GEG 4301 Coding the Digital Earth

3 units
Geography
Faculty of Arts
Take your spatial data science skills to the next level by learning the fundamentals of programming Geographic Information Systems (GIS) to manipulate spatial data, and manage, analyze and automate software workflows. Topics include introduction to object-oriented programming in GIS, data structures, flow control, vector and raster objects, manipulating geometry, tabular data, GUI tool creation, and using external services. Students will leave this course with confidence in their knowledge of manipulating GIS using an open source programming language (e.g. Python) - a highly desired skill set in spatial data sciences and all the related domains that work with GIS.

Components:

Lecture

Requirements:

Prerequisites: GEG 2320 and ( GEG 3312 or GEG 3105 ).

Previously Offered Terms:

Fall
Winter

French Equivalent:

All Professors
A- Average (7.560)
Most Common: A+ (36%)
25 students

P

S

NS

F

D

C

B

A-

A+

Michael C. Sawada

3 sections from Fall 2017 to Winter 2024

A- Average (8.158)
Most Common: A+ (42%)
19 students

P

S

NS

F

D

C

B

A-

A+

Unknown Professor

Winter 2022 - A00

B Average (5.667)
Most Common: B (33%)
6 students

P

S

NS

F

D

C

B

A-

A+