Bachelor of Business Administration - General

at Northern Alberta Institute of Technology (NAIT) Canada

An animal health technologist (Veterinary technologist) is a valuable member of the animal health-care team who performs a large range of tasks, such as nursing care, diagnostic procedures and client interactions, to assist veterinarians in the diagnosis, treatment and prevention of disease in animals. The program focuses on practical skills used in both small and large animal practices, including lab work, radiographs and medical and surgical nursing.

What You Will Learn
Hands-on, industry-relevant training

You can expect to spend, on average:

•     30 hours per week attending classes over the course of a semester
•     8 to 10 hours per week studying and completing class assignments

You’ll train in NAIT’s Animal Health Clinic, which provides basic veterinary services for dogs and cats owned by NAIT staff and students. It’s here where you’ll receive hands-on experience in procedures that include spays and neuters, vaccinations and teeth cleaning.

As an Animal Health Technology student, you must handle ill or injured animals of all shapes and sizes. You’ll travel to farms and animal hospitals and treat more than just dogs and cats. To be successful in this program – and career – having a genuine interest in the treatment of all animals is a must!

This nationally recognized program provides a wide range of training and will give you the skills necessary to make full or partial dentures, repair crowns, bridges and orthodontic appliances. You’ll learn the art and science of creating corrective devices for natural teeth and tissues.

A dental technologist is a master of their craft and an essential member of the dental-health team. To be successful, you’ll need to display meticulous attention to detail and an equal combination of technical skills and artistry.

What You Will Learn
Hands-on, industry-relevant training 
Throughout the program, you’ll recreate the appearance of natural teeth in fixed restorations such as crowns and implant restorations using porcelain, metal alloys and ceramic materials. For corrective devices like orthodontic appliances, you’ll learn the physical and biological forces of handling waxes, wires and acrylic materials.

You’ll have an individual workstation in the dental lab, complete with the latest industry-standard equipment, like:

• press ceramic furnace
• digital laboratory scanner
• acrylic injection system
• pressure thermal-forming machine

You can expect to spend, on average

• 32 hours per week attending classes over the course of a semester
• 10-15 hours per week studying and completing class assignments

The Digital Media and IT (DMIT) program is multi-disciplinary in its approach. Spanning a range of career opportunities from business analyst to visual designer, this innovative program allows you the ability to meet industry demand while developing skills aligned with your individual talents and inclinations.

The Game Design area of emphasis teaches you how to plan and create video games from concept through to creation.

Hands-on, industry-relevant skills:-
In the DMIT - Game Design program, you will get first-hand experience designing, building and assembling a working prototype of a game level. You will learn the art and technical aspects involved in creating and implementing visual game assets, such as environments, characters, vehicles, cameras and special effects. Courses will also focus on developing story and audio.

Some of the specific tools you will learn to use include 3D Studio Max, Unity 3D and Adobe Photoshop and Illustrator.

You will leave this program prepared to enter the industry, armed with practical experience and a well-crafted portfolio that highlights your talent.

The NAIT Advanced Care Paramedic program prepares graduates for a rewarding and challenging career in providing emergency medical services to the sick and injured. Advanced Care Paramedics are members of the inter-professional health care team, working collaboratively with other emergency medical personnel, physicians, nurses, and other health professionals. They primarily provide care of patients at emergency scenes in the pre hospital care setting, but can also have roles in emergency departments and other settings within an acute care hospital setting. They are responsible for assessing a patient’s condition to determine the extent of his or her injury or illness and immediate care needs, and providing treatment that includes advanced life support procedures, airway management, medication administration, tending to traumatic injuries, intravenous catheterization, bandaging, splinting, suturing child birth, mental health crisis interventions, and more. Patient care often includes initial stabilization of the patient and transport via ambulance to health care facilities for further treatment.

Demands of the job and practicum training as a student include standing, reaching, walking, crouching, bending, and lifting of heavy equipment, as well as exposure to stressful emergency situations where patients are critically ill or injured, and quick decisions must be made in managing the patient and delegating roles to first responders. There are also risks for exposure to chemicals, bodily fluids, needle sticks, moving traffic, weather conditions.

The NAIT Advanced Care Paramedic program utilizes facilities at NAIT, active treatment hospitals, and ambulance services to train and prepare students for graduation and employment.

 What You Will Learn
Hands-on, industry-relevant training

In this 2 year diploma program you will build on your prior learning as a primary care paramedic and learn about providing advanced emergency care, including assessment and treatment of patients with a variety of medical disorders and injuries. Your learning environment will consist of lectures, labs, clinical simulations and practicum. Areas of learning will be focused on but are not excluded to:

• Human anatomy, physiology and pathophysiology
• Advanced life support skills including medical and trauma management
• Pharmacology
• Child birth and neonatal care
• Pediatric patient care
• Diverse patient populations
• Professionalism, inter professionalism, and medical legal aspects

You will also be trained in physical and mental health self-care, to ensure you are prepared for a demanding patient care environment.

Practicum will consist of placement with ambulance services and a variety of acute care hospitals. You will be expected to work shifts including evenings, nights and weekends, and you may be required to travel outside of Edmonton for your practicum placement.

The first year of the program consists of lectures, labs and clinical simulations. The second year of the program consists of some lectures, labs and clinical simulation in advanced courses, as well as approximately 1200 hours of practicum.

You can expect to spend, on average:

• 28 hours per week attending classes over the course of a semester
• 15 to 20 hours per week studying and completing class assignments
• 40 hours per week on practicum

A comprehensive study of electrical principles and practices, this nationally accredited program deals with the operation of electrical and electronic equipment, specialized testing equipment and computer software. NAIT's Electrical Engineering Technology is a nationally accredited and internationally recognized program that provides a comprehensive study of electrical principles and practices. The program will provide graduates with the skills to perform entry-level roles in several industry disciplines, including power systems operation and protection, maintenance and commissioning, electrical machines, industrial and commercial design, power electronics, and programmable logic controllers (PLCs).

