91̽»¨

Program Overview

New Brunswick has a strong manufacturing base. Mastering the advanced technology and techniques used to make things will make you a valuable asset in any manufacturing environment. If you already have a diploma in engineering technology, maybe it’s time to make your next move. Advanced manufacturing methods will give you the tools to take ideas from plans through production and quality assurance to finished products.
 
In our Applied Manufacturing Methods program, you’ll gain a broad range of knowledge in all aspects of manufacturing processes, including design, computer modelling, 3D printing, reverse engineering, quality control and quality assurance, continuous improvement methodologies, and safety practices and procedures. You’ll graduate with the communication, computer, critical thinking and problem solving skills to support the manufacturing activities of an organization. As manufacturing technology advances, you can be on the leading-edge of engineering new solutions. Enroll today, learn the technology, push design boundaries, and produce amazing things.

Career Possibilities

In manufacturing, continually improving operations makes all the difference. One of the most attractive aspects of our field is the breadth of industries where you can find opportunities. From aerospace to food and beverage, high-tech to pulp and paper, there are countless paths for work today and future career growth. With a well-rounded knowledge of the entire manufacturing process from start to finish, our graduates find themselves working in all stages of the manufacturing process.

Typical roles include design managers and product engineers who develop new products and prototypes, mechanical and manufacturing technologists who specialize in the manufacturing process and machinery/systems, facilities managers who manage facility operations, and QA managers who ensure whatever is produced is up to quality standards. These are leading-edge careers where 91̽»¨ graduates can make salaries in excess of $65,000, all while making some really cool things.

Specific Considerations

The work duties may include designing, drafting and fabricating machine parts, computer modelling, 3D printing, 3D scanning, developing production methods and processes, as well as contributing to quality assurance and quality control, safety and production requirements.

Technologists and technicians of mechanical engineering and industrial engineering and manufacturing need the following qualities:
   • capability to visualize 3-D objects
   • ability to detail a project from two-dimensional drawings
   • ability to perform with defined detail and within narrow tolerances
   • good analytical and problem-solving skills
   • good sketching and drawing skills
   • ability to solve problems by application of theories conducting tests with a methodical approach
   • good mathematical skills
   • effective communication skills
   • capable of working independently or as part of a team when required

Local campuses can provide information on courses that are the prerequisites for technology programs at New Brunswick Community College. Many universities give credits for courses completed in this program; however, assessment is normally completed on an individual basis.

Technology Requirements
91̽»¨ is a connected learning environment. All programs require a minimum specification, including access to the internet and a laptop. Your computer should meet your program technology requirements to ensure the software required for your program operates effectively. Free wifi is provided on all campuses.