Certificate in Primary Care Paramedic

at Northern Alberta Institute of Technology (NAIT) Canada

The Advanced Welding Technology diploma goes beyond the Alberta Welder Apprenticeship training. It combines advanced technical knowledge, welding skills, and exposure to modern technologies to give a graduate the competitive edge into a career in welding. From skills in fabrication to product innovation and inspection methods, you will gain foundational skills that are in-demand by industry. This two-year program is a direct pathway into apprenticeship trades training at NAIT without having to first be a registered apprentice. In addition, it teaches the knowledge required to be a leader in the industry.

Thanks to the growth of environmental industries, ongoing infrastructure repair and the increasing rate of retirement among existing welders, there are many career paths in this industry for graduates to explore!

What you will learn
Industry-approved training
Students will not only master welding skills but be exposed to technologies that emerge in the welding industry. A student will also learn career essential skills that are in high demand by industry employers. Learning outcomes for this program include being able to:

• Identify safety hazards and comply with legislation
• Operate and maintain welding equipment. To perform welds using processes such as shielded metal arc, gas tungsten, and wire feed processes including gas metal arc, flux core, and metal core
• Perform various thermal cutting processes
• Demonstrate and analyze product creation and efficiencies
• Identify and describe metals and their properties
• Demonstrate effective written and verbal communications skills appropriate for the industry

In finance, you'll need to investigate trends and become a detective of business and money management. You will be immersed in one of the most dynamic areas of business, which includes the analysis of economic factors, the world of stock trading and corporate investing.

In our 2-year diploma program, you will learn the elements of sound financial management while gaining networking opportunities and practical, hands-on experience in finance.?

Dig into a creative field that uses numbers and analysis to provide solutions to real business challenges.

What You Will Learn
Hands-on, industry-relevant skills
In your first year of the program, you will take 10 common courses with other business students, in order to gain foundational core business knowledge. In the second year of studies, you’ll take the required courses to get a specialized finance diploma upon graduation. 

Our accredited finance program focuses on business case studies, securities, banking, corporate fiscal management and more, through a practical and hands-on educational experience.

Our accredited finance program focuses on: 

• money and credit 
• financial planning 
• investment management 
• wealth building 
• ethical and social responsibility 

The Forest Technology program provides technologists with skills that allow them to plan and carry out resource management activities without compromising environmental sustainability. The art, science and practice of managing forests and related resources (also known as forestry) is a rapidly intensifying technical field. Forest ecosystems are one of the most important components of our biosphere, which is why this scientific field has emerged as a vital component to solving the environmental challenges we face today. The Forest Technology program is designed to train technologists with skill sets that allow them to plan and carry out resource management activities without compromising the integrity or sustainability of the ecosystems in which they practice.

Forest technologists typically find employment with industry, government agencies, consulting firms, conservation groups and private landowners. The positions typically involve a mixture of work in both the forest and the office. We recommend all applicants have a thorough knowledge of what employment in the forestry industry entails before applying to this program.

Students in NAIT's renowned Culinary Arts program are introduced to the fundamental skills of cooking with an emphasis on safe food handling, sanitation and nutrition. These skills are enhanced by hands-on participation in advanced cooking practices including contemporary hot and cold presentation, pastry art and international cuisine.

The NAIT Culinary Arts program provides students with relevant, high-quality culinary training. Our grads are in demand for a variety of career opportunities in leading hotels, restaurants and catering facilities. Our students get real-world experience through

• Hands-on training in the state-of-the-art Hokanson Centre for Culinary Arts
• Preparing the dishes served in Ernest's, NAIT's acclaimed fine dining restaurant
• Participating in work experience placements

Culinary Arts students also have the opportunity to join Culinary Team NAIT, which competes in regional, national and international culinary competitions.

Chef in Residence Program
The Department of Culinary Arts and Professional Food Studies' unique Chef in Residence program provides students with the rare opportunity to learn first-hand from some of the best chefs in the world. This ongoing program will bring culinary authorities from around the world to NAIT to share their insights and expertise with students and faculty. The goal of the Chef in Residence program is to expose students to innovative cooking techniques and diverse culinary trends and styles.

Learn more about the Chef in Residence program

The healthcare industry continues to see a rapid increase in the usage of advanced medical diagnostic and therapeutic equipment to provide the highest level of patient care possible. As our dependence on high-tech equipment and technical expertise required by medical professionals increases, so have the technology-related risks to patients and clinical staff.

Biomedical engineering technologist careers have evolved to help manage technology-related risks in the health-care industry through the entire lifecycle of medical devices, including specification, inspection, calibration, repair and maintenance, and technical troubleshooting.

The Biomedical Engineering Technology program will provide you with fundamental knowledge and hands-on experience with electronics, microcontroller applications, computer network systems and medical imaging systems. You'll also become familiar with medical laboratory practices, anatomy, physiology and health technology management.

What You Will Learn
Hands-on, industry-relevant training
The Biomedical Engineering Technology program will provide you with the skills of an electronic technologist with a specialized focus on biomedical equipment technology.
In your first year of study you will learn about electronics, microcontroller programming, math and computer systems. 

• Biomedical instrumentation
• X-ray and diagnostic imaging equipment
• Medical laboratory instrumentation

Supplementary courses in anatomy and physiology and medical equipment management complete the medical specialization.

