Examination arrangement

Course content

• 3D Solid modeling
• Assembly of parts
• Parametric modeling
• 2D drawings with specifications and tolerances
• Standards for machine drawings
• Surface modeling
• T-splines/SubD modeling
• 2D presentation images and renderings from 3D model
• From 2D digital sketch as basis for 3D modeling
• 3D scanning, transfer and basis for 3D modeling
• 3D printing of digital model

Learning outcome

The students shall:

• Have a basic understanding of the design process from idea to 3D model
• Know commonly used methods for 3D modeling and variant construction
• Be able to prepare documentation and 2D machine drawing according to Standards
• Have knowledge of how to take technical documentation into account when preparing your own product
• Have knowledge of methods and techniques for designing complex surfaces

Skills:

• Be able to master "Feature-based", parametric modeling
• Be able to realize a product as a 3D model with drawings and documentation
• Be able to use 3D tools to design creative solutions and build complex surface models
• Be able to use hybrid modeling with solid and surface models
• Have skills in digitizing physical models
• Be able to visualize your product through additive manufacturing (3D printing) and reflect on your own work

General competence:

• Can convey central subject matter, present work and justify choices in the form of reports and oral work
• Can plan and carry out varied tasks over time, in line with ethical requirements and guidelines

Learning methods and activities

• Lectures
• Compulsory tasks
• Task solution
• GuidanceLaboratory work

Additional information:

For online students:

The course will mainly be carried out as an online course of study.Up to 3 compulsory seminar days are held according to the plan provided at the start of the semester.An online race means that all communication between supervisor and students is organized through a digital learning platform.

For all:

The course requires 3D modeling software to be used for exercises and assignments (free student versions available).

Use of your own laptop is required (the machine must be suitable for CAD).

The Autodesk Fusion 360 program works on Windows and Apple OS.

Compulsory assignments

• Compulsory assignment

Further on evaluation

Evaluation:

Forms of assessment:

Accepted submissions are improved and compiled as a comprehensive submission with the associated theory and modeling task. The assignment is given over a period of 3-4 weeks. The final grade is given based on the final portfolio.Additional information on continuation:

Previously approved mandatory work requirements can be applied for approval.

Special conditions

Compulsory activity from previous semesters can be approved by the department.

Specific conditions

Recommended previous knowledge

TEK1000 Introduction to 3D modeling and Technology or MASG1101 Mechanical engineering 1

Course materials

To be informed at the beginning of the course

Credit reductions