Students learn to lean

A Saint John company’s need to improve its processes provided New Brunswick Community College (NBCC) Students with an excellent opportunity to improve their mechanical engineering skills.

Bourque Industrial, a company that does custom fabrication of carbon steel, stainless steel, nickel alloy and aluminum — both new parts and repairs — approached NBCC for help improving productivity and efficiency. The company’s systems hadn’t kept up with growth and expansion over a number of years. After discussions with Bourque’s CEO, engineering technology instructor Bill Chamberlain saw an opportunity to turn the company’s problems into applied research projects for mechanical engineering technology students at the college’s Saint John campus.

Two projects were developed to align with the competency requirements of the lean manufacturing course. The first project was to apply lean manufacturing techniques to Bourque’s fabrication shop to increase productivity while reducing the space used. The second project applied lean manufacturing techniques to Bourque’s project management.

The students worked directly with the company, with Chamberlain available as their technical advisor. He says the work adds value to what they’ve learned in the course: “It allows them to get a hands-on experience applying lean manufacturing techniques in a real-life situation.”

Bourque CEO Rick MacMichael called the projects a win-win situation “where the students get to apply their education to a real manufacturing situation and we receive the benefit of their lean manufacturing techniques, improving overall productivity in the shop.”

Industry: Manufacturing
Partner(s): Bourque Industrial
Funded by: National Research Council - Industrial Research Assistant Program

About New Brunswick Community College

With over 90 regular programs and six campuses across New Brunswick, New Brunswick Community College (NBCC) is a collaborative, learner-centred college – creatively contributing to... Learn more

Designing Mobile Software Systems That Help Cities and Residents Address Life-Critical Needs

Trying to get important information through your phone is tough enough — it’s even more awkward when it’s crammed onto your screen, because the web app has been inadequately downsized from a design for full-sized computers. But until recently that’s been the practice — design for desktops, then adapt. “Mobile first” technology flips that approach, intentionally designing for mobile devices.

Since 2013, New Brunswick Community College has been home to the inaugural Industrial Research Chair in Mobile-First Technology, held by Dr. William McIver Jr.  Funded by the Natural Sciences and Engineering Research Council, with matching funds from industry, the Mobile First Technology Initiative focuses on the unique technical and design issues of mobiles.

These two projects, funded by the National Research Council, were done in partnership with the City of Fredericton and local companies. In one, the Chair developed a software system for Kognitiv Spark, a company that develops apps for Microsoft HoloLens, mixing reality and geographic data. This project will streamline inspections of public infrastructure, by letting inspectors locate fire hydrants then visualize their status and maintenance history in the field. It uses a geospatial database system developed to support data management.

In the other project, the Chair worked with ReadyPass, the creator of a mobile app by the same name for public transit riders. The system that was developed gives both passengers and bus drivers real-time bus location and schedule information via web apps and services.

The Research Chair is also developing follow-on research projects with both companies and expects to collaborate with them again.

Funded by: Contributions to Organizations Agreement, Industrial Research Assistance Program (IRAP), National Research Council Canada

About New Brunswick Community College

With over 90 regular programs and six campuses across New Brunswick, New Brunswick Community College (NBCC) is a collaborative, learner-centred college – creatively contributing to... Learn more

Students add flare to a foodie favorite

Longshore Fisheries is a family-owned lobster fishery that employs most of the residents in Sonora, Nova Scotia — but it is just one of over 400 seafood processing companies in the Maritimes. The company experienced steady and gradual growth and over time expanded its building and added equipment, new products and services.

“The lobster industry is very competitive,” says Krysta Hanley, whose family set up the company in a shuttered clam plant. “We realized very quickly we need to have something that nobody else has.” The family-owned business realized it needed help to be innovative, so they approached the New Brunswick Community College’s applied research and innovation office looking for technical advice on how they could improve their product line.

Longshore Fisheries’ challenge first became an applied research assignment for culinary arts students doing an advanced food production course. As a lobster fishery, the company had plenty of lobster by-product and they believed that, with some innovative help, it could create value for the company. The culinary arts students investigated and tested value-added recipes to create new products for Longshore Fisheries using the lobster by-product. Then it was up to marketing students in business administration to develop marketing plans to set Longshore Fisheries’ new products apart.

The culinary arts students created eleven new products for Longshore Fisheries. The marketing students then developed and presented marketing plans based on the new value-added food products created by the culinary arts students. Now, the company has tangible new products they can bring to the marketplace and plans for how to do it, while the NBCC students have grown their skill sets through practical and applied learning with industry.

Funded by: National Research Council - Industrial Research Assistant Program

About New Brunswick Community College

With over 90 regular programs and six campuses across New Brunswick, New Brunswick Community College (NBCC) is a collaborative, learner-centred college – creatively contributing to... Learn more

Modelling and Mentoring Positive Social Skills for Girls

A casual chat among female students revealed many were on anti-anxiety medications. A class on techniques for leading group therapy led to multiple revelations of self-loathing. For college instructor Stephanie Ruckstuhl, those were messages too strong to ignore.

“Happens once, it’s a fluke, then a second time, and I thought, what are we doing to our girls?” said Ruckstuhl, a teacher in the practical nursing program at New Brunswick Community College in St. Andrew’s by the Sea. With those conversations fresh in her mind, the idea of intervening with young girls to develop positive social skills through role models and mentoring made a lot of sense.

With researchers Carla Dwyer from New Brunswick Community College and Chris Gilham from St. Francis Xavier University, Ruckstuhl obtained a Community and College Social Innovation Fund grant from the Social Sciences and Humanities Research Council.