Co-op
Students may be eligible to participate in a one semester co-op placement between their first and second year of training. Successful co-op students work in a program related, industry position and gain advanced job-readiness skills. Acceptance into co-op requires successful completion of first term coursework with a GPA of 2.3. 

Denturists are dental health professionals who specialize in the field of removable oral prostheses (dentures). Denturists work in partnership with other health professionals to deliver comprehensive treatment.

The Denturist Technology program offers a challenging career for those individuals interested in providing direct patient care in oral health services. The program is designed to provide students with the theoretical, technical and clinical experiences required to assess, diagnose, design, fabricate and insert both complete and partial removable dentures.
This three-year program prepares students to assess, diagnose, design, fabricate, insert complete and partial dentures and provide effective communication with patients regarding treatment options and care. An extensive clinical practicum makes up Year 3.

NAIT’s Geoscience Technology program provides students with a diverse education and hands on training in the field of earth sciences. From resource exploration to environmental remediation, graduates use their knowledge of geology, hydrogeology, geophysics, geochemistry and other geosciences to inform major decisions across broad spectrum of industries.

As a graduate of the Geoscience Technology program, you will be trained to make professional contributions to the environmental, energy and mining sectors.

Hands-on, industry-relevant skills
In addition to lectures and labs, the program has a two one-week Field Schools. One is located in the foothills of the Canadian Rockies mapping geological outcrops and the other is on campus using a suite of groundwater monitoring wells, where students are trained in groundwater monitoring and sample collection. These activities allow students to better understand the how and why of classroom theory, as well as collect field data for classroom analysis.

You’ll participate in a wide range of activities, including:

• Researching, interpreting and mapping geology of a given area
• Identifying common rocks, minerals, glacial deposits
• Using software applications used in the field
• Performing basic topographic, geophysical, geochemical, and geological surveys
• Conducting environmental site assessments
• Creating conceptual site models for remediating contaminated sites
• Evaluating natural resources for production and extraction

On average you can expect to spend:

• 28 hours per week attending classes and labs over the course of a semester
• 10 to 20 hours per week studying and completing class assignments

The Electrical Installations Technology diploma is your pathway to apprenticeship, and a unique opportunity to get the technical and career essential skills you need to succeed in the electrical industry.

The program focuses on theory and hands-on training required for the installation, repair and maintenance of electrical systems in residential, commercial and industrial environments. This program also teaches career essential skills such as communication, professionalism and collaboration, which will help you pursue a career in the Electrical Installations Technology field.

The Electrical Installations Technology diploma offers a direct pathway into trades training at NAIT without having to first be a registered apprentice.

Industry-approved training
A career in the electrical industry calls for an understanding of both technical knowledge and career essential skills. Learning outcomes for this program include:

• Understanding of industry standards, legislation, policies and practices
• Ability to:
  • Identify safety hazards
  • Explain, discuss and apply electrical theory and mathematics
  • Install, analyze and maintain rotating, static and solid-state electrical equipment and controls
  • Design, interpret and convert drawings and schematic diagrams for electrical installations
  • Communicate effectively using written, verbal and graphical means
  • Navigate, interpret and apply applicable sections of the Canadian Electrical Code Part 1 for electrical installations

The program content and structure aligns with Alberta Credential Framework expectations. This 2-year diploma program provides you with immediate opportunities for employment in the field of electrical installation. After completing the program, you will be eligible to enter into an apprenticeship and complete apprenticeship hours to receive a journeyperson’s certificate.

NAIT's Bachelor of Technology degree is the only program of its kind in Alberta and one of just a few similar programs in Canada. If you've graduated with a recognized 2-year technology diploma, the BTech program offers the opportunity to earn a baccalaureate degree with 2 additional years of study.

The BTech degree has been developed to help you bridge the gap between the job you started as a technologist and a career in management. We've received industry demand for leading-edge technologists who have the technical theory, innovative skills, and ethical and social awareness required for sustainable industry. We have also been challenged to prepare critical-thinking practitioners who are able to address technological challenges in today's economy.

What You Will Learn
Hands-on, industry-relevant skills
In the Bachelor of Technology (BTech) program, you'll build on your strong technical background, adding leadership and critical-thinking skills you'll need to take on management and supervisory roles. You'll gain a global perspective, focusing on social, economic and environmental issues.

You'll also develop skills in:

• Innovation, transition and change management
• Effective multi-media communications
• Planning and strategy development
• Staffing and supervision
• Critical thinking and problem-solving

Cybersecurity is essential to protecting organizations, networks, applications and users from a world of online threats. You will gain advanced operational skills and security strategies to defend against attacks and manage risk. You will also learn about the technical, legal and political issues regarding cybersecurity.

What You Will Learn
Advanced cybersecurity skills
The Cybersecurity post-diploma certificate will establish you as a leader with essential skills in a high-demand field.

Through the course of this 10-course program, you can expect to learn how to:

• Operate cybersecurity services and defend against existing and emerging threats targeting organizations and their assets
• Adapt and align information security strategies to an organization’s goals
• Manage cybersecurity governance programs that meet organizational, regulatory and industry standards
• Demonstrate leadership through critical thinking, communication, ethics and ongoing professional development that supports an organization’s cybersecurity
• Interpret and apply cyber risk management at operational and strategic levels
• Apply forensic principles to investigate security incidents
• Use penetration testing techniques to simulate a cyber threat and identify vulnerabilities