Premier Greg Selinger today announced the province will invest $1 million for the development of an all-electric transit bus and charging system, and $100,000 for the creation of an electric-vehicle learning and demonstration centre at Red River College, two of several initiatives under Manitoba’s Electric Vehicle Road Map.
“This is exciting. We are working together to develop an entirely electric bus to get families around in cities all over North America,” said Selinger. “We’re also creating opportunities for young people right here in the province to become leaders in developing and building clean, electric vehicles and helping cut greenhouse-gas emissions.”
The $3-million, three-year project brings Mitsubishi Heavy Industries, New Flyer Industries, Manitoba Hydro, Red River College and the province together. The bus development will be completed within one year and tested in Manitoba for two more years, the premier said. Project development will be focused at Red River College and New Flyer Industries’ Winnipeg facilities.
The electric-bus development will benefit from New Flyer’s experience in building hybrid and hydrogen fuel-cell buses, Mitsubishi’s leading-edge lithium-ion battery technologies, Manitoba Hydro’s grid-management knowledge and Red River College’s instructors and students who can assist in solving the technological challenges coming from the project.
“It is our great pleasure to take part in this important project in Manitoba,” said Ichiro Fukue, senior vice-president, Mitsubishi. “It is also a great honour for us that our state-of-the-art lithium-ion battery technology has been selected and can contribute to a cleaner life for Manitoba people. Our challenge to develop cleaner and sustainable energy in Manitoba has just started from here today. We hope that this joint demonstration of the electric bus is the only a beginning of a long and strong relationship between Manitoba and Mitsubishi.”
“This is very positive news for vehicle technology in Manitoba. It is great to see our government being progressive and embracing this technology,” said New Flyer president and CEO Paul Soubry. “All-electric buses are an emerging need in the heavy-duty transit market as our customers are focused on cleaner technologies and reducing fuel costs. We are pleased to be the vehicle supplier for this demonstrator program as the funding provided serves as the catalyst to commence development. This program is consistent with the New Flyer strategy in regards to product innovation and we will leverage our existing resources and knowledge gained through electric trolley, hybrid and fuel cell buses. ”
“Manitoba Hydro is pleased to be a part of a project that provides such an exciting opportunity to influence the future of mass transportation and ensure that Manitoba businesses can play an important part in that future,” Bob Brennan, Manitoba Hydro president and CEO, said. “Understanding where electric buses will fit into the transportation mix and how charging will impact the grid will ensure that Manitoba Hydro can reliably meet these requirements.”
To support the development of electric vehicles in Manitoba, Selinger also announced a new Electric Vehicle Technology and Education Centre (EV-TEC) at Red River College.
“We all know that better training opportunities, like this new one at Red River College, will give more Manitobans the skills they need to get well-paying jobs and give their families hope for a better future,” said Selinger. “We’re proud to be a part of it.”
The province will provide funding of $100,000 to support the centre.
“This centre will establish Red River College as a Canadian leader in electric-vehicle testing and research and will allow us to enhance our training programs to better prepare students for the future of the automotive industry,” said Stephanie Forsyth, president of Red River College.
The (EV-TEC) will be a demonstration site for various all-electric and plug-in hybrid-electric vehicles and their recharging equipment. The public will have a first-hand opportunity to learn more about these emerging technologies as electric vehicles become commercially available.
“The province is pleased to partner with Red River College for this exciting initiative under Manitoba’s Electric Vehicle Road Map,” said Selinger. “When we’ve worked together in the past, the college has played an integral if not critical role, particularly in adapting vehicles for our cold weather conditions.”
Insights into the future of building design, construction and management
BIM is revolutionizing the way project stakeholders use digital data created by different participants throughout a building’s life-cycle. This new process is quickly becoming recognized for the value it brings to any project.
