Fundamentals of Design

Studijní plán: Aplikované strojírenství - platný od ZS 2025/2026

Předmět Fundamentals of Design (FOD)
Garantuje Katedra technických studií (KTS)
Garant Ing. Bc. Karel Dvořák, Ph.D.
Jazyk anglicky
Počet kreditů 3
Ekvivalent
Prezenční studium
Cvičení2 h
Kombinované studium
Tutoriál / přednáška4 h
Cvičení6 h
Studijní plán Typ Sem. Kred. Ukon.
Aplikované strojírenství - kombi, platný od ZS 2025/2026 P 2 3 kr. ZA
Aplikované strojírenství - platný od ZS 2025/2026 P 2 3 kr. ZA

Anotace

The course aims to gain knowledge and skills in designing an assembly unit specified parametrically – the synthetic approach. The course includes proposing variants of solutions for the assigned task, function nodes design, and proposing a design solution with a geometric accuracy analysis (design drawing, component drawings, assembly drawing, technical report). The student gets acquainted with the design of the module technical system using standard components. The course is fully supported with 3D construction software. Real products are designed and confronted with existing professional solutions. The system of teamwork in small student groups is implemented. The course has the character of a design project. 
 

Sylabus

  • Technological and information base for the design task solution, connection with the strategy of the solution.
  • Physical, mechanical and chemical properties of technical materials in the context of design solution.
  • Functional and technological dimensions, dimensioning in the drawing documentation.
  • Machinery assemblies – assembly structure in terms of design and assembly. Bill of Materials – list of items.
  • Dimensional and geometric tolerances, methods of determining and writing in drawing documentation. 
  • Tolerance analysis of the component and assembly dimensional chain.
  • CAE – computer support of calculations and simulations to verify functional properties of the virtual prototype. 
  • A virtual prototype – a 3D model of the design solution to verify functional parameters.
  • Design of components in the context of available production technologies.
  • Initiation of a design project – initial study, strategy of solving the design assignment.

Doporučená literatura

  • GIESECKE, Frederick; MITCHELL Alva; SPENCER, Henry; HILL, Ivan; DYGDON, John, et al. Technical drawing with engineering graphics. Sixteenth edition. Boston: Prentice Hall, 2023
  • BUDYNAS, Richard; NISBETT, Keith. Shigley's Mechanical Engineering Design (in SI Units). 10 edition. McGraw-Hill Higher Education, 2014. ISBN 978-9814595285.
  • GONCHAROV, Pavel; ARTAMONOV, Igor; KHALITOV, Timur; DENISIKHIN, Sergey; SOTNIK, Dina. Engineering Analysis With NX Advanced Simulation. 1. Siemens Product Lifecycle Management Software, 2014
  • SAMUEL, Stephen; STEVENSON, Benjamin; WEEKS, Eric. Advanced Simulation using Nastran: Project Oriented Learning Manual for People Who design Stuff. San Jose: Design Visionaries, 2008. ISBN 0-9754377-7-1
  • MILTON, Alex; RODGERS, Paul. Research Methods for Product Design. 2. Laurence King, 2013, ISBN: 978-1780673028
  • UICKER, John; PENNOCK, Gordon; SHIGLEY, Joseph. Theory of machines and mechanisms. 4th ed. New York: Oxford University Press, 2011. ISBN 978-0195371239
  • learning support in LMS Moodle

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