Bachelor of Geomatics
Bachelor of Geomatics
Abbreviation: BGeom
Course code: N3H
Course contact (faculty or school) (03) 6226 2463
Introductory comments
This 4-year (minimum) full-time or part-time course is offered by the Faculty of Science,
Engineering and Technology. The degree is available at Hobart and, subject to demand,
the first year may also be offered at Launceston. Honours requires one year of additional
study.
Admission & prerequisites
In addition to satisfying the normal University admission requirements, students entering
first year Geomatics must have obtained a TCE Satisfactory Achievement (SA) result or
higher in both Mathematics Stage 2 (*MT841) and Physical Sciences (*SC786).
If applicants do not have these prerequisites they should discuss their qualifications with
the degree coordinator. Appropriate University bridging courses may be available.
Interstate or overseas qualifications which are deemed equivalent by the University may
also be accepted, subject to approval by the degree coordinator. Prerequisites are currently
under review.
Course objectives
Geomatics is a term that describes a number of closely related disciplines. These include
surveying, spatial and geographic information systems, photogrammetry, remote sensing,
geodesy and cartography. The name Geomatics, derived from the French term ‘science
geomatique’, has been adopted internationally to describe the scope of the spatial
information sciences.
In recent years, there has been a dramatic growth in the surveying and spatial information
sciences. Tools such as Geographic Information Systems (GIS), Global Positioning Systems
(GPS), remote sensing, image processing, and digital photogrammetry have impacted
dramatically, with GIS and GPS becoming ubiquitous. For graduates choosing a career in
land surveying, these technologies will be as important as traditional surveying
instruments. For other students, an understanding of these new technologies presents a
wide range of career opportunities within the geomatics disciplines.
The aim of the Bachelor of Geomatics is to prepare students for employment in vocations
requiring a knowledge of the geomatic sciences. These include:
________________________________________
University of Tasmania Course and Unit Handbook –Course details for 2004
July 11, 2016, 18:53 PM, page –1
Bachelor of Geomatics
•
land surveying – measuring and defining land ownership boundaries; spatial
control for projects such as roads and bridges;
•
spatial and geographic information systems – computer management, mapping
and analysis of spatial information;
•
photogrammetry and remote sensing – measurement, mapping and data analysis
from aircraft and satellite sensors;
•
geodesy and geodetic surveying – science of the measurement and mapping of the
earth’s surface using satellite and terrestrial data;
•
hydrographic surveying – measuring and mapping in a marine environment.
To achieve this aim, the course imparts to students:
•
an understanding of the scientific principles underlying the geomatic sciences;
•
a knowledge of the way in which these principles are implemented in current
surveying and mapping technology;
•
appropriate scientific analysis, problem solving and design skills;
•
appropriate communication skills;
•
a general knowledge of associated disciplines that will facilitate communication and
professional interaction; and
•
an appreciation of the professional standards and practices of relevant professional
institutions.
Career outcomes
Graduates may find employment in a wide range of areas including spatial data
management, land administration, surveying and mapping, cadastral and engineering
surveying, GIS industries, and geodetic agencies.
The spatial information industry is experiencing strong growth, with high graduate
employment rates expected to continue.
Professional recognition
The Bachelor of Geomatics is recognised by the Institution of Surveyors, Australia as
providing qualification for graduate membership of the Institution. Corporate
membership is granted after an approved period of professional experience.
For registration as a Land Surveyor in Tasmania, graduates of the Land Surveying stream
must complete a period of supervised professional experience and pass the registration
authority’s examinations. The fourth year of the course counts towards the professional
experience requirements.
Graduates of the Spatial Information Systems stream who wish to proceed towards
registration must complete coursework units from the fourth year of the Land Surveying
stream.
Further information is available from the degree coordinator.
________________________________________
University of Tasmania Course and Unit Handbook –Course details for 2004
July 11, 2016, 18:53 PM, page –2
Bachelor of Geomatics
Course structure
The Bachelor of Geomatics may be undertaken in either of two specialisations: Land
Surveying or Spatial Information Systems. Each of these consists of four years of academic
study, including a minimum of 20 weeks of professional experience in the final year.
Students do not need to choose their specialisation until the final year.
The course structure is outlined in the schedule which follows.
Articulation
Students may be granted credit if they have completed equivalent work in other
institutions. For example, students who have successfully completed the TAFE Advanced
Diploma in Spatial Information Services will be granted credit for 25% of the course
requirements, including the units Geomatics 1 and Applied Physics.
If students have 12 months or more of appropriate work experience they may also be
granted credit for the Professional Experience component of the course.
Note
Candidates for the degree shall pass all of the units prescribed for either the Land
Surveying stream or the Spatial Information Systems stream. However, the Degree Board
Chair may, with the approval of the relevant Head of School, in a special case, allow a
candidate to substitute another unit for a unit which has been prescribed.
