Program Description
The BAPT program is designed for students who have completed technical degrees or diplomas and wish to receive training for a career in the petroleum industry. There are many optional courses providing detailed training in specialized fields such as oil and gas exploration, drilling, reservoir and production engineering, oil and gas facilities design and operation, upgrading and refining operations, and economic analysis. This allows students to personalize their training to better suit their interests and career needs. Your Career
This program prepares graduates for career opportunities in the petroleum industry in such areas as oil and gas exploration, drilling, reservoir and production engineering, gas process engineering, oil and gas facilities design and operation, upgrading and refining operations and economic analysis. Student Success
Students with higher secondary or post-secondary marks usually experience greater success in SAIT programs. Credentials
After successfully completing this program, graduates will receive a SAIT Bachelor of Applied Technology Petroleum Engineering degree. Accreditation
It should be noted that this degree does not currently provide the requirements leading to registration as a professional engineer. The degree is designed to provide the graduate with in-depth applicable training that will allow the graduate to function as a highly skilled member of an engineering or operations team working in one of the areas outlined above.
Progression
The progression requirement for students taking credit courses is a Term GPA and Total Institutional GPA of 2.0, with the exception of English Language Foundations and Academic Upgrading programs.
Admission Requirements
- A two-year SAIT diploma in Petroleum Engineering Technology, Chemical Engineering Technology, Mechanical Engineering Technology, Instrumentation Engineering Technology, Civil Engineering Technology, Electrical Engineering Technology, or similar engineering technology, with a grade point average of 2.5 or better is the normal entrance requirement.
- University graduates holding relevant science (mathematics, physics, chemistry, geology, or geophysics) or engineering degrees are accepted. Additional courses may be required before starting the program. Applicants with other qualifications may be considered upon submission of certified background information.
- A transcript of marks for all post-secondary courses or programs is required for all applicants and must be submitted to Office of the Registar at the time of application. Foreign documents need to be assessed by either World Education Services (WES) or SAIT’s International Document Assessement. Registration in a Canadian Professional Engineering or a Certified Technologist organization can be substituted for the WES or SAIT assessments, subject to academic chair approval.
- All applicants must demonstrate English Language Proficiency prior to admission, including students educated in Canada.
Core Courses (13.5 total credits)
Required Course
May be waived by Academic Chair depending upon Applicant’s prior education. Core Electives (select 3 to 6 total credits)
Electives (27 total credits)
Additional courses (select remaining courses to reach 27 credits total).
All courses with the exception of ENVS 470, PETR 409, PTPR 465, and RESR 473 are offered in the fall and winter semesters, although seat availability for some can be limited by demand.
The courses ENVS 470, PETR 409, PTPR 465, and RESR 473 are only offered in the winter semester. Most of the required courses and some of the options are also available through distance delivery. International students are not able to take courses by distance delivery except for ADMN 411.
Work Experience (30 total credits)
At least 750 hours of work experience in a paid position in the petroleum industry. Students are responsible for finding this position, but the SAIT Advisor will facilitate this as much as possible. Program Outcomes
- Research, critically analyze, prepare, document, submit and defend a Technology Report.
- Apply the knowledge of algebra, matrix manipulation and introductory calculus to resolve applied science/engineering technology problems.
- Apply the knowledge of best statistical processes to resolve applied science/engineering technology problems.
- Apply the current practices of project management to applied science and engineering technology projects consistent with the discipline requirements.
- Apply the principles of physical and natural science, applicable to a discipline, to the solution of applied science/engineering technology problems.
- Apply knowledge of management principles, ethics, sustainability, contract law, codes and standards.
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