Course content

3D Modeling Module: 2D and 3D technical drawing using a computer. Introduction to the most common drawing commands and functions. Drawing of new models and editing of previously drawn material. Plan, facade, and section drawings. Printing and plotting of drawings. Additive manufacturing. Welds, sheet metal manufacturing, parametric modeling, etc. 

Simulation Module: Finite Element Methods (FEM) in general; theory, boundary conditions, and element types (solid and sheet elements, beams, and trusses) with several degrees of freedom (DOF). Selection of optimal designs for deformation and strength. Static strength calculation, thermal analysis, truss analysis, static indeterminate constructions, vibration analysis, and frequency calculations. Calculation of dynamically loaded weld joints, fatigue, and non-linear cases. Structural optimization.

Learning outcome

Knowledge:

• The candidate has competence in understanding the design process from idea to 3D model with the use of 3D modeling and variant construction.
• The candidate has the competence to use element methods in general Skills.
• The candidate can realize a product as a 3D model.
• The candidate can identify, plan and execute simulations, as well as analyze, interpret and use emergent data, both independently and in groups.

General competence:

• The candidate has insight into the technical consequences of selected solutions within his / her field of expertise and can assess the disadvantages and advantages of the chosen methods.

Learning methods and activities

- Lectures

- Exercise hours

Compulsory assignments

• Compulsory exercises

Specific conditions

Recommended previous knowledge

INGT1001 Introduction to the engineering profession and MAST2001 Elements of machines 1

Course materials

The course material is provided at the start of the study