Reproduction Technology (B52401)

Acronym
B52401
Status
mandatory
Semester
4
Number of classes
2L + 2E
ECTS
6.0
Study programme
Graphic engineering
Module
Type of study
Bachelor academic studies
Lecturer
Lecturer/Associate (practicals)
Prerequisite / Form of prerequisites

-

Learning objectives

Acquiring basic knowledge in the field of reproduction technologies.

Learning outcomes

Acquired knowledge is used in further educational development, and in the application in practice.

Course contents

Photographic optics. Lenses and objectives. Reproduction devices. Camera. Increasing device. Contact-photocopier. Repeat photocopier. Sensitometry and densitometry. Photographic materials. Content of photographic materials. Production of photographic materials. Coloursensitivity. Special photo-materials. Light sources in repro-photography. Lightening and processing photographic materials. Types of developers. Fixing. Developing machines. Standardization of developing conditions and lightening device calibration. Halftone photography. Theory of a halftone dot. Glass halftone. Contact halftone. Electronic halftone. Colour. Colour systems. Principles of multi colour reproduction. Electronic reproduction technique. Scanners. Digital video cameras and cameras. Photo CD. Electronic montage of a page. Personal computers. Post Script. Raster Image Processor (RIP). Portable Document Format (PDF). Print proof. Sheet assembly. Electronic sheet assembly. Electronic publications and the Internet.

Literature
  1. Novaković, D., Karlović I., Pavlović Ž., Pešterac Č. Denzitometrija i kolorimetrija-priručnik za vežbe, drugo izdanje Fakultet tehničkih nauka, Novi Sad 2007

    (Original)
  2. Novaković, D., Pešterac. Č. Reprodukciona tehnika FTN, skripta, Novi Sad 2004

    (Original)
  3. Karlović I., Tomić I., Rilovski (Jurič) I. Digitalna reprofotografija FTN, Novi Sad 2012

    (Original)
Evaluation and grading

Written exam and final exam.

Teaching Methods

Teaching is held using contemporary didactic means and methods, interactively in the form of lectures, computer and laboratory practice. Theory is presented in lectures, followed by the examples and solution simulation for better understanding of the Subject title content. Computer practice are organized in a manner as to supplement the graphic technology skills, and laboratory practice are used to practically apply the acquired knowledge using the available laboratory equipment. Apart from lectures and practice, tutorials are regularly held.