Diploma in Power Engineering Technology

at Southern Alberta Institute of Technology (SAIT) Canada

Prepare to make your mark in the business world with the industry-recognized Bachelor of Business Administration (BBA) degree.
Engage in small classes with active, collaborative coursework while learning from faculty with real business experience. Work in teams to deliver projects, present strategies and meet business goals.

You'll begin the program with a common first year to build core business skills, then in year two, choose from one of six majors:

• Accounting
• Financial Services
• Human Resource (HR) Management
• Management
• Marketing
• Supply Chain Management

Supply Chain Management: learn to effectively manage supply chains using examples from real companies. You’ll delve deeply into procurement, logistics, transportation, inventory and warehouse management, supplied relations, contracts and performance analytics. You’ll graduate with unique skills provided by the only Supply Chain Management degree in southern Alberta.

Learn to perform surveys, create maps and develop geographic information systems by using global navigation satellite systems (GPS), laser scanning, remote sensing and photogrammetry in preparation for a career as a surveyor, junior party chief, survey assistant or mapping technologist.

Geomatics technologists work in government, construction, mining, energy exploration, and environmental sectors. The Geomatics Engineering Technology program will provide you with extensive practical skills combined with a broad theoretical background to acquire tools and techniques used in: land surveying, remote sensing, cartography, geographic information systems (GIS), global navigation satellite systems (GPS), photogrammetry, geography and digital mapping.

To succeed in the program, you will need to be comfortable with mathematics and enjoy working with computers and instrumentation. In addition you must be a good team player, have good communication skills, and enjoy working outdoors.

Learn how to design, analyze and troubleshoot electronic circuits and systems for a career as an electronics engineering technologist, working in areas such as GPS-based systems, surveillance and wireless communication systems.

The Electronics Engineering Technology program is an analysis and design-oriented program with emphasis given to electronic circuits, systems and sub-systems. This program prepares graduates with professional, technical and practical skills that include problem-solving, research, design, prototyping, implementation, installation and testing of electronics-based systems.

Specific studies include digital and analog applications, electronic controls, computer-based circuit design and simulation, microprocessor systems, RF communications and computer-enhanced test and measurement systems. Areas of employment may include GPS-based systems, measurement, control, security and surveillance and wireless communication systems.

Graduates of the Electronics Engineering Technology program have the relevant technical, applied and professional skills that employers seek in this dynamic industry sector. Graduates may find employment as an electronic engineering technologist assisting in research, design, development of prototyping of electronic-based circuits and systems. They will also have the opportunity to continue their studies toward an engineering degree. SAIT offers articulation agreements with a variety of universities across Canada.

Working with electrical engineers who provide the conceptual design, the electronics engineering technologist will assist with the practical aspects of circuit design and analyze circuit performance. Electronics engineering technologists may design and/or evaluate the performance of the circuit using a variety of analysis methods. The technologist also works closely with technicians who fabricate, troubleshoot, measure and calibrate the systems.

The learning environment incorporates instructor-led instruction and discussions enhanced with computer-based presentations and simulation software. Most classes integrate time in the lab, allowing students to apply their knowledge in a real, practical environment.

Accreditation

• The Canadian Council of Technicians and Technologists (CCTT) Canadian Technology Accreditation Board (CTAB) accredits this program at the Engineering Technologist level.
• After two years of suitable industrial experience, graduates are eligible for membership in The Association of Science and Engineering Technology Professionals of Alberta (ASET) as a Certified Engineering Technologist (CET).

Learn all aspects of the upstream petroleum industry, including exploration and economic analysis, to prepare for a career in areas like gas process engineering and facilities design. 

The Bachelor of Applied Technology Petroleum Engineering program is designed for students who have completed technical degrees or diplomas and wish to receive training for a career in the petroleum industry.

Our courses provide 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.

In our interconnected world, strong, resilient and scalable computer networks are critical to industry success. Through classroom training and practical application, this program will help you develop skills and competencies in computer network design, maintenance and support, to get you career-ready as a network systems specialist.

During this intensive 32-week certificate, you will develop skills in leading-edge technologies including cloud and server administration, virtualized infrastructure, and Linux administration. You'll also become a member of the Cisco Networking Academy to specialize in computer networking, troubleshooting, and security.

As a result of the practical focus of this program, you will gain valuable experience solving technical problems and providing solutions that are on-time and within scope. This experience is further bolstered by a mandatory 8-week practicum that completes the program, preparing you for a successful career in the information technology (IT) field. 

