Geographical Information Systems in logistics WZ-LA-D2-GISL-04
Laboratorium (LAB) Semestr zimowy 2021/2022

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

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

L1 Introduction to the QGIS program.3h

L2 Searching through internet based GIS resources, interpreting maps.3h

L3 The issue of the work with vector data and its attributes.3

L4 The issue of the work with raster data.3h

L5 Ways of creating a new vector dataset.3h

L6 The role of topology in recording information about the relations of objects in space.3h

L7 Classification of vector data based on selected criteria.3h

L8 Network services and the use of open data.3h

L9 Spatial analysis as a source of knowledge based on data – sources of data.3h

L10 Spatial analysis as a source of knowledge based on data – geoprocessing tools.3h

L11 The role of spatial and attribute queries in decision making.3h

L12 Principles of creating and editing maps.3h

L13 Overview of areas of using GIS in logistics.3h

L14 Solving logistics problems with GIS - case solution and analysis.3h

L15 Summary of the use of GIS in logistics. 3h

Total: 45h

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