Diploma in Personal Fitness Trainer

at Northern Alberta Institute of Technology (NAIT) Canada

Medical Radiologic Technology is the art and science of correctly positioning the patient and X-ray equipment to produce and record images for the purpose of visualizing the extent of disease or injury to a patient. The majority of X-ray examinations are performed in the Diagnostic Imaging Department; however, they are also carried out in the operating room, in the emergency department, on wards and in specialized intensive care units.

The Medical Radiologic Technology program teaches students how to perform X-rays, including evaluating the diagnostic quality of images, patient care and quality control. Students also gain expert knowledge in radiation safety and protection practices. Many of the radiographic examinations and procedures involve working alongside physicians, other technologists, nurses and non-medical personnel.
 

The Bachelor of Business Administration (BBA) with Marketing emphasis prepares students to lead organizations in making decisions on corporate branding, public relations, sales, supply chain management and advertising in an immersive environment of critical thinking. The BBA degree with Marketing emphasis focuses on teaching consumer research, measurable strategies and strong communications skills. The goal is to develop your ability for strong analytical processes critical to the operation of business. Marketing emphasis students are led through business cases of ethics, consumer behaviour and sales management. These scenarios will help you understand the decision-making processes of business and think about the many factors that affect marketing campaigns and projects. All marketing-related courses have prerequisites, so it is important to carefully plan the order your studies. Students taking the BBA with a Marketing emphasis can expect to integrate their knowledge of marketing to support different organizational and multi-disciplinary goals in Canadian and international organizations.

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!

The Geomatics Engineering Technology program provides training in the collection, analysis, storage, distribution and application of spatial and three-dimensional data used in land development. The economic growth of any country involves the development of natural resources, construction of large public works projects and the expansion of urban centres. This growth requires trained personnel to:

• Locate and map physical features on the land
• Determine property boundaries for property titles
• Perform surveys to locate and build transportation systems

Lay out large industrial complexes such as refineries, dam sites, power, pipelines, and surface and underground mining operations
The Geomatics Engineering Technology program emphasizes the use of new technologies for data collection, including electronic equipment for measuring, earth circling satellites for positioning and computers for processing data and generating plans for use in a wide variety of professional disciplines.

The Combined Laboratory and X-Ray Technology program is unique in that students are trained in both the medical laboratory and x-ray disciplines, practicing predominantly in rural communities. On completion of their training, graduates are able to perform general medical laboratory procedures, general diagnostic radiographic procedures, and electrocardiograms. Students also receive training on information systems and technology in the medical laboratory and diagnostic imaging departments.

What You Will Learn
Hands-on, industry-relevant training
Students attend classes full-time at NAIT for a total of 2 years where they will learn and practice the skills required to be a registered CLXT.

Year 1 of the Combined Laboratory and X-Ray Technology program begins every September and consists of 38 weeks of lectures and hands-on labs that align with current industry standards. This includes two 15-week semesters, and one 8-week intersession located at the NAIT Main Campus.

Upon completion of year 1, the student progresses to an affiliated rural clinical site to complete 40 weeks of Work Integrated Learning (WIL). Students will train alongside technologists where they will apply the knowledge learned in year one and continue to develop their critical thinking and professionalism skills while providing high quality patient care. Scheduled shifts during clinical training will include evenings, nights and weekend days.

Individuals will work alone or alongside physicians, other technologists, nurses and non-medical personnel. The ability to work independently and/or closely with others are important requirements for an effective Combined Lab and X-Ray technologist.

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.

As an Information Technology (IT) System Administrator, you could be responsible for implementing and maintaining data infrastructure and providing IT solutions that deliver value to an organization.

This program will show you what you need to know in order to get started in this highly sought after profession.

What You Will Learn
Hands-on, industry-relevant skills
In the IT System Administrator area of emphasis, you will learn how to plan, install, upgrade and configure computer operating systems along with essential software applications and services, including:

• Vital data network services (DHCP, DNS and Active Directory Services)
• Virus and patch-management services
• Web, SharePoint, deployment and remote desktop servers

These courses will teach you how to identify requirements for data network infrastructure services based on functionality, resource utilization, capacity and growth, security, ease of use and maintenance activities. You will also learn how to specify, order, install and connect hardware based on those requirements.

You will leave this program with the skills necessary to determine and document software, roles, features, settings and parameters required to maintain a reliable and manageable IT environment.

Co-op Opportunities
As a result of DMIT's close connection with industry, various co-op opportunities exist for students in the DMIT program. Many companies offer our students paid co-op positions that provide direct experience in specific areas of study. Co-op is also seen as a staffing strategy for many organizations.

As a registered medical laboratory technologist, you will assist in the diagnosis, treatment and prevention of disease. In this program the focus will be on the analysis of human blood and body fluids for microorganisms and cellular and chemical components. Compatibility testing of blood and blood products, plus preparation of tissue samples for microscopic examination.

What You Will Learn
Hands-on, industry-relevant training
Medical Laboratory Technology focuses on the analysis of human blood, body fluids and tissues, with students learning a variety of skills to become entry level professionals. This program includes general laboratory related courses with progression to discipline specific courses in Microbiology, Transfusion Science, Hematology, Clinical Chemistry, and Histotechnology.  Goals of the program include the following:

• Teaching students how to provide quality patient care by being introduced to:
  • How to work safely in a level II containment laboratory
  • How to collect and process specimens for analysis
  • How to analyze, interpret & report quality laboratory results
  • How to think critically and how to communicate and collaborate inter-professionally
• Teaching students the professional responsibility of a registered MLT, including scope of practice, ethics, accountability, and professional development.
• Preparing students for clinical training by providing theoretical knowledge and hands-on experiences
• Preparing students for the CSMLS national certification exam

The MLT program is divided into two phases where students will learn and practice the skills required to be a registered MLT 

Phase I of the Medical Laboratory Technology program begins every September and consists of 49 weeks of classroom instruction with related practical laboratory sessions on NAIT Main Campus. This includes (two) 15-week semesters, (one) 4-week intersession, followed by one additional 15-week semester.

Phase II consists of 38 weeks of Work Integrated Learning (WIL) at one of three affiliated training sites in Edmonton, Grande Prairie or Red Deer. WIL provides practical experience in a variety of clinical settings. Emphasis is placed on practical application of concepts studied at NAIT and on development of organizational, critical thinking, and professionalism skills.

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.

Have you already earned an IT-related diploma? You’ve configured, overcome challenges and provided solutions, you know how to make IT work, and are now ready to learn why IT works. You want to design and integrate complex network solutions. The BAIST program will provide the skills and knowledge to take you to the next level. BAIST – Designing IT!”

What You Will Learn
Network Management Major
This major involves highly specialized preparation geared toward managing the planning, installation and operations of computer networks in very large enterprises.  After graduation, you will be prepared for career opportunities as a network manager, network engineer or network administrator.

In this major you  will learn to:

• Use network operating systems, management tools and protocol analysis tools
• Design, analyze and manage networks, LANs and WANs
• Manage advanced server configuration, network LAN and advanced WAN protocols, and network hardware resources
• Provide network client support, and monitor and optimize network performance

The BBA with Entrepreneurship and Innovation emphasis will help you grow your entrepreneurial mindset and develop skills that are essential to transform business. You'll be led through business ventures from the ground up, focusing on how to create financially, ethically and environmentally sustainable solutions in the marketplace. You'll have the ability to collaborate creatively, apply logic to problems, and complex inductive reasoning in an immersive setting. All entrepreneurship and innovation related courses have prerequisites, so it is important to carefully plan the order of studies.