Course content

Subject topics:

• Machine design/dimensioning and analysis of machine systems and elements.
• Mechanical elements (link arms and bearings)
  • Hydraulic power elements (cylinders, valves and controls)
  • Use of different materials and material combinations
• Global and local stress and deformation analyses
• Use of standards and engineering methods for design and dimensioningUse of 3D computer tools for modeling, machine drawings
• Follow-up of manufacturing including visit to local industrial companies
• Documentation/ design report writing

Learning outcome

Knowledge: The candidate has basic knowledge of how to dimension a machine including all parts.

Skills: Use of engineering methods for mechanical construction to present complete machine drawings for a complex system. Be able to work independently with problems including planning, developing and performing mechanical projects. Use of 3D CAD tools and small scale printing of parts. Practical and theoretical understanding of mechanical design problems. Can justify decisions. Use of 3D printing for quality assurance.

General skills: The candidate can search for relevant standards and use these for dimensioning of parts. Be able to document progress of the work by making progress reports and final technical report. Be able to communicate theories and solutions of different problems and exchange point of views and experiences within the fields.

Learning methods and activities

The course is organized around a case where instructions on relevant topics will be given. The students will be organized in teams to design the solution to an mechatronic problem. The typical case will be a handling crane or lifting system for heavy duty, including a hydraulic power system.

Specific conditions

Recommended previous knowledge

Mechanics, statics and dynamics

Course materials

Relevant course material will be available online.