Advanced knowledge of component and assembly drawing requirements. Knowledge of standardized machine elements and their use. Knowledge of design solutions for the of rotating components housing design. Advanced knowledge of available CAD system with 3D modeler, Autodesk Inventor preferred.

The student submits the solution of the assigned semestral project in the prescribed outputs - technical report including analysis of the technological feasibility of the design, 3D model with exploding animation of the assembly, design drawing of the assembly and drawing-free documentation of the selected component. The lecturer will assess the technical quality of the solution and the fulfilment of the specified objectives. The assessment may also take into account the individual work of the student during the semester, i.e. passivity during course exercises has a negative impact on the final grade. If the result is satisfactory, the final grade is determined in accordance with the ECTS scale.

Attendance at seminars is required and controlled. Maximum of two authorized absences without compensation of lesson are tolerated.

The aim of the course is the synthesis and practical application of partial knowledge acquired in previous design courses into the design of a more complex machine assembly. The topic of the semestral project assignment is derived from real engineering problems. Students work on a comprehensive design task in stages using CAD programs and engineering calculation tools. Emphasis is also placed on the ability to defend the proposed solution by consulting with the teacher and presenting the results of the work. Graduates will be able to design functional machine assembly consisting of multiple basic standardized and non-standardized machine components, assess the technological feasibility of the design and defend the proposed solution.

Ability to think independently and creatively within a given design task with the possibility of applying an original solution to the problem.

Ability to individually discuss the proposed solution and to present and defend it.

Ability to design a machine assembly using a methodical approach that includes analysis of the task, collection of information, analysis of design variants, selection of the optimal solution, creation of a design assembly, engineering drawings of selected components, 3D model and preparation of a technical report.

Ability to make a basic assessment of the technological feasibility of the design solution.

Advanced ability to use CAD programs with 3D modeler and calculation tools to design dimensions of machine components.

• Programme B-ZSI-P Bachelor's

  specialization STI , 2. year of study, summer semester, compulsory-optional
  

• Fundamentals of design methodology, algorithm for solving an enginnering design task. Assignment of semestral project.
• Introduction to the Design accelerator tool in Autodesk Inventor. Dimensioning of parts and control calculations.
• Assembly design drawing, selection of tolerances, component placement and dimensional chains. Consultation of the design process.
• Economic analysis. Consultation of the solution procedure.
• Drawing-free documentation. Consultation of the solution procedure.
• Introduction to the animation tool in Autodesk Inventor, principles of presentation of work results. Consultation of the solution procedure. - Dimensioning and design calculations - consultation.
• Design drawing of the assembly, design of the components placement and housing - consultation.
• Production documentation of components - consultation.
• Technical report and analysis of the technological feasibility of the solution - consultation.
• Submission of the semester project.
• Evaluation, checking of corrections and completeness of the assignment. Classified credit.