Mapping fundamentals

Syllabus

Introduction to Spatial Data and Mapping (1 hour lecture)

• Definitions of terms (maps, mapping, geography, geodata, spatial data)
• Overview of mapping and its applications

History of Mapping (3 hours lecture)

• Early maps and cartography
• Key developments in the history of mapping

Types of Maps (3 hours lecture)

• Physical, political, thematic maps, topographic maps

Map Elements (3 hours lecture, 1 hour exercises)

• Labels, annotations, symbols and their meanings, legends and scale bars

Map Projections and Coordinate Systems (2 hours lecture, 2 hour exercises)

• Types of map projections
• Distortions and their implications
• Geographic vs. cartesian coordinate systems

Spatial Data Acquisition Methods (2 hours lecture, 2 hour exercises)

• Ground surveying techniques, GNSS and Remote sensing basics
• Aerial photography, satellite imagery, LiDAR (Light Detection and Ranging)

Using Maps (3 hours exercises)

• Reading and interpreting maps
• Map navigation skills
• Application of maps in various fields (e.g. urban planning, environmental management)

The homework will include: 20 hrs literature analysis, mapping terminology, and individual study.

Objectives and Competences

Course Objectives:

• To provide foundational knowledge of spatial data and mapping.
• To introduce students to the various types of maps and their uses.
• To teach the principles of coordinate systems and map projections.
• To explore the history and evolution of mapping.
• To familiarise students with the methods and technologies used in spatial data acquisition.

Competences:

• Ability to interpret and create maps using appropriate symbols and labels.
• Understanding of coordinate systems and the ability to apply map projections.
• Knowledge of the different types of maps and their specific applications.
• Proficiency in basic spatial data acquisition techniques.

Intended Learning Outcomes

Students that will successfully attend the course will be able to:

• Explain the fundamental concepts of spatial data and mapping.
• Identify and use different types of maps and their elements (labels, symbols).
• Describe the history and development of mapping.
• Apply coordinate systems and map projections.
• Differentiate between various spatial data acquisition methods.
• Utilise maps effectively for various applications.