Register now to learn and discuss the merits, challenges, and needs of Building Information Modeling (BIM) at this informative and interactive BIM Workshop hosted Red River College, the Natural Sciences and Engineering Research Council, and the National Research Council of Canada’s Institute for Research in Construction on May 5, 2011.
Network with Canadian knowledge leaders and users of BIM who will be presenting on hot-button BIM issues. Participate, ask questions, and voice your views in an open town-hall session that follows the expert presentations. See the Programme Schedule for more details.
This one-day workshop will benefit professionals in the construction industry who are considering BIM implementation, as well those who are already using BIM and would like to expand their knowledge to bring even more value to their projects, partners, and clients.
This event is Officially Supported by the Canadian Construction Association, the Construction Association of Rural Manitoba, Architectural and Building Technologists Association of Manitoba, the Winnipeg Construction Association, and the Mechanical Contractors Association of Manitoba.
Who should attend?
Architects, Engineers and other Design Professionals
Builders and Contractors
Building Code Officials
Building Product Manufacturers and Suppliers
Educators and Students
Topics to be covered:
The history of computer-assisted technology in construction
A brief look at the ROI of BIM
BIM and the three Cs
The five Ws of BIM
Building Intelligence Organizational Systems
Date: May 5, 2011 Location: Greenwood Inn, Winnipeg, MB, Canada Time: 8:00 a.m. – 4:30 p.m. Cost: $95.00*
* Includes lunch, refreshments, and snacks
To Register: Visit our Event Website and download the Registration Form.
For more information, please contact:
Brent Wennekes, Technology Transfer & Communications Officer
Applied Research & Commercialization, Red River College
Phone: 204.631.3323 firstname.lastname@example.org
Building Information Modeling (BIM) is the process of generating and managing digital data about a facility data during its life-cycle. The process produces the Building Information Model (also abbreviated as BIM) which covers three-dimensional geometry, spatial relationships, geographic information and component properties for the design, construction and operation of a building. BIM serves as a sharable repository where information is linked and over time encompasses everything about the facility.
Building Information Models are created primarily by architects and engineers for design and analysis. But why stop there? BIM can be a source of key information for many activities during the life-cycle of the facility. Updating the model with commissioned data, and linking it with operation and maintenance information, can help with the facility management process, optimize energy performance, support emergency preparedness and much more.
BIM is not just one model, technology or standard. It is about the collection and digital embodiment of data throughout the entire life-cycle of a facility with emphasis on integration and interoperability of the data and its usage.
The following article on Red River College’s Office of Applied Research & Commercialization was recently featured in a special section in The Globe and Mail about innovation. To download a copy of the complete feature, click here.
Red River College opens third research centre
At Winnipeg’s Red River College (RRC), the definition of applied research is short and sweet: the use of knowledge to solve real-world challenges.
For Ray Hoemsen, director of the college’s Office of Applied Research and Commercialization, applied research is also a key element in improving Canada’s productivity and innovation capacity.
That’s why his office provides support for applied research, knowledge transfer, prototyping, product development, testing and commercialization – helping business and industry access RRC’s expertise in the search for practical, innovative solutions.
“For us, it’s all about applying knowledge to deliver results. The how is more important than the why,” says Mr. Hoemsen.
In recognition of RRC’s efforts, the Natural Sciences and Engineering Research Council of Canada (NSERC) awarded the college $2.3 million to establish a Sustainable Infrastructure Technology Research Group focused on improving the energy efficiency of commercial and industrial buildings.
With three independent research centres now open or in development, RRC is well positioned to continue making significant contributions to technology innovation in Manitoba and beyond. For example, the Centre for Applied Research in Sustainable Infrastructure (CARSI) is the first dedicated research laboratory at a college in Manitoba. Its aim is to develop advanced sustainable infrastructure technologies in four strategic areas: asphalt, concrete and pavement; advanced composite materials; large, light-frame wood structures; and building envelopes.
