Knowledge and understanding of the fundamentals of spatial creation, artistic composition, and implementation of three-dimensional models.
Knowledge of sketching techniques and design experience in industrial design.
Understanding of functional, technical and technological aspects of the subject.
Acquire complex design solutions for more complex industrial products.
Knowledge of modeling software (e.g. Rhinoceros, 3ds Max) and graphics software (e.g. Adobe package).

Conditions for receiving credit:
Active participation in the exercises.
Submission of a fully developed project in digital form (poster, presentation, visualization) and physical form (poster, presentation model) by the deadline.
Conditions for obtaining the exam:
Successful defense of the project solution, in which the design and the level of presentation of the achieved results will be evaluated.
The resulting classification is determined according to the ECTS scale. In total, up to 100 points can be obtained.

Specification of controlled education, method of implementation and compensation for absences: Attendance is compulsory and controlled by the teacher, with a maximum of two excused absences per semester. In the case of long absences, compensation for missed classes is the responsibility of the subject guarantor.

The course guides students to a comprehensive design solution. Upon completion of the course, students will be able to create an original, complete design proposal that meets all requirements for functionality and manufacturability. Graduates will be able to use the acquired knowledge for the comprehensive implementation of various projects.

Learning outcomes and competencies:
Ability to perform independent design work in solving medium and complex tasks.
Ability to identify significant problems and apply acquired knowledge.
Ability to design a comprehensive solution including aesthetic, ergonomic, technical and technological aspects of design.
Ability to design solutions that reflect the reality and practice of our company.
Ability to implement a complete design model to an appropriate scale.

• Programme N-PDS-P Master's, 2. year of study, winter semester, compulsory
  

- Assignment of the task and compilation of the solution schedule.
- Analysis of the topic using design methods, creating design sketches and producing interesting ideas, non-traditional solutions.
- Correction of design sketches, selection of the most suitable solution.
- Creation of primary model sketches using 3D modeling software.
- Selection of the most suitable materials in connection with the technological design solution.
- Application of selected materials to a 3D model.
- Correction of model sketches.
- Practical demonstration of production technologies used to produce models.
- Model production.
- Creation of drawing documentation and presentation.
- Defend the assigned task.