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Learning Journal Reflection: Bringing GIS to Life with Technology
During my FET phase Geography studies, Geographic Information Systems (GIS) often felt like a
daunting and abstract hurdle rather than an engaging topic. The subject was typically taught through
static textbook diagrams and rote memorisation of terms. The practical, dynamic nature of GIS was
lost in translation, making it difficult to grasp its real-world significance. However, today's
accessible technology could completely transform this learning experience, turning GIS from a
theoretical challenge into an engaging, hands-on exploration of our world.
The Challenge: Making GIS Tangible
The core problem with traditional GIS instruction, as highlighted by educational research, is that
teachers often resort to "teaching about GIS" rather than "teaching through GIS" due to limited
resources and training (Kerski, 2003). This leads to mechanical, unenthusiastic instruction focused
on mastering software syntax rather than developing spatial thinking and problem-solving skills
(Bednarz & van der Schee, 2006). In the South African context, this challenge is compounded by
infrastructure issues such as limited access to electricity, computers, and internet connectivity,
alongside teachers who may lack adequate GIS training and content knowledge (Rambuda & Fraser,
2004). I remember struggling to visualise how data layers worked or why spatial analysis was
relevant beyond the classroom. The answer lies in utilising free, modern digital tools that make GIS
interactive, intuitive, and meaningful.
Tools for Transformation
To make GIS engaging and comprehensible, I would leverage a suite of accessible platforms that
allow students to both analyse data and tell stories with it.
ArcGIS Online and ArcGIS StoryMaps: This is the cornerstone of the lesson. ArcGIS Online is
a powerful, cloud-based platform perfect for classroom use, with free accounts available for
K-12 educators in many regions (Esri, 2021). Its companion, ArcGIS StoryMaps, is a
revolutionary tool for education. Research has demonstrated that the integration of ArcGIS
Online and StoryMaps in high school classrooms facilitates hands-on learning, enabling
students to explore spatial relationships, analyse data, and communicate insights, thereby
fostering engagement and critical thinking (Solem, Huynh & Boehm, 2012). Using StoryMaps
allows students to combine narrative, primary source research, and spatial thinking in one
cohesive platform, shifting them from consuming information to interpreting and constructing
meaning (Kerski, 2015). This tool directly addresses the "teaching through GIS" approach by
empowering students to use GIS as an analytical tool to investigate real-world issues rather
than merely learning about the software itself.
Online Interactive Maps: Tools such as Google Maps or other interactive mapping platforms
are excellent for introductory activities. They allow students to visualise locations, measure
distances, and understand basic spatial relationships without the complexity of full GIS
software, serving as an accessible entry point to spatial thinking (Baker & White, 2003).
Learning Journal Reflection: Bringing GIS to Life with Technology
During my FET phase Geography studies, Geographic Information Systems (GIS) often felt like a
daunting and abstract hurdle rather than an engaging topic. The subject was typically taught through
static textbook diagrams and rote memorisation of terms. The practical, dynamic nature of GIS was
lost in translation, making it difficult to grasp its real-world significance. However, today's
accessible technology could completely transform this learning experience, turning GIS from a
theoretical challenge into an engaging, hands-on exploration of our world.
The Challenge: Making GIS Tangible
The core problem with traditional GIS instruction, as highlighted by educational research, is that
teachers often resort to "teaching about GIS" rather than "teaching through GIS" due to limited
resources and training (Kerski, 2003). This leads to mechanical, unenthusiastic instruction focused
on mastering software syntax rather than developing spatial thinking and problem-solving skills
(Bednarz & van der Schee, 2006). In the South African context, this challenge is compounded by
infrastructure issues such as limited access to electricity, computers, and internet connectivity,
alongside teachers who may lack adequate GIS training and content knowledge (Rambuda & Fraser,
2004). I remember struggling to visualise how data layers worked or why spatial analysis was
relevant beyond the classroom. The answer lies in utilising free, modern digital tools that make GIS
interactive, intuitive, and meaningful.
Tools for Transformation
To make GIS engaging and comprehensible, I would leverage a suite of accessible platforms that
allow students to both analyse data and tell stories with it.
ArcGIS Online and ArcGIS StoryMaps: This is the cornerstone of the lesson. ArcGIS Online is
a powerful, cloud-based platform perfect for classroom use, with free accounts available for
K-12 educators in many regions (Esri, 2021). Its companion, ArcGIS StoryMaps, is a
revolutionary tool for education. Research has demonstrated that the integration of ArcGIS
Online and StoryMaps in high school classrooms facilitates hands-on learning, enabling
students to explore spatial relationships, analyse data, and communicate insights, thereby
fostering engagement and critical thinking (Solem, Huynh & Boehm, 2012). Using StoryMaps
allows students to combine narrative, primary source research, and spatial thinking in one
cohesive platform, shifting them from consuming information to interpreting and constructing
meaning (Kerski, 2015). This tool directly addresses the "teaching through GIS" approach by
empowering students to use GIS as an analytical tool to investigate real-world issues rather
than merely learning about the software itself.
Online Interactive Maps: Tools such as Google Maps or other interactive mapping platforms
are excellent for introductory activities. They allow students to visualise locations, measure
distances, and understand basic spatial relationships without the complexity of full GIS
software, serving as an accessible entry point to spatial thinking (Baker & White, 2003).