On one of its first projects, CARSI worked with Manitoba Hydro to ensure that the utility’s new, $278-million downtown Winnipeg headquarters would be the most energy-efficient building in North America.
At CARSI, Manitoba Hydro was able to try new technologies and materials before constructing the 22-storey office complex. In the process, CARSI gained a valuable long-term client and gave its students hands-on experience.
Mr. Hoemsen says RRC’s objective is innovation rather than invention. “We are constantly looking for better ways to do things and to adapt and apply existing technology more effectively.”
The college maintains ownership of the intellectual property it develops so that it can continue to be used for the benefit of students and faculty, but the companies that call on RRC to solve problems get to implement the solutions for themselves.
Mr. Hoemsen says working on real-world challenges not only gives students an opportunity to experience what they will face when they enter the workforce, but also give them a distinct advantage in their job hunt.
“To be able to recruit college grads who have already worked on and solved problems that employers are familiar with means our students are that much further ahead than job applicants who have not had the same experience,” he says.
The college also established the Centre for Aerospace Technology and Training, the Centre for Non-Destructive Inspection and is developing the Advanced Transportation and Energy Centre.
Red River College’s (RRC) Sustainable Infrastructure Technology Research Group (SITRG) will conduct an air leakage test on one of the most prominent office towers on Broadway. This will be the first in a series of buildings to be tested across Manitoba as part of a new applied research project launched by SITRG.
“We will be testing for air leakage in the building, pre- and post-renovation,” says Rob Spewak, Research Manager with Applied Research and Commercialization (AR&C) at RRC. “Along with SITRG and Manitoba Hydro, RRC students will take part in this leading edge research using state-of-the-art tools and techniques to assess building energy performance.”
The renovation project will achieve energy savings through the installation of new glass panels that will have a special glazing. This will make them not only more energy efficient, but also allow up to 60 per cent more daylight into the building.
“In addition to high performance glazing, it is also essential to minimize air leakage to maximize energy savings and comfort as well as ensure long-term durability,” says Ken Klassen, RRC’s Centre for Applied Research in Sustainable Infrastructure (CARSI) Research Professional. “ Our test will determine how the new exterior stacks up versus the old, as well as versus Canadian building standards.”
AR&C is excited about the project as it satisfies a critical applied research need in the area of sustainable infrastructure. In 2009, the Natural Sciences and Engineering Research Council of Canada awarded RRC $2.3 million to establish SITRG with a focus on improving the energy efficiency of buildings.
“We’ve attracted considerable capital and operational funding to establish RRC and SITRG as a leader in sustainable infrastructure research,” says Ray Hoemsen, Director of AR&C. “This project is a good example of industry recognizing the value we can offer in assessing innovative building technologies and inventions.”
RRC’s CARSI was utilized by Manitoba Hydro to test the advanced curtain wall system installed in its new Downtown Office Head Office Project, one of the most energy efficient office buildings in the world. See this video for more information: http://www.innovationcanada.ca/en/articles/building-smarts.
For more information, please contact:
Technology Transfer and Communications Officer, AR&C
Red River College
The Honourable Steven Fletcher, Minister of State (Democratic Reform), and the Honourable Diane McGifford, Manitoba Minister of Advanced Education and Literacy, were at Red River College in Winnipeg today to tour the school’s expanded landscape construction shop and greenhouses, which will give students modern new facilities for hands-on training in their field.
The federal and provincial governments each contributed $525,000 toward this $1,050,000 project as part of the Knowledge Infrastructure Program.
“We are investing in research and training facilities at campuses across the country to create jobs, help our economy recover quickly and improve the quality of life of Canadians,” said Minister of State Fletcher. “This investment created local jobs and helped improve Red River College’s research infrastructure, providing benefits now and for years to come.”
“The Manitoba Government is pleased to have the opportunity to partner with the federal government to complete exciting projects such as the greenhouses and landscape construction shop at RRC,” said Minister McGifford. “In Manitoba, all of our public post-secondary institutions have benefited from joint investments like this one.”
