Diploma in Geoscience Technology

at Northern Alberta Institute of Technology (NAIT) Canada

NAIT's Radio and Television programs are 2 distinct, yet interrelated full-time diploma programs. Each of these dynamic 2-year programs takes a non-traditional approach to teaching that will provide you with learning opportunities through hands-on experiences.

Undertake the typical job functions found in radio and television stations by acting as the staff for NAIT's campus radio station (NR92) and television newsroom (NAIT NewsWatch). Using industry standard digital equipment and labs, and while working in modern studios, you'll hone written, technical, communicative and production competencies.

Our instructors are highly-qualified professionals with years of industry experience and our program is well-recognized across the country. If you flip on your TV or radio at any given time, you're likely to see or hear NAIT alumni working across North America.

Mix creativity, strategic sales and business insight and you’ll get marketing as a result. Marketing requires imagination, keen knowledge of one’s audience and the ability to position products and services against the competition.

In NAIT’s marketing program, you’ll work on practical, hands-on assignments for real-world clients. After completion of our core business courses, you’ll be able to choose 2 electives from a list of 5 course options.

Our 2-year diploma program has been developed in consultation with industry partners and will immerse you in dynamic group-work on real world projects with real clients.

Pursue a field in marketing where ideas are king, and every day is different.

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 marketing diploma upon graduation.

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

In the Millwork and Carpentry program, you will gain hands-on skills in the design and construction of wood structures, cabinets, shelving units and furniture. This certificate program will explore the two traditional woodworking trades of Cabinetmaker and Carpenter, with an emphasis on tools and safety.

Students specialize in either the cabinetmaking or carpentry stream. Each stream emphasizes materials and techniques relevant to that trade specialization.

The Cabinetmaking stream (Millwork), introduces students to construction of both upper and lower casework, complete with doors, drawer, mouldings, hardware and exposure to a variety of different materials used in the trade.

The Carpentry stream provides an introduction to residential home construction in foundations, framing and finishing carpentry.experience related to their stream.

What You Will Learn
Hands-on, industry-relevant training
Successful Millwork and Carpentry certificate graduates display the following attributes.

• Safety conscious
• Work well with tools
• Work well within a team environment
• The ability to stand, crouch and kneel for long periods of time
• Manual dexterity
• The ability to lift heavy loads
• The ability to solve arithmetic problems accurately
• A positive and professional learning attitude, with an interest in woodworking

Interior Design Technologists translate designs concepts into technical drawings that ultimately result in the creation of the built environment.

In this program, you will learn the relationships between functional, technical and aesthetic elements in interior environments. You will be trained in products and materials, construction methods, building services and more. Most drawings will be completed on the computer but you will also learn free-hand sketching techniques to create construction drawings, floor plans and more.

If you have an interest in drawing, an aptitude for three dimensional thinking or a strong desire to learn how things are constructed this is the program for you.

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.

You are curious about technology and its endless possibilities. You like to challenge yourself to find a solution to a problem. You want to be the go-to desktop or server support guru for technical advice. You are fascinated by cloud computing and how it works. This is a great way to jump into the field of technology because you’ll learn how to support secure servers and network infrastructures using on premise and cloud technologies. Come and join the dynamic and exciting field of technology! CNA – Supporting IT!

Hands-on, industry-relevant skills:

The Computer Network Administrator (CNA) program provides students with the fundamental knowledge and hands-on technical skills required to be successful in today’s information technology world. The CNA program teaches students foundational technology skills, core knowledge areas, and strategies for being successful. Students get specialized training with up-to-date applied technology.  

Through the course of the program, you can expect to learn:

• PC fundamentals
• Microsoft Windows server and client operations
• Linux server and client operations
• Virtualization
• Cloud computing
• Scripting and automation
• Network infrastructure
• Troubleshooting
• Assessing and supporting end user needs
• Supporting basic security policies and practices
• Working effectively and ethically as an individual or member of a team

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 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.

In the Computer Software Development emphasis, you will learn how to design and implement scalable software application solutions, including how to develop, test, document, deploy and support your software.

What You Will Learn
Hands-on, industry-relevant skills
The Computer Software Development area of emphasis (formerly Application Development) teaches you to design and implement scalable application solutions, including developing, testing, documentation, deployment and support. You will also learn how to design, create and maintain databases for use in various applications.

The courses in this area of emphasis include instruction in various programming languages and tools to support software development, including Oracle, C#, Java, SQL, .NET, JavaScript and PHP.

These courses will show you how to:

• Write, test, debug, implement and maintain computer software programs
• Design, create, and maintain databases utilizing industry best practices, including Structured Query Language (SQL)
• Develop web applications
• Generate system deliverables using various System Development Life Cycle (SDLC) methodologies
• Develop native iOS applications
• Develop native Android applications

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.

Technology like computers, robots, lasers, fibre optics, artificial intelligence and satellite communications all use microelectronic technology.

In this program, you will gain the ability to solve technical and scientific problems with these and other technologies, while learning principles of electricity, embedded systems, communications, industrial electronics and problem solving skills. You'll also learn fault and failure isolation (troubleshooting) skills that are applicable to the immediate needs of employers.

The program emphasizes practical skills and state-of-the-art applications to ensure immediate applicability to the needs of industry.

Hands-on, industry relevant skills:-
Through an emphasis on practical skills that you can take straight to industry, the Electronics Engineering Technology will help you gain a comprehensive understanding of the principles of electricity, microcontrollers, communications, control systems and industrial electronics. You'll be given the opportunity to design and develop complex electronic systems and find solutions to real-world problems. 

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