The Healthcare Leadership program focuses on the critical areas of leadership and management development specific to healthcare.

Learners will develop core skills and competencies in leadership and management, conflict management and resolution, people management, effective communications, finances and economics, service and patient focus, healthcare governance, performance measurement, and other elements of leadership in a healthcare environment.To correspond with current trends in healthcare leadership, the program will offer unique skills in the areas of resilience and emergency planning and preparedness.

This program is comprised of interdisciplinary study, culminating in a capstone project that enables students to apply their knowledge toward addressing leadership challenges in their own organizations. The Healthcare Leadership program is led by experienced healthcare and business instructors, blending health topics with strategic leadership studies that prepare students to navigate the rapidly changing field of healthcare.

Safely run processing equipment at oil and gas and natural gas processing facilities with training that covers basic plant operations, safety and thermodynamics. Graduates are ready to write the Alberta Boiler Safety Association Fourth-Class certification exam.

Power and Process Operations is an one-year program that trains students for careers as operators, responsible for the daily safe running of processing equipment at oil and gas facilities.

Accreditation

• This program is integrated with the Alberta Boilers Safety Association (ABSA) Certification System. Graduates are eligible for membership in the following professional associations:
  • Alberta Boilers Safety Association (ABSA)
  • Institute of Power Engineers (IPE)
  • International Pressure Equipment Integrity Association (IPEIA)
  • National Association Corrosion Engineers (NACE)

Create a career as a mechanical, civil, process piping, electrical or structural technologist. With hands-on learning and instruction you will gain the practical and technical experience focused on the principles of engineering and drafting.

The program provides graduates with the essential skills sought after by a variety of engineering enterprises. Your instructors will be experienced practitioners who will help you develop your technical and professional skills based on relevant practices. This diploma program is two years in length, consisting of four 15-week semesters.

Accreditation

• This program is nationally accredited, at the technologist level, by the Canadian Council of Technicians and Technologists (CCTT) and Technology Accreditation Canada (TAC). Graduates are eligible for membership in the Association of Science and Engineering Technology Professionals in Alberta (ASET).

Train to become an aircraft maintenance technician and be responsible for the service and repair of all types of airplanes and helicopters — with the eventual opportunity to obtain your Aircraft Maintenance Engineer license.

The Aircraft Maintenance Engineers Technology program offers the student the knowledge and skills required to enter a career as an Aircraft Maintenance Technician. Once employed in the aviation industry, students may work toward the Aircraft Maintenance Engineer “M” (AME) license. An Aircraft Maintenance Technician/Engineer is responsible for the servicing and repair of aircraft and aircraft components.

The program covers all the aspects of aircraft maintenance including general aviation, corporate, charter, transport category aircraft, and helicopters. This is a two-year diploma program and all classes are scheduled at the Art Smith Aero Centre for Training and Technology, located at the Calgary International Airport.

Some of the courses in this program are web-based and will require the students to access information from the Internet. These courses are delivered in one of the two computer labs available at the Art Smith Aero Centre. Students are not required to purchase a laptop for this program.

Create solutions for global and local water issues with a career in water management. This program will prepare you for various roles such as water management specialist, water quality technician, watershed planner, flood planning technologist or junior hydrologist.

As a graduate of the Integrated Water Management diploma program, you'll recognize the role of total water management in identifying local solutions for global water issues. You'll demonstrate knowledge of the complex elements, interfaces and approaches considered in supporting practical integrated water management.

As a student, you will acquire specialized applied knowledge and market-sought skills developed through a work-integrated capstone research project in either water environmental technologies or advanced industry applications.

Students will have an understanding of following fundamentals upon completion of the program: 

• Water fundamentals: Describe fundamental concepts of integrated water management. 
• Policies and regulations: demonstrate how policies, frameworks and regulatory processes influence decision making in water management.
• Water cycle monitoring: explain water quality, quantity, availability and how they inform decision-making across sectors.
• Plan development: support the development of an integrated water management plan.
• Water management influences: identify influences on water management including economic, environmental, health, human interaction, climate change, extreme events, policy and others.
• Processes and forecasting: incorporate interdisciplinary scienace in determining and forecasting how water moves through a watershed and a water management system.
• Watershed risks: predict risks to watershed resiliency (economic, social and climate).
• Data: manage data acquisition, organization, formatting and reporting
• Infrastructure: plan, install, operate and maintain field equipment for hydrometric monitoring and related environmental variables.
• Global drivers: differentiate global climate, geopolitical and economic drivers of water management.