Bachelor of Business Administration - Marketing Concentration

at Northern Alberta Institute of Technology (NAIT) Canada

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. 

The new Automotive Service Technology diploma is a unique opportunity to get the technical and career essential skills you need to succeed in the automotive industry. It can also serve as a pathway to apprenticeship.

This two-year diploma provides exposure to new trends and technologies. Once you complete the program, you will have the knowledge, skills and hands-on experience in dynamic shop environments to diagnose vehicle systems, and repair and maintain vehicles.

The diploma program offers a direct pathway into trades training at NAIT without having to first be a registered apprentice. After graduating, you will be eligible to enter the job market having all apprenticeship technical training completed.

What You Will Learn
Industry-approved training
A career in the automotive industry calls for an understanding of both technical knowledge and career essential skills.  Learning outcomes for this program include being able to:

• Identify safety hazards and comply with legislation
• Diagnose vehicle systems
• Repair and maintain vehicles
• Select and use tools and equipment for diagnosis and repair of vehicles
• Describe and discuss automotive systems and component operation
• Demonstrate written and verbal communication skills

NAIT's Construction Engineering Technology program will provide you with a broad knowledge of the management, estimating and technical aspects of construction, with a primary focus on commercial and residential buildings and related support industries.

You'll develop your drawing interpretation, detail sketching and site surveying skills. You'll also be shown the ins and outs of project planning, contract administration and sub-trade coordination so you can advance your career into site leadership and project management.

The Construction Engineering Technology program works with a program advisory committee made up of industry experts who ensure the program provides students with the knowledge and skills currently required by employers. The program is also accredited by the Canadian Construction Association Gold Seal Certification program and by the Association of Science and Engineering Technology Professionals of Alberta (ASET).

Environmental Monitoring & Assessment students investigate the impact of human activities on air, water, soil and vegetation, and gain a solid foundation in environmental sampling, assessment and laboratory skills. Students learn how to monitor and assess environmental quality, apply principles of quality assurance/quality control, manage waste, and reclaim and remediate land. Graduates may conduct environmental site assessments, collect samples from surface and ground water, air, soil and waste, or analyze samples for pollutants in an environmental lab. They work with industry, consultants or government on land and water remediation and reclamation, and investigate environmental issues for various research groups.

Hands-on, industry-relevant skills
During the first semester, you'll acquire skills and knowledge in the general sciences of biology and chemistry, communications, ethics, botany, zoology, genetics, and lab techniques and calculations.

You'll then be trained in the following areas
Field Skills:

• Perform field analysis of soil, vegetation and water quality
• Monitor air pollutants
• Collect environmental samples from air, water, soil, plants and waste for further lab analysis
• Conduct environmental site assessments – ESA (Phase I - III)
• Maintain and calibrate field equipment for environmental sampling

Additional Skills:

• Design and manage group-based projects
• Measure effects of pollutants on the environment by studying toxicology
• Use current solid and hazardous waste treatment technologies and monitoring systems
• Use legislation and standards related to environmental issues
• Employ pollution prevention and pollution control technologies
• Use quality assurance and quality control (QA/QC) principles to obtain accurate data
• Generate and keep detailed log books
• Compile and manage data using MS Office
• Write reports, perform literature reviews, and prepare and give presentations

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.

In this comprehensive diploma program, students study thermodynamics, electricity and electronics, and refrigeration and air conditioning. Students also gain skills in mechanical drafting, blueprint reading, technical mathematics and physics. Industrial development continues to result in the expansion of work responsibilities for Power Engineers. Provincial Legislation requires the certification of employees before they assume responsibilities in heating and power plants. There are five certificate levels: 5th Class, 4th Class, 3rd Class, 2nd Class and 1st Class.

NAIT's Power Engineering Technology Diploma (two year) program will be delivering curriculum to prepare the student to write the 4th Class, 3rd Class and three of the six papers for 2nd Class ABSA Administered Provincial Examinations. ABSA Regulations dictate a 100% Attendance Policy that is in place.

The Power Engineering Technology (2 Year Diploma) program prepares students for progression through the 4th Class, 3rd Class and 2nd Class - Part A ABSA levels by providing both theoretical and practical training. The intent of the program is to prepare graduates to make both safety and efficiency a priority on the job. Students must pass all courses and attend a minimum of 80% of the theory classes, 100% of the labs and 100% of the plant practicum to successfully complete the program.

