Geographical Information Systems in logistics WZ-LA-D2-GISL-04
Laboratorium (LAB) Semestr letni 2020/2021

Basic resources:

1. GIS Research Methods: Incorporating Spatial Perspectives / Sheila Lakshmi Steinberg, Steven J. Steinberg, New York : Esri Press, 2015.

2. Geographic Information Systems in Transportation Research / Ed. Jean-Claude Thill, Bingley : Emerald Group Publishing Limited, 2009.

3. Handbook of Applied Spatial Analysis: Software Tools, Methods and Applications / eds. Manfred M. Fischer, Arthur Getis, Berlin : Springer-Verlag, 2010.

Supplementary resources:

1. Hanbook of Transport Geography and Spatial Systems / Ed.David A. Hensher, Amsterdam : Elsevier Science, 2004.

2. David Davis, GIS dla każdego, Wydawnictwo Naukowe PWN, 2009

3. Systemy informacji przestrzennej z QGIS: część I i II : podręcznik akademicki / Robert Szczepanek, Kraków : Wydaw. Politechniki Krakowskiej im. Tadeusza Kościuszki, 2017

EU 1- Student identifies GIS, its use and tools

EU 2- Student identifies GIS data and tools for solving logistic problems

EU 3- Student uses Q-GIS software to address logistic issues

EU 4- Student uses Internet resources for searching geographically related logistic information

F1. Laboratory tasks

F2. Data collection tasks

P1. Written exam

EU 1:

2.0 - Student has no knowledge on GIS and its tools

3.0 - Student has basic knowledge on GIS and some of its tools

4.0 - Student has comprehensive knowledge on GIS and basic of its selected

tools

5.0 - Student has comprehensive knowledge on GIS and on its selected tools

EU 2:

2.0 - Student has no skills in finding and selecting appropriate GIS data and tools for solving given logistic problem

3.0 - Student has basic skills in finding GIS data and tools for solving given

logistic problem

4.0 - Student has basic skills in finding and selecting appropriate GIS data

and tools for solving given logistic problem

5.0 - Student has comprehensive skills in finding and selecting appropriate GIS data and tools for solving given logistic problem

EU 3:

2.0 - Student is unable to use Q-GIS software

3.0 - Student is able to use Q-GIS software to interpret and search tasks

4.0 - Student is able to use Q-GIS software to interpret, search and map design tasks

5.0 - Student is able to use Q-GIS software to interpret, search and map design and problem solving tasks

EU 4:

2.0 - Student is unable to find selected information in Internet based GIS

resources

3.0 - Student is able to find selected information in Internet based GIS

resources

4.0 - Student is able to find comprehensive information in Internet based GIS resources and solve basic logistic problems

5.0 - Student is able to choose appropriate Internet based GIS resources and use its analytical modules to solve related logistic problems

LA1 - Introduction to the QGIS program 3h

LA3 - The issue of the work with vector data and its attributes 3h

LA4 - The issue of the work with raster data 3h

LA5 - Ways of creating a new vector dataset 3h

LA6 - The role of topology in recording information about the relations of objects in space 3h

LA7 - Classification of vector data based on selected criteria 3h

LA8 - Network services and the use of open data 3h

LA9 - Spatial analysis as a source of knowledge based on data 6h

LA10 - The role of spatial and attribute queries in decision making 3h

LA11 - Principles of creating and editing maps 3h

LA12 - Solving logistics problems with GIS 9h

1. Internet based geographical portals (p.e. Google maps)

2. GIS software (Q-GIS)

3. Audio-visual devices

4. Office software (databases and spreadsheets)

5. Presentations