“I started looking in to self-esteem, self-image” Ruckstuhl explained. “Research shows by the age of Grade 7, 50 per cent of girls have good self-esteem. By Grade 10, only 20 per cent of girls have good self-esteem.” It is in those years as well that bullying becomes a factor. A 2013 New Brunswick study on student wellness found bullying to be a much bigger problem among girls than boys. In it, 42 per cent of girls reported other students were spreading rumours about them, compared to 26 per cent of boys, and 46 per cent of girls said they had been called names or unkindly teased, compared to 37 per cent of boys.

It’s the result of what Ruckstuhl sees as the desire of girls in their early teens “to get rid of their good-girl image and being kind,” and at the core of the research. She and her colleagues want to know if “pro-social” role modelling and mentoring work to change attitudes among teen girls, and if so, how they might be integrated by educators and health professionals into their practice, and whether the model could be used elsewhere. Pro-social behaviour refers to the characteristics that help people fit in to the community — including critical thinking, knowing how to communicate, knowing how to build relationships and showing empathy.

The research project will start with testing to determine the most effective interventions to strengthen pro-social skills and increase self-esteem, and look at whether nursing students mentoring girls has any impact on improving their pro-social skills and self-esteem. Grade 7 girls in six schools will be given a baseline test for self-esteem. At the end of the project, when they are in grade 10, they will be tested again.

Evidence suggests youth-led initiatives work well in mental health so the project will create teams of second-year practical nursing students who have taken a mental health course. They will visit the six schools in the project over an eight-week period for workshop sessions where they will discuss strategies to build self-esteem and social skills.

About New Brunswick Community College

With over 90 regular programs and six campuses across New Brunswick, New Brunswick Community College (NBCC) is a collaborative, learner-centred college – creatively contributing to... Learn more

Atlantic Canada Biorefinery Conference

The Collège communautaire du Nouveau-Brunswick (CCNB) has focused on knowledge transfer and industry support to promote a prosperous bioeconomy in Atlantic Canada. In 2010 it obtained an Innovation Enhancement grant that led to the creation of its Biorefinery Technology Scale-up Centre. The centre gives college and university researchers as well as companies the opportunity to test their products and processes at a near-production scale.

The research team working at the Grand Falls campus of CCNB supports industry in its bioproduct promotion efforts. The team uses microbial fermentation, hydrolysis, bioseparation and chemical processes to produce value-added industrial bioproducts such as bioethanol, biogas, biodiesel and alcoholic beverages from forest, agricultural and marine biomasses and industrial and municipal wastes.

In partnership with two not-for-profit organizations – Springboard Atlantic Inc. and BioNB – CCNB has launched the Atlantic Canada Annual Biorefinery Conference. The conference has attracted more than hundred participants each year from private and public sectors. Industry visits, keynote speakers, student poster sessions and business-to-business meetings are crucial components of this event, providing opportunities to develop research collaborations and partnership agreements. Industry representatives, students and researchers get the chance to learn about existing or emerging technologies in the bio-processing sector, make new contacts and create new partnerships.

Brennan Sisk (CEO) of Mycodev Group Inc. (Fredericton, NB), a chitosan production company, sees great value in the conference. “The Atlantic Biorefinery conference provides Mycodev, an early stage biotech company, with a doorway to opportunities. Over the past three years, we’ve met academic and industry experts that have expanded our knowledge and network. As we embark into the market and expand our technology base, we are convinced that the friends made here will pay dividends in Mycodev’s success.”

Funded by: Innovation Enhancement (IE) Grant

About Collège communautaire du Nouveau-Brunswick

Fondé en 1973, le Collège communautaire du Nouveau-Brunswick (CCNB) offre près de 80 programmes de formation qui mènent directement au marché du travail. Grâce à... Learn more

Mobile First Technology

New Brunswick has a new hub of expertise in mobile technology thanks to the establishment of an Industrial Research Chair for Colleges in Mobile First Technology at New Brunswick Community College. Dr. Bill McIver, a former National Research Council expert and professor of computer sciences at University of New Brunswick, is responsible for conducting research and working collaboratively with partners in the information and communications technology sector to develop advanced mobile first technology.

“I’m interested in finding ways to apply mobile technology to critical problems that impact our lives and our livelihoods.” says Dr. McIver.

His work takes him around the college community to collaborate with researchers, students, and industry partners including GTECH. Dr. McIver has led a number of research initiatives that will prepare students and New Brunswick industry for the opportunities mobile technology offers.

The Chair has focused on developing regional facilities to support early stage innovation in mobile information and communication technologies by NBCC students and staff. The facilities are called the Mobile Ideaspaces. Mobile Ideaspaces were established on three of NBCC’s six campuses last year and are now being expanded to the remaining three campuses. The work done in these spaces will produce results that can be applied in many sectors, including healthcare, education, transportation, retail, resource development, and manufacturing.

The Mobile First initiative includes a mobile software engineering project, a residential energy efficiency project, a wellness prototype project, and a large-scale research project with partners from geofencing, game development, m-learning, and mobile data analytics. Dr. McIver is also developing research programs relating to intelligent communities and assistive technologies for seniors.

“In addition to having access to highly skilled instructors and students, NBCC is very flexible and can rapidly adapt to the needs of industry. This can be a benefit to all of the business community by helping to commercialize their product and service ideas in a very efficient manner.” says David Small, GTECH Director, Advanced Research and Innovation.

About New Brunswick Community College

With over 90 regular programs and six campuses across New Brunswick, New Brunswick Community College (NBCC) is a collaborative, learner-centred college – creatively contributing to... Learn more