Diploma in Civil Engineering Technology

at Southern Alberta Institute of Technology (SAIT) Canada

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.

Start a career as a machinist in industries like oil and gas manufacturing and medical technology with this program that covers blueprint reading and process planning, machining and metal cutting with mills, drills, lathes and grinders.

This full-time program is a great way to start your career as a Machinist - a rewarding and challenging trade with precision and craftsmanship as core attributes. As a Machinist Technician, you’ll set up and operate precision equipment for the production of a variety of components and assemblies. Machinists make or modify primarily metal components to very fine tolerances.

At 30 weeks in length (900 hours), this program contains content nearly double that afforded by the Machinist apprenticeship stream for equivalent periods.

You will learn skills including, but not limited to:

• Machining
• Machine set-up
• Blueprint reading
• Process planning
• Design validation
• Precision measurement
• Heat treatment.

Metal cutting and shaping operations use a variety of machine tools, including conventional mills, drills, lathes, and grinders. As modern machine tools are often computer-driven, a Machinist Technician may be responsible for programming and operating high-tech Computer Numerically Controlled (CNC) equipment such as CNC mills, lathes, Electrical Discharge Machines (EDM) and Coordinate Measuring Machines (CMM).

Train to become a Geographic Information Systems (GIS) technologist, technician or analyst for a range of industries – from forestry and natural resource exploration to all levels of government – with the Bachelor of Applied Technology Geographic Information Systems degree.

Graduates possess the skills and knowledge to succeed in one of the fastest-growing sectors of information technology. GIS combines the power of relational database management systems with the flexibility of cartographic display technology and is used for problem-solving and decision making.

To succeed in the program, you’ll need to be comfortable working with computers and have a good working knowledge of file management, word processing and spreadsheet software applications. This two-year program consists of two, 15-week semesters in year one, followed by a paid practicum in year two. Finding a practicum placement is the student’s responsibility, but instructors and support staff will provide guidance and support. Students must be prepared to actively establish industry connections to secure their practicum.

Get wired for a bright future. The Electrical Engineering Technology program offers comprehensive training in power systems, electrical design and control and automation. The program prepares students for careers managing electrical energy from renewable and conventional energy sources.

Graduates work in a variety of settings, including power generating facilities, industrial complexes, substations, laboratories, construction sites and offices.

Accreditation

• The program is nationally accredited by the Canadian Technology Accreditation Board and Canadian Council of Technicians and Technologists at the technologist level.
• Graduates are eligible for membership in the following professional association: Association of Science and Engineering Technology Professionals of Alberta (ASET).

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).

Create a career in the area of digital graphics — working for commercial printers or publishing companies, advertising agencies or graphic arts firms — with courses that include web and print production, layout and visual design.

If you’ve ever picked up a print publication, visited a website, admired a logo or looked at an advertisement, then you are already familiar with some of the end products of the digital graphics industry.
The Graphic Communications and Print Technology program is designed to prepare you for a career in these exciting fields. You acquire industry-specific skills in electronic file management, print management and production, print administration, estimating, printing service coordination that ensure your success in the industry. 
 

New Media Production and Design is a technology centred program that promotes critical thinking to develop engaging content for web-based user experiences and provides comprehensive training in the tools and techniques used for web design and development.

The program emphasizes project­-based and hands-on training, with students working in teams to produce comprehensive and useful media products.

Study the business side of the energy industry and learn about contracts, leases and regulatory obligations in preparation for a career in mineral and surface land management, well asset management or operations accounting.

Want to be a mover and a shaker in the oil and gas industry? As a student in the Energy Asset Management program, you’ll study the business side of the energy industry and learn to handle contracts, leases, regulatory obligations and accounting tasks. You’ll leave SAIT with the skills you need to confidently enter the high-demand field of energy asset management.

Prepare for a career as a chemical or process engineering technologist, environmental technician or process designer with training in all aspects of chemical engineering technology, from environmental engineering to industry safety.

Your formula for success starts here. In the Chemical Engineering Technology program, you’ll study engineering design calculations, chemical process unit operations, process simulation and control, safety and environmental engineering. 

In this program, you’ll gain an in-depth knowledge of unit operation, process control and equipment design while you learn to operate, troubleshoot, maintain, and design safe processing units and plants. In addition, our industry-trained instructors will teach you design calculations, process simulation and control, industry safety and environmental engineering. You will also learn to work with engineering software that will give you an edge to jump-start your career.

Organize, manage and access information as a library technician, information specialist or records management technician through this extensive program covering cataloguing, classification, public relations, web design and more.

Information resourcing is a high-tech adventure and a sought after skill. Various industries need employees with people skills to organize, access and manage the expanding volume of information in today’s world.

Library Information Technology students gain proficiency in every area of library operations, from database searching, library network technology, cataloguing and classification to public relations, web design and records management.