Geographic Sciences
Program description on main NSCC site »
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What is Geographic Sciences?
Geographic sciences include a diverse set of disciplines that deal with the spatial dimensions of human-environment interactions. Geographic science is central in helping us understand our world and our place in it. Geomatics is the science and technology used in acquiring, managing, analyzing, presenting and delivery of geographic information that helps us gain a greater understanding of our world.
The full suite of geomatics-specialty programs within the NSCC are delivered at the Centre of Geographic Sciences (COGS) in Lawrencetown, NS.
Digital Elevation Model of Nova Scotia. Click here for a Google Earth link to
an aerial photograph of COGS.
Course Overview
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Geographic Sciences Diploma: Year One Courses |
Course Name |
Code |
Weight |
Summary |
Introduction to Mapping and Geodesy |
GEOS 1000 |
60 hours |
This course covers basic topics in geomatics that are essential to develop fundamental skills in the geographic sciences. Learners explore map reading, interpretation and analysis. Learners collect spatial data using Global Positioning Systems (GPS). The various techniques of GPS positioning are also introduced to the learner to reinforce the relationship between GPS and datums/projections. The learner is instructed in the use of Global Positioning Systems for applications such as land use mapping, civic addressing and asset mapping.
|
Introduction to Cartography |
GEOS 1100 |
60 hours |
Maps are a means of communication and this course introduces the learner to the vital map-making processes that
occurs from the time a map is conceptualized to the final visualization or map product. The learner will study how
maps function as visual abstractions of selected aspects of reality.
Topics include familiarization with the roles of cartographers and their clients, map user groups with specific map
needs, map scale, and selection of appropriate map sources. The relationship between qualitative and quantitative
data types and use of effective visual variables is explored. Emphasis is placed on cartographic parameters
including layout, map legibility, contrast issues, differentiation of features and use of associative symbolization.
Colour and the function of aesthetics in map design are introduced as a method to maintain reader interest without
sacrificing data communication.
|
Geographic Information Systems:I |
GEOS 1200 |
60 hours |
This project-based course will introduce learners to concepts related to GIS and spatial data. The course will
provide learners with the opportunity to create output products using modern, industry standard software packages.
Major components of a GIS, the functionality of these components, and the interrelationship between GIS and other
sciences and technologies will be explored.
|
Introduction to Earth Observation Systems and Applications |
GEOS 1300 |
60 hours |
This introductory course provides fundamental theory and skills of Earth Observation Systems. Learners will
explore the principles of image acquisition from airborne and space-borne sensors. Topics include the
characteristics of the electromagnetic spectrum, interpretation and applications of remotely sensed data.
Fundamental photogrammetry concepts will be introduced.
|
Environmental Geography |
GEOS 1400 |
60 hours |
This course will draw upon a natural history approach to explore the environment. This course provides both a
general overview of landforms and topics related to the local environment, and a framework in which natural
resources can be understood, managed and interpreted. As well, a basic environmental engineering perspective
will be introduced to assist learners in evaluating terrain with respect to development suitability. As learners study
ecology and the basic elements of our environment such as geology, soils, climate, vegetation and hydrology they
will be introduced to a range of contemporary environmental issues.
|
Communication Fundamentals |
COMM 1052 |
45 hours |
This course will introduce learners to communications techniques including writing for technical purposes,
presentation techniques, and interpretive reading. Office productivity software will be highlighted as tools for project
documentation, presentation, and other communication products.
|
Flexible Pathways for Our Learners
Five second-year concentrations exist for this Diploma and more information can be found for each of them at:
Admission requirements
- High School Graduation Diploma or equivalent.
Co-operative Education
- The Geographic Sciences program is eligible for optional Co-operative Education
Who should take the Geographic Sciences Program?
- Those seeking an applied approach to geomatics related training using real-world data
- Individuals who enjoy solving problems and using their creativity to respond to challenges.
- Those who prefer small class size with plenty of one-on-one contact with their instructors.
- Those who enjoy using up-to-date computer equipment and software.
- Individuals who are prepared for a lifetime of learning in geography and technology
What Our Graduates Say
“I got my dream job in just two years thanks to NSCC.”
Erin MacIntyre, Development Technician
Halifax Regional Municipality
“The training and work ethic given and instilled upon me at COGS gave me the confidence, skills and marketability to get where I am today”
Kevin Riles, Vice-President
United Gulf Developments Ltd.
“University was an experience. COGS was career training”
Angela Curri
“My only regret about COGS is that I did not find it a couple of years earlier.”
Felix McCarthy, GIS Technician
City of Fredericton
What Else Do You Need To Know?
- Essential computer skills (computer terminology, file management, internet and office applications) are highly recommended to support your success at COGS.
- You are required to buy a laptop computer through the school. We will supply all necessary peripherals, software and data required to support your learning.
