Introduction to 3D modelling and technology

• 3D modeling as a tool within product design and development
• 3D solid modeling including assembly of components
• 2D-drawings including geometrical dimensions, specifications and tolerances
• Simulations of movements of simple assembled mechanisms
• 2D pictures/rendrings from your own 3D model
• From 2D digital sketch as basis for 3D model
• From physical model, 3D scanning, transfering and basis for 3D model
• Form and position tolerances including standards
• 3D printing of your own digital model
• Quality assurance within product design - QFD and FMEA
• Teamwork and team processes
• Project work and project management
• Report writing
• Oral and visual presentation from an idea and product concept

Knowledge

The candidate :

• has basic knowledge of projects as a form of work, both about organization, implementation and reporting.
• has basic knowledge about 3D-modelling and additive manufacturing (3D-printing)
• can use digital tools for 3D-modelling and additive manufacturing (3D-printing)
• has basic programming skills
• has basic knowledge on design methodology and ideation
• has basic knowledge on QA methods within product design

General competence

The candidate:

• can share his / her knowledge and experience with others, both in writing and orally
• can organize, plan and carry out his / her work tasks and cooperate with fellow students in a team
• can produce a visual presentation of ideas and concepts
• can reflect upon learning outcome
• can apply theoretical knowledge within an applied project

• Student-oriented learning methods.
• Project-oriented teaching. -
• Resource lectures -
• Student presentations -
• Laboratory work -
• Report writing -

Group work Mandatory activities:

3 individual submissions

Oral presentation of project

There will be compulsory days where the students must be present at campus.

Detailed information about this at the start of the course.