CAD in construction

 

Lectures v. prof. dr. Samir Lemes
Exercises V.AS.Mr. Vahid Redzic
Year - semester II – winter
Number of lessons (F+V) 2+2
ECTS points 4

 

Course syllabus

New and classic technologies of visual engineering communication. Digitization. Computer graphics hardware: GPU, interfaces, input and output devices. Light and colors. Raster graphics. Graphics file formats. Vector graphics. 3D views: solid, surface, wireframe. Software for vector graphics. Geometric transformations. View transformations: coordinate systems and projections. Parametric curves. 2D CAD software. User interfaces of CAD software and 2D CAD terminology. CAD transformations. Parametric surfaces. 3D modeling techniques. 3D visualization and rendering. Preparation for press. BIM. CAD in the cloud, mobile CAD applications. Basics of GIS, CAD-GIS integration.

Objective of the course
  • To master the use of IT technologies in the design of building constructions using modern software tools
    (CAD).
  • Independently use the computer in all phases of construction design
    construction and preparation of technical documentation, through visualization and
    project presentations.
Competencies (Learning Outcomes)
  • Use modern CAD software packages for 2D and 3D modeling
  • Know the capabilities and features of hardware and software for computer graphics
  • Use basic techniques of 3D modeling, BIM and GIS tools
  • Apply acquired knowledge to the creation of electronic technical documentation

 

Literature

Basic:

  1. Samir Lemeš (2018) Computer graphics and geometric modeling, ISBN 978-9958-639-97-5, University of Zenica, Zenica
  2. Ryan Duell, Tobias Hathorn, Tessa Reist Hathorn (2015) Autodesk Revit Architecture 2015 Basics, Sybex, ISBN 978-86-7991-381-4
  3. Scott Onstott (2014) AutoCAD 2014 and AutoCAD LT 2014 Basics, Sybex, ISBN: 978-86-7991-373-9

    Additional:
  4. Ellen Finkelstein, Lee Ambrosius (2014) AutoCAD 2015 and AutoCAD LT 2015 Bible, Autodesk, ISBN: 978-1118880364
  5. Brad Hardin, Dave McCool (2015) BIM and Construction Management: Proven Tools, Methods, and Workflows, Wiley, ISBN 978-1118942760

Lecture topics

Introduction, course description, learning outcomes, examination method
New and classic technologies of visual engineering communication
Digitization
Hardware for computer graphics: GPU, interfaces
Computer graphics hardware: input and output devices
Light and colors
Raster graphics
Graphics file formats
Vector graphics
3D views: solid, surface, wireframe
Software for vector graphics
Geometric transformations
View transformations: coordinate systems and projections
Parametric curves
test 1
2D CAD software
AutoCAD user interfaces and 2D CAD terminology
CAD transformations
Parametric surfaces
3D modeling techniques
3D visualization and rendering
Preparation for press
BIM
CAD in the cloud, mobile CAD applications
Basics of GIS, CAD-GIS integration
test 2 + remedial test 1

 

Grading

Final grade:
20% first partial exam,
20% second partial exam,
40% grade from exercises,
20% final exam		   

Rating scale:     0-54%: 5     55-64%: 6     65-74%: 7     75-84%: 8     85-94%: 9     95-100%: 10

Useful links

CONTACT

+387 32 206 100
ptf@unze.ba
Fakultetska 1, 72000 Zenica
ptf. pupil

LOCATION

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