|
|
|
COMM
1052
|
Communication Fundamentals 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.
|
|
|
GEOS
1000
|
Introduction to Mapping and Geodesy 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.
|
|
|
GEOS
1100
|
Introduction to Cartography Maps are a means of communication and this course introduces the learner to the vital mapmaking 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 technologies. The relationship between qualitative and quantitative data types and use of appropriate map symbols is explored. Emphasis is placed on cartographic parameters including layout, map typography and hierarchy. Colour and the function of aesthetics in map design are introduced as a method to maintain reader interest without sacrificing data communication. Print media workflows will be emphasized and analysis of map design is based on critique.
|
|
|
GEOS
1200
|
Geographic Information Systems I 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.
|
|
|
GEOS
1300
|
Introduction to Remote Sensing and Image Interpretation 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.
|
|
|
GEOS
1400
|
Environmental Planning 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.
|
|
|
GEOS
2100
|
Thematic Mapping This course introduces, through theory and tools, the learner to design analyze and produce thematic maps for printing. Learners will be able to define thematic mapping and use graphics software to create thematic maps. Special mapping products such as brochures, atlases and posters will be constructed. Statistical data manipulation will be emphasized as a method to convey information in map form.
|
|
|
GEOS
2200
|
Geographic Information Systems II Building on the concepts learned in GEOS 1200 (Geographic Information Systems (GIS) I), the learner will construct an information system using various thematic data layers in modern, industry standard software.
|
|
|
GEOS
2300
|
Introduction to Digital Image Processing This introductory course provides the concepts and skills behind fundamental digital image processing techniques. Processing techniques for satellite imagery, aerial photographs, and remotely-sensed data will be introduced. Skills such as radiometric and geometric correction, image enhancement, image classification and integration with other GIS data will be covered.
|
|
|
GEOS
2400
|
Community and Environmental Planning Studio The course provides a foundation for evaluating environmental factors using Geographic Information Systems (GIS) skills learned in the first semester. The studio requires the learners to participate in a team-oriented planning study of a local watershed. Some planning theory is introduced and further environmental issues and concepts are also presented, but the course is primarily practical in nature, as learners prepare new maps and present them for discussion and analysis in a seminar. Emphasis is placed on the need to find balance between social, environmental, and economic considerations as we pursue sustainable development within the context of community values.
|
|
|
GEOS
2500
|
Computer Aided Drafting for Mapping Applications Learners will become familiar with the tools of computer-aided drafting software to create accurate and spatially correct vector data. Contemporary software applications will be used as industry standard tools to clean data, create topologies and attach attribute data to geometric details.
|
|
|
GEOS
3000
|
Applied Learning in Geographic Sciences GEOS 3000 is the first of the campus-based applied learning experiences which may consist of work experience, directed studies, industry projects or applied research and will take place in the final five weeks of the first academic year.
|
|
|
PORT
2020
|
Career & Professional Development This course is designed to continue the development of each learner’s portfolio and non-geomatics skills that are essential to the work place including communications, numeracy, problem solving, and working in teams. The course includes refining congruous short-term and long-term career goals in Geographic Sciences and laying the groundwork for job readiness. Learners will also be introduced to project management skills and employee roles with work place projects.
|
|
|
SAFE
1000
|
Introduction to WHMIS (Workplace Hazardous Materials Information Systems) This course offers the students the introduction to WHMIS, which is training required by any person employed in a Nova Scotia workplace. This is a generic, introductory course that provides basic knowledge in WHMIS for the workplace and is considered to be the basis from which more specific training can be given.
|
|
|
SAFE
1001
|
Introduction to NS OH&S Act This course offers the students the introduction to the Occupational Health and Safety (OH&S) Act of Nova Scotia, which is required by any person employed in a Nova Scotia workplace. This is a generic, introductory course that provides basic knowledge of the Act for the students and is considered to be the basis from which more specific training can be given.
|
|