The work responsibilities of Power Engineers increases in complexity according to the level of ABSA Certification. Typically, the work includes:

assisting in the operation and maintenance of boilers, pumps, compressors, fans, turbines, refrigeration units, heating systems and other related equipment
working as a shift engineer coordinating the operational and maintenance activities of assistant engineers engaged in the constant control and surveillance of power plant equipment

The Nanosystems Engineering Technology program is the only program of its kind in Canada. In it, you will be exposed to face-to-face, hands-on learning in our labs including in our specialized cleanroom facility.

In the program, you will learn about the fabrication and evaluation of micro- and nanomaterials and devices commonly used in a wide range of industries, such as health care, smart devices, and energy production and storage. You’ll learn how to operate systems and equipment used by nanotech researchers and manufacturing companies, such as the scanning electron microscope (SEM), which is used to obtain images of objects at the nanometre scale.

If you are seeking a multidisciplinary career in science and technology, this program will appeal to you. Nanosystems offers a growing number of high-tech and non-traditional career paths that will constantly challenge you with new and complex problems to solve.

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.

Computers play role in every segment of modern society. Growing demand and advances in miniature, solid-state microprocessor technology have sparked the development of smaller, less expensive and more powerful computers, and increased the need for well-trained technical personnel.
In the 2-year Computer Engineering Technology diploma program, you'll design, build and program computers, gain skills in the hardware and software aspects of microcomputers and their applications, and receive extensive hands-on training.

Hands-on, industry-relevant skills
In Computer Engineering Technology, you'll be trained in both computer hardware and software, including concepts related to computer architecture fundamentals, industrial electronics and embedded controllers using analog and digital integration. You'll become fluent in the assembly language programming of micro-controllers, advanced programming languages such as C#, Windows application development, database concepts and dynamic web development.
Our hands-on learning environment and industry focus will provide you with the skills and knowledge you'll need to secure a rewarding career as a computer engineering technologist.

In this program, you'll learn about:

• Computer programming, including C#, SQL, HTML5+, CSS3, PHP5, ASP.NET, JavaScript, AJAX, jQuery and ladder logic on PLCs to monitor and control industrial equipment
• System analysis and design
• Electronic circuit design, implementation, debugging, simulation and measurement
• Embedded system implementation
• Interfacing sensors, actuators and other electronic device to computer platforms
• Hardware design and interfacing
• Analytical thinking and problem-solving skills
• Oral and written communication skills
• Interpersonal and teamwork skills
• Time management and other professional skills

Co-op option
This program has a co-op option that will be available to you once you've completed at least 2 academic terms. This hands-on work expereince will provide career development training, enabling you to build advanced job readiness skills.

Respiratory Therapists are dedicated to the diagnosis, treatment, rehabilitation and education of patients with heart and lung disorders. As a Respiratory Therapist, you’ll work with patients of all ages, from infants and children to adults and geriatrics. The Respiratory Therapist is a crucial life-saving and life-supporting professional, and as a NAIT graduate you’ll be well equipped to work in a wide variety of hospital and health care settings.

What You Will Learn
Hands-on, industry-relevant training
Learn to plan and implement diagnostic procedures for patients suffering from a wide range of heart and lung disorders. This 3-year diploma program will feature simulation experience, with classroom and lab instruction, combined with clinical rotations in various hospital settings. The program features hands-on training in areas such as:

• Human anatomy, physiology, pharmacology and pathophysiology
• Airway management and cardiopulmonary testing, monitoring and resuscitation
• Assessment of cardio-respiratory patient status; ventilator support; testing and evaluation of respiratory equipment

You can expect to spend, on average:

• 27 hours per week attending classes over the course of a semester.
• 10 to 15 hours per week studying and completing class assignments.
• Upon successful completion of the RET program the graduate is eligible to challenge the Canadian Board for Respiratory Care (CBRC) entry-to-practice certification examination to become a registered respiratory therapist.
• In order to practice as a Respiratory Therapist in the province of Alberta, technologists are required to be registered with the College and Association of Respiratory Therapists of Alberta to obtain a license to practice.