Opinto-opas 2005-2006

TTE-5316 FACTORY INFORMATION SYSTEMS IN ELECTRONICS PRODUCTION, 5 cr
FACTORY INFORMATION SYSTEMS IN ELECTRONICS PRODUCTION

Person responsible
Dr. Jose L. Martinez Lastra

Lecturers
Dr. Jose L. Martinez Lastra, jose.lastra@tut.fi, K3224B
Ivan M. Delamer, Research Scientist, ivan.delamer@tut.fi, K3221
Niko Siltala, Research Scientist, niko.siltala@tut.fi, K3241A

Lecture room and time
Per IV,V: Monday 12 - 14, K3114

Implementation rounds
Implementation 1
  Period 1 Period 2 Period 3 Period 4 Period 5 Summer Language of instruction
Lecture - - - 2 h/week+ 2 h/week - In English only
Seminar - - - 1 h/week+ 1 h/week - In English only
Assignment - - - 25 h/per+ 25 h/per - In English only
Exam   In English only
(Academic Calender 2005-2006)

Objectives
Students will learn the basics of the Industry, the different processes occurring in electronics factories, and the role that technology and information systems have in automating those processes. Students will gain an understanding of the different information systems that build a factory and the functionality required for each, encompassing all levels of a production hierarchy starting from the manufacturing shop floor to supply chain communications. Students will acquire hands-on knowledge on best practices and technologies for representing and exchanging information between components of Factory Information Systems, using latest standards for E-Business and E-Manufacturing.

Contents
Content Core content Complementary knowledge Specialist knowledge
1. Electronics Production Overview: Manufacturing Processes & Supply-Chain Structure.
E-Manufacturing approach.
FIS Architecture: Factory Control System Components & Manufacturing Enterprise System Components. 
E-Business technologies.    
2. Shop-floor systems and standards.
Shop-floor communication: IPC-2501.
Shop-floor data acquisition: IPC-254x
Assembly-line control: IPC-255x
 
XML.
SOAP and Web Services.
Web-enabled devices.
SCADA and MES Systems. 
Centralized vs. Distributed control.
 
3. Enterprise systems and standards.
CAD systems: IPC-251x and IPC-2581 overview.
CAM Systems: IPC-2531 overview.
Supply-chain communications: IPC-258x and RosettaNet overview. 
ERP Overview.    

Requirements for completing the course
Written Exam AND Laboratory exercises AND course assignment(s)

Assessment criteria
Course assignments: 35% Lab Work: 35% Exam: 30%

  • Used assessment scale is numeric (1-5)
  • Study material
    Type Name Author ISBN URL, edition, availablitity... Exam material Language
    Lecture slides Lecture Slides JL Martinez Lastra   Course Web Page No  English 

    Correspondence of content
    2702620 eManufacturing in Electronics Production

    Course homepage

    Last modified 25.08.2005
    Modified byJorma Vihinen