Schedule A
Unit code
unit title
weight
campus offered
Hobart
Year 1 (First Examination)
KGG145
KGG150
KGG155
KXA151
Geomatics 1a – Introduction to Geomatics
Geomatics lb – Studio
Geomatics 1c – Surveying
Programming and Problem Solving
12.5%
12.5%
12.5%
12.5%
KXA154
KMA152
KMA153
KYA171
Software Process
Calculus and Applications 1A
Data Handling and Statistics 1
Applied Physics
12.5%
12.5%
12.5%
12.5%
vH~1 L~1
H~2 L~2
H~2v L~2v
H~1 L~1/2
B~1v
H~2 L~2 B~2v
H~1
H~2 L~1/2
H~1
Launceston
Year 1 (First Examination)
________________________________________
University of Tasmania Course and Unit Handbook –Course details for 2004
July 11, 2016, 18:53 PM, page –3
Bachelor of Geomatics
KGG145
KGG150
KGG155
KXA151
Geomatics 1a – Introduction to Geomatics
Geomatics lb – Studio
Geomatics 1c – Surveying
Programming and Problem Solving
12.5%
12.5%
12.5%
12.5%
KXA154
KMA171
KMA153
Software Process
Mathematics I
Data Handling and Statistics 1
12.5%
12.5%
12.5%
vH~1 L~1
H~2 L~2
H~2v L~2v
H~1 L~1/2
B~1v
H~2 L~2 B~2v
L~1 D~1
H~2 L~1/2
a 12.5% physics unit to be advised
Year 2 (Second Examination)
KGG220
KGG230
KGG240
KGG260
KGG270
BSA102
Geomatics 2a: Surveying
Geomatics 2b: Remote Sensing & Photogrammetry
Geomatics 2c: Introduction to GIS
Geomatics 2d: Transformations and Projections
Geomatics 2e: Analysis of Observations
Information Modelling and Infrastructures
12.5%
12.5%
12.5%
12.5%
12.5%
12.5%
KGG280
KMA265
Geomatics 2f: Studio
Computational Mathematics & Linear Algebra
(Geomatics)
12.5%
12.5%
H~2
H~1
H~1
H~1
H~2
H~3/2 L~2
B~2 O~2
H~2
H~1
12.5%
12.5%
12.5%
H~1
H~1
H~2
12.5%
12.5%
12.5%
12.5%
H~1
H~2
H~2
H~1
12.5%
12.5%
H~2
H~2
Year 3 (Third Examination)
KGG320
KGG330
KGG340
KGG350
KNE301
KGG355
KGA365
Geomatics 3a: Surveying
Geomatics 3b: Remote Sensing & Photogrammetry
Geomatics 3c: Advanced Geographic Information
Systems (GIS)
Geomatics 3d: Geodesy
Engineering Project Management and Economics
Geomatics 3e: Studio
Environmental Remote Sensing
Either KGA327 or KGA381
KGA227/327
Conservation Geomorphology[a]
KGA381
Environmental Impact Assessment
Year 4 (Fourth Examination)
The following unit is common to both streams
KGG401
Professional Experience
50%
H~1/2
Land Surveying Stream
KNE405
KGG405
KGG407
KGG425
Municipal Engineering for Surveyors
Land Development Planning
Land Law and Cadastral Studies
Surveying Practice
12.5%
12.5%
12.5%
12.5%
H~1
H~1
H~1
H~1
12.5%
12.5%
12.5%
H~2 L~2
H~2 L~2
H~2
Spatial Information Systems Stream
Either KXA253 or
KXA253
KXA254
KNE424
KXA254 or KNE424
Software Design
Operating Systems
Image Processing and Computer Vision
________________________________________
University of Tasmania Course and Unit Handbook –Course details for 2004
July 11, 2016, 18:53 PM, page –4
Bachelor of Geomatics
KGG475
KGG480
KGG485
[a]
Advanced Spatial Data Analysis
GIS Application Development
Geographic Information Systems Project
12.5%
12.5%
12.5%
H~2
H~2
H~1/2
Use enrolment code KGA327.
Note: The following information is NOT included in the printed edition of the Course and
Unit Handbook
Additional Information
The following information answers some frequently asked questions.
Note, however, details should be confirmed with the appropriate authority
Responsible faculty or school | Faculty of Science, Engineering and Technology | School
of Geography and Environmental Studies
Campus(es) offered | Hobart | Launceston
Mode of delivery| Full time | Part time
Course duration | 4 years minimum (8 semesters) | 8 years maximum (16 semesters)
Majors and Specialisations | Hobart specialisations: spatial information systems, land
surveying
Costs (course fees only – annual) | HECS: YES | International students: $13,500
Students enrolled in this course | Total students enrolled last year: 49 | Total students
enrolled this year: 59 | International students last year: 2 | International students this
year: 2
Approximate student-staff contact hours | up to 18 hrs weekly
________________________________________
University of Tasmania Course and Unit Handbook –Course details for 2004
July 11, 2016, 18:53 PM, page –5