The work led to the creation of two greenhouses and a 2,900-square-metre landscape construction shop, which will give students indoor facilities where they can get hands-on training experience in drainage, irrigation and arboricultural systems. The new facilities also open the door to more applied research partnerships with industry.
“The completion of the greenhouses and landscape construction shop will provide modern new learning space for our Greenspace Management program, and allow us to explore innovative applied research opportunities with the horticulture industry,” explained Stephanie Forsyth, President of Red River College.
In addition to the landscape and greenhouse facilities, the new complex includes storage for the College’s groundskeeping equipment and a staging area for its mobile training labs.
The Manitoba aerospace, transportation and manufacturing sectors will benefit from access to new technology and more skilled staff thanks to a $5.9 million investment in new and expanded research facilities at Red River College. The funding was announced today by the Honourable Lynne Yelich, Minister of State for Western Economic Diversification (WD)
“Our government is pleased to be a part of these exciting projects, which will create a competitive advantage for key sectors in Manitoba’s economy,” said Minister Yelich. “This technology will enable local companies to produce better and more cost-effective products that will help create more jobs and opportunity in our communities.”
The Government of Canada, through WD, is investing:
$4.4 million to establish the Centre for Non-Destructive Inspection Technologies (CNDI), allowing remote-access to a network of non-destructive imaging equipment; and
$1.5 million to expand the capabilities of Red River College’s existing Centre for Aerospace Training and Technology (CATT) and establish a new robotics training lab at Red River College’s Notre Dame Campus.
“This investment by the federal government will allow Red River College to enhance its role in the aerospace sector, and support the growth of local companies like Bristol Aerospace and StandardAero,” said Stephanie Forsyth, President of Red River College. “Our students, staff and industry partners will benefit from access to new technology and the potential for innovative applied research projects.”
The CNDI facility will provide specialized inspection equipment and a network of portable “non-destructive” imaging equipment that can be used by industry right in their own facilities. This equipment allows companies to detect hidden flaws in materials more efficiently and with greater confidence without damaging the materials.
“We are pleased to partner with Red River College in this remarkable opportunity to enhance productivity through the use of non-destructive inspection technologies,” said Mr. Don Boitson, Vice President and General Manager, Magellan Aerospace. “This investment in both infrastructure and manufacturing know-how is the kind of strategic investment that encourages growth through competitiveness in industry.”
Red River College will expand CATT’s onsite facilities at StandardAero and also create a new training lab at its Notre Dame Campus. The new lab will provide industry with affordable access to the specialized robotics it needs to stay competitive.
“We are excited about this next phase of CATT growth as it will allow us to further expand our low heat input welding expertise and develop new component repairs that our customers want,” said Ian Smart, Senior Vice President, Airlines & Fleets, StandardAero. “The collaborative effort with Red River College and Western Economic Diversification Canada is helping us provide better support to our customers and be more competitive in our markets.”
In addition to the new equipment, both projects incorporate education programs in non-destructive testing and advanced robotics, addressing key labour and skill shortages identified by industry.
Red River College invites you to come and discover biofuels in Canada on Wednesday, March 9th with Dr. Rex Newkirk.
Dr. Newkirk, from the Canadian International Grains Institute (CIGI), will lecture on:
experiences with biodiesel production and training
insights as to where the biodiesel industry is going in Canada
provide an entertaining overview of CIGI’s activities and facilities
Following the seminar, participants are invited to tour the “Flower Power” trailer, CIGI’s portable biodiesel plant/training facility.
Dr. Newkirk was raised on a ranch in South Western Saskatchewan. He completed his Ph.D. at the University of Saskatchewan in 2002 where he had been a professional research associate in the department of Animal and Poultry Science. In 2003 Dr. Newkirk joined CIGI as the Director of Feed. By 2007 he became Director of Biofuels and Feed where he lead an initiative to provide technical support to the emerging biodiesel industry.
