Certificate in Steel Fabrication

at New Brunswick Community College - Saint John Campus Canada

Every child learns differently. And some need a little extra support to reach their full potential. Educational Assistants work with classroom teachers to help students overcome academic, physical, or behavioural challenges. Whether it’s assisting with lessons and assignments or providing emotional and behavioral support, education assistants help support an inclusive learning environment and ensure that no child is left behind.
 
In our Educational Support program, you'll learn how to implement universal design principles for learning to support an inclusive environment; and techniques, including conflict resolution, to help a varied group of learners meet their educational goals. You'll also learn how to work with teachers in the daily preparation and delivery of in-class learning. Modern classrooms thrive on diversity. If you are patient, compassionate, and inspired by the opportunity to ensure every student has the best educational experience possible, enroll today in the Educational Assistant program, and pursue a career where one of the greatest rewards is seeing children progress every day.

The one-year Applied Energy Management Graduate Certificate program is designed for graduates with an engineering degree or diploma to further their education and seek an opportunity for effective energy management in the commercial building industry. This program provides students with the knowledge and skills necessary for the growing workforce needs in energy management, energy auditing, innovation, entrepreneurship, and design and development of efficient new energy systems for a commercial building or facility.

The program offers a broad range of skill-based training in commercial building automation, efficient building operation, energy auditing, and energy management including solar energy. Students will learn to apply new energy-efficient technologies and innovative solutions to conservation, sustainability, and management of energy and efficiency for ventilation, heating and cooling, lighting, office equipment, and building automation and control systems in commercial buildings. Students will also learn how to perform energy assessments and cost-benefit analysis, work on energy management practices, and plan and create an energy solution for a commercial building. Through classroom theory and hands-on activities, students will learn how to apply those commercial building energy management concepts to an actual commercial building operation.

The Electrical and Electronics Engineering Technician certificate program is designed to provide students with the knowledge and practical skills required to work as a technician in the electrical and electronics fields. This program offers a broad range of skill-based training in fundamental areas such as math, physical science, electrical circuits, critical thinking, problem-solving, research, communication, and teamwork as well as technical skills such as installation, testing, operation, maintenance, analyzing and troubleshooting of electrical and electronic circuits, equipment and systems.

Throughout the program, students will learn and apply the knowledge and skills in a real, practical, and simulated environment through lectures, extensive hands-on activities, and individual or team projects.

Administrative professionals are valued members of the healthcare community. They are detail-oriented individuals who use their enhanced communication skills to work with patients and hospital staff. This program builds upon the core skills learned in the Administrative Professional program. You'll learn medical software systems as well as medical terminology, standards, and practices. Our training and workplace experience will also provide you with expert problem solving and interpersonal skills to get you job ready. Medical administrative professionals are in high demand as hospitals need support to manage workflow and boost business efficiency.

Electricity powers our homes, businesses, factories, and even our cars. Modern life doesn’t work very well without it. Electricians are the skilled tradespeople who ensure power gets safely from the source to the people and places that need it. And the people and places that need electricity are pretty much everywhere, which is why residential, commercial, and industrial electricians will always be in demand. With smart technology on the rise, trained electricians are value-added members of modern construction teams.
 
In the Electrical Construction program, you'll gain expertise in the design, installation, and operation of electrical systems. Following the Canadian Electrical Code and the National Building Code, you'll learn fundamental wiring practices, pipe threading and bending techniques, cable tray installation, and other necessary skills needed to start from diagrams and finish with a job done right.  When you graduate, you'll be ready to join the workforce as a registered apprentice in New Brunswick or another jurisdiction. If you're physically fit, have good hand-eye coordination, and enjoy working with tools and wiring, enroll today and pursue a career that's the perfect outlet for your talents.

Steel is one of the world’s ultimate building materials. And working with metal is one of the oldest and most important trades. Since the early days of metal working, skilled fabricators have played a huge role in our evolution. Today, the work they do still impacts almost every facet of our lives. Steel fabrication is a big industry where you can build big things from buildings to ships, bridges and more. If you have an eye for precision, strong math skills and manual dexterity, you have the raw materials to be a great steel fabricator.

Our program immerses you in every step of the fabrication process. You’ll learn how to cut, form, bend, assemble, erect and weld metals. You’ll work with metal fabrication tools, machinery and modern technology to master the skills that will make you a great addition to any fabrication team specializing in your area of interest. Enroll today to become a skilled professional who can literally shape how things come together in the world.

Electronics Engineering Technologists are always plugged in. They know how to diagnose and solve electronic system issues and develop best practices. You'll learn how to design, commission, test, operate, troubleshoot, and maintain and support electronic systems. During your second year, further specialization is available in communication systems and biomedical systems at our Saint John campus, and industrial controls at our Moncton campus. In this wired world, Electronics Engineering Technologists are never short on work.

Programmer Analysts are specialists in computer programming. They design and develop software systems and then learn how to apply them in a business-oriented environment. You’ll learn essential information technology skills and how to program for businesses. Upon graduation, we offer a work practicum at an employer's site. There's no speaking in code here - computer technology dominates industries. Programmer Analysts find meaningful work quickly in diverse fields, including: information technology, manufacturing, and education.

Heavy industry types all have a millwright on speed dial. If you’re ready to answer the call, our Industrial Mechanic program is for you. We introduce you to metal processing, basic welding and cutting, sheet metal work, machine shop practices, maintenance and troubleshooting. You will progress from simple hand and machine processes to more exacting operations such as machining, fitting and reassembly. The trade theory and practical work of this program are supported by instruction in trade-related mathematics, physics, communications, blueprint reading, shop safety and basic metallurgy.

Machinists are skilled craftspersons who use precision metal cutting and grinding machines to fabricate high quality parts. They understand the methods behind using a variety of tools to measure, cut, drill, form, shape, grind and finish metal, plastic or similar materials. You’ll learn how to produce parts based on engineered drawings and how to diagnose mechanical malfunctions. In a heightened world of industrial production, businesses rely on machinists to maximize overall performance and output.