (lubricated / non-lubricated)
• Have developed knowledge in different characterization methods in tribological context.
• Have developed knowledge and insight into the fact that “tribology is a multidisciplinary subject” and has interactions with other basic subjects in science, ie, physics, chemistry and materials science.
• Gain better insight into basic and applied research conducted at the machine element research subject, at the Department of Engineering Science and Mathematics.
• Understand the significance of tribology in the design of lubricated contacts
• Improve their ability in thinking and performing in a professional and engineering manner
• Get experience from working in larger development projects including several collaborating projects
• Get better knowledge and understanding of ongoing basic research and applied research projects at Division of Machine Elements.
• Get experience from engineering reasoning and problem solving from idea to prototype testing with focus on sustainable development

2. Skills and abilities

• Have had the opportunity to practice working independently, planning, carrying out and reporting scientific laboratory experiments
• Apply available tribological knowledge, models and experimental methods in design and analysis of lubricated / non-lubricated contacts in tribological context.
• Have practiced how to critically examine other people's scientific work
• Gain experience of both working on individual project and / or collaborating on projects with other students / doctoral students / business partners
• Be able to identify and apply mechanisms and models that enable analysis, design and optimization of surfaces in contact and movement.
• Be able to write technical reports / scientific manuscript according to given instructions.
• Be able to critically examine own results and can determine its validity. You can also suggest improvements.
• Present and explain their research results to Tribology experts
• Understand more advanced research issues and be able to be responsible for smaller research projects
• Have insight into the conditions for gender equality in working life

3. Ability of assessment and attitude

• Critically assess the validity and relevance of the available tribological knowledge, e.g. research articles and report

• Apply their knowledge and experience to carry out sustainable technical development in tribology
• be able to describe facts about gender equality in society and reflect on gender equality in technology and engineering.

This course is essentially ‘project work’ based and its contents are as follows: 

• Work on projects (either individually or in groups)
• Special lectures (eg in friction, lubrication, abrasion processes, tribological damage, lubricants, coatings, tribo-materials, etc.) relevant for project topics, if necessary

The project work will be carried out by students (individually or in small groups) supervised by senior researchers / teachers. The project work may include analytical and / or experimental characterization methods and techniques. Some lectures can also be given if needed depending on the type of project being carried out. Regular meetings are booked during the course, where students present their own partial results and possible challenges in the project, and discuss relevant scientific issues.

The student will be evaluated based on the following:

• Interim assessment
• Final presentation of project results and discussion
• Extent and quality of the work accomplished as is evidenced from the written report

Cannot be included in the degree together with M7025T Design of lubricated contacts.

Nazanin Emami

The course M7034T is equal to M7025T

Tribology and machine component design related books; monographs; technical reports and research articles.

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Department of Engineering Sciences and Mathematics

Study guidance for the course is to be found in our learning platform Canvas before the course starts. Students applying for single subject courses get more information in the Welcome letter. You will find the learning platform via My LTU.

by HUL Niklas Letho 14 Feb 2020

by Head Faculty Programme Director Niklas Lehto 17 Feb 2021