Technologists will also learn critical skills and experience in:

• The structure, operation, protection and control of electrical power generation, transmission and distribution systems and electrical motors
• The planning, design and specification of power, lighting, control and communication systems in buildings and industrial plants
• Control of plant systems and motors through the use and application of PLCs and variable-frequency drives (VFDs) and the application of communications technology linking these various plant systems
• Researching, writing and presenting technical reports

An electrical engineering technologist should possess an aptitude toward math and physics applications. In addition to electrical and technical abilities, the technologist relies upon good written and verbal communication skills and the ability to work within a team environment in a dynamic workplace.

To be successful, electrical engineering technologists need:

• Analytical skills
• Experience using recent technology
• Oral and written communication skills
• Ability to work in teams
• Basic electrical design
• Basic maintenance knowledge

Upon completion of the program, Electrical Engineering Technology graduates will have the ability to:

• Communicate and conduct themselves professionally in a workplace environment
• Identify safety hazards and implement safe work practices
• Create and interpret engineering design packages
• Analyze and troubleshoot electrical circuits and systems
• Perform entry-level field service activities
• Configure and test protection, control and communication devices and systems.

Collect, distribute, treat and manage our most valuable resource
Freshwater is the planet's most important resource. It's necessary to sustain life, cultivate food and generate power. Although 70% of the Earth's surface is covered by water, less than 1% of it is freshwater. This natural scarcity, coupled with an increasingly environmentally-conscious society, has created a strong demand for highly skilled, well-trained professionals in the field of water management.
The NAIT Water and Wastewater Technician program – the only such program in Alberta – is designed to provide you with the important skills necessary for a rewarding career in this growing industry.

Hands-on, industry-relevant skills
In this program, you'll be instructed in the fields of water treatment, water distribution, wastewater collection and wastewater treatment. You'll experience a combination of traditional classroom delivery, self-study and tutor-supported activities.
Hands-on training in labs will help you develop the skills to maintain and operate mechanical equipment, treat water and enter the workforce prepared and ready to go.

By the time you graduate, you'll have a better understanding of:

• Basic chemistry, math and electricity
• Water and wastewater treatment processes
• The operation and maintenance of water distribution and wastewater collection systems
• Hydraulics
• Blueprint reading

You want to learn the skills and knowledge of conventional machining operations to utilize drill presses, lathes, milling machines and various grinding machines, including using Computer Numerical Control (CNC) programming, set up and operation. You will also receive introductory CAD/CAM training, as well as inspection and quality control training.
Successful completion of this 1-year certificate can allow you to challenge the first year apprenticeship exam for the Machinist program.

What You Will Learn
Hands-on, industry-relevant training

• Graduates of the Computer Numerical Control (CNC) Machinist certificate are responsible for manufacturing components for the oil and gas, mining, forestry, construction and transportation industries. A CNC machinist will demonstrate trade specific skills in programming, setup and operation of computer controlled tools. Graduates will also perform competently when working with manual machine tools.
• Machinists are able to work efficiently on their own and/or in team environments where problem-solving skills, critical thinking skills and current knowledge of technological trends and quality practices are essential to daily work. A graduate with a CNC Machinist certificate may be given the opportunity to apprentice in the machinist trade. This program has both fall and winter intakes.

Is this program for you?
To be successful as a machinist, you must have:

• Good hand-working skills
• Good problem-solving capabilities
• Mechanical inclination
• An ability to work well with others
• Competence in math
• Mature attitudes towards learning and work
• During the first semester of the CNC Machinist certificate, you will receive training on manual machines such as engine lathes, milling machines, drill presses and grinders.
• In the second semester, you will receive training on the operation, set up and programming of CNC (computer numerical control) turning and milling centres.
• The final component is an 8-week  work placement, which gives you an opportunity to apply your skills and knowledge in an industrial setting by working in a machine shop.

Petroleum Engineering Technology is a two-year diploma program that prepares the graduate for employment in the upstream petroleum industry. The expanding oil sands development sector also provides tremendous opportunities for Petroleum Engineering Technology graduates.

The Petroleum Engineering Technology program was profiled in Project President, where NAIT President Dr. Glenn Feltham was shown how to start up and operate the pilot plant, which resembles a real-life natural gas sweetening plan, typical activities that students will do.

The Management program is for people who want to lead in business, industry, government and not-for-profit sectors. Students will benefit from our business case studies, industry guest speakers and in depth instruction.

Hands-on, industry-relevant skills:-
In your first year of the program, you will take 10 foundational courses that set you up with core business knowledge. In your second year of studies, you will take the required courses to get a specialized diploma in management.

This program develops you as a leader, whether in organizational management positions or key advisor roles. We will help you develop an understanding of modern business dynamics and organizational culture. We teach management skills including accounting, finance and marketing knowledge to foster decision-making in a competitive environment. Upon graduation, you will have the skills and knowledge required for entry to mid-level positions, which will open doors to senior-level management. 

Hands-on learning:-
We immerse students in a combination of classroom teaching, industry-relevant case work, simulations and networking. You will develop an understanding of modern business dynamics and learn to work well within culturally diverse organizations.

Diagnostic Medical Sonographers are highly trained, in-demand professionals who use ultrasounds to produce and record images of important organs, masses and fetal images. This hands-on accredited program will allow you the opportunity to participate in clinical rotations in major Alberta hospitals. You’ll receive training on industry-standard equipment and get the opportunity to learn on the same technology you’ll use in your practicum placement – and career.