UofC

Location: Schulich School of Engineering, Room ICT 242 
Program number: 403.220.4979
Fax: 403.284.1980
Email address: geo.grad@ucalgary.ca
Web page URL: geomatics.ucalgary.ca

Doctor of Philosophy (PhD)
Master of Science (MSc), thesis-based
Master of Engineering (MEng), thesis* and course-based

Specializations:

• Positioning, Navigation and Wireless Location
• Geodesy, Remote Sensing and Earth Observation
• Digital Imaging Systems
• GIScience and Land Tenure
• Energy and Environmental Systems (Interdisciplinary)**
• Environmental Engineering (Interdisciplinary)**

*The Department is not currently accepting applications for the thesis-based MEng.

**See the Calendar section on Interdisciplinary Specializations for further information.

See "Engineering Programs".

Application deadlines are available on the Future Students website:

MEng (course-based): ucalgary.ca/future-students/graduate/explore-programs/geomatics-engineering-master-engineering-course-based

MSc (thesis-based): ucalgary.ca/future-students/graduate/explore-programs/geomatics-engineering-master-science-thesis-based

PhD: ucalgary.ca/future-students/graduate/explore-programs/geomatics-engineering-doctor-philosophy-thesis-based

See "Engineering Programs".

In addition to Faculty of Graduate Studies requirements and the Schulich School of Engineering, the Department requires:

Master of Engineering (course-based)

A minimum of 30 units (5.0 full-course equivalents), of which at least 18 units (3.0 full-course equivalents) must be graduate courses, with no fewer than 12 units (2.0 full-course equivalents) of Geomatics Engineering specific graduate courses.

Master of Engineering (thesis-based)

a) A minimum of 12 units (2.0 full-course equivalents) at the graduate level, with no fewer than 6 units (1.0 full-course equivalent) of Geomatics Engineering specific graduate courses.

b) Professional Development Seminar (Geomatics Engineering 698).

c) A thesis related to original engineering analysis or design.

Master of Science

a) A minimum of 12 units (2.0 full-course equivalents) at the graduate level, with no fewer than 6 units (1 full-course equivalent) of Geomatics Engineering specific graduate courses.

b) Attend the Professional Development Seminar (Geomatics Engineering 698).

c) A thesis related to original engineering research.

Doctor of Philosophy

a) A minimum of 9 units (1.5 full-course equivalents) at the graduate level beyond the Master of Science course requirements, with no fewer than 3 units (0.5 full-course equivalents) of Geomatics Engineering specific graduate courses. For students who transfer from a Master of Science to a doctoral program, a minimum of 6 units (1.0 full-course equivalent) at the graduate level beyond the Master of Science course requirements.

b) Attend the Professional Development Seminar (Geomatics Engineering 698).

c) A literature review, a thesis proposal and a Field of Study oral examination (see 10. Required Examinations).

d) A thesis related to advanced original engineering research.

Independent Study Courses

Course-based Master of Engineering students can have no more than three independent study courses count towards their degree requirements.

Thesis-based Master's and Doctor of Philosophy students can have no more than one independent study course count towards their degree requirements. Students who transfer from the Master of Science to the Doctor of Philosophy program can have no more than two independent study courses count towards their degree requirements.

None.

None.

See "Engineering Programs".

For thesis-based Master's or Doctor of Philosophy programs, see "Engineering Programs". For course-based Master of Engineering program, all students will be assigned an advisor at the time of registration.

Master’s Programs

See “Engineering Programs”.

Doctoral Programs

Candidacy Examination
Doctoral students are required to pass a candidacy examination. The candidacy consists of three components: the literature review, the thesis proposal and the Field of Study oral examination. All three components will be assessed by the supervisory committee and/or examining committee. Specific details of the examination format and other candidacy requirements can be found on the Department website at Geomatics PhD Program Requirements.

Doctoral Thesis Examination
See “Engineering Programs”.

Master of Engineering (thesis-based)

A thesis proposal accepted by the supervisor is required no later than 16 months after initial registration. Contents of the thesis, reflecting an applied approach to a problem, should contain new elements of engineering principles and applications.

The thesis proposal should include the following:

1. Statement of the problem.
2. Research objectives.
3. Literature review.
4. Methodology and procedures.
5. Outline of thesis contents.
6. Proposed time schedule.
7. Bibliography and references.

Master of Science

The Master of Science thesis proposal requirements, including the outline of the proposal’s contents, are the same as those for the Master of Engineering (thesis-based). The thesis topic, however, should deal with original theoretical or practical research in Geomatics Engineering.

Doctor of Philosophy

The doctoral thesis proposal requirements, including the outline of the proposal’s contents, are the same as those for the Master of Engineering (thesis-based). The thesis, however, must demonstrate the candidate’s ability to pursue original research at a high level and represent a distinct advance in knowledge on the subject. The research should be of the recognized standard of technical journals requiring critical review. The supervisor and supervisory committee will normally require progress reports every six months during the doctoral program.

See “Engineering Programs”.

See “Engineering Programs”.

In addition, the Department offers a designated set of graduate courses in each of the specialization areas and interdisciplinary areas. Additional graduate courses are offered as Special Studies and Project courses. The Department also offers a Distinguished International Lecturer Series, which consists of approximately four to five courses offered annually by invited professors and researchers.