Rex was named Director of Research and Business Development in 2010 and has enhanced CIGI’s involvement in research that creates opportunities for Canada’s field crops. He has been actively involved in the development of a portable biodiesel facility that has been used to train approximately 1800 people in locations across Canada.
Dr. Newkirk has provided technical support and training across the globe and is internationally regarded as an expert in the area of animal nutrition and biodiesel production.
This is a complimentary seminar that will be held in building A, room 137 on the Red River College Notre Dame Ave. Campus at 11:45 a.m. on Wednesday, March 9th, 2011.
Free parking and a complimentary lunch will be provided.
**If you have any food allergies, please advise upon registration.**
Join us on Friday, March 4th to hear Dr. Shokry Rashwon lecture on the emerging practice of Building Information Modeling (BIM).
BIM refers to the process of digitally generating and managing data during design, construction and operation of buildings. Many owners, architects and construction firms have realized the added product value and potential for growth that comes with use of this technology.
This seminar will review:
BIM terminologies and its evolution from Computer-Aided Design/electronic drafting
BIM tools, applications and technologies currently being used in the construction industry
The advantages and challenges of adopting BIM
The roles of industry stakeholders
Elements needed for successful application, such as standards, interoperability and integrated project delivery
Dr. Shokry Rashwan attained his BSc in Civil Engineering from Ciro University (Egypt) in 1977. He served in the navy for two years and worked as a site Engineer before coming to Manitoba in 1980. He then studied at the University of Manitoba and received his MEng and PhD in Civil Engineering in 1983 and 1988 respectively.
Dr. Rashwan has held numerous positions such as Civil Technology Instructor with RRC (Thompson, MB 1987), Director of Research with PMRI (Edmonton, AB 1989), and Project Engineer with Puratone Corp (Niverville, MB 2000). Currently, Dr. Rashwan works as Research Manager with NRC-IRC (London, ON). He has three patents and has authored over 30 publications.
This is a complimentary seminar that will be held in building A, room 137 on the Red River College Notre Dame Ave. Campus at 11:45 a.m. on Friday, March 4th, 2011.
Free parking and a complimentary lunch will be provided.
**If you have any food allergies, please advise upon registration.**
Please join Red River College for a Two Day Training Session on Neubrex NBX-6040 usage with Dr. Kishida on February 17&18, 2011.
Neubrex NBX-6040 – This instrument uses Brillion-based technology, including fiber optic sensors, to enable non-destructive structural health evaluation. It is the world’s only temperature/strain sensing system, implementing breakthrough Pulse-PrePump BOTDA technology.
This equipment can be used in a variety of applications, including civil engineering, pipeline monitoring, aerospace, fiber module development, and fiber optic gyroscope development.
The Neubrex equipment can utilize embedded fibres in composites materials for quality control during manufacturing for part process development, as well as detecting changes in strain distribution before and after part usage.
Neubrex analysis software allows one not only to obtain information on deformation or/and temperature fields in the areas inaccessible to optical fibre, but also to analyze phenomena which cannot be directly measured (E.g. pipe thinning).
Dr. Kishida is the founder, CEO and President of Neubrex Co. Ltd. Japan. He received his B.S. and M. Eng. degrees from the University of Science and Technology of China, in 1985 and 1988 respectively. In 1997, he obtained a PhD from Osaka University, Japan, and joined the Advanced Research and Development Institute of Mitsubishi Electric Corporation.
Dr. Kishida is an expert on shock waves in condensed materials and dynamic brittle fracture. His recent research interests are in optical fiber sensing, resulting in many patents and publications.
This is a complimentary Two Day Training Session that will be held in the CARSI building (Centre for Applied Research in Sustainable Infrastructure) on the Red River College Notre Dame Ave. Campus.
Thursday, February17th 10 a.m. to 4:30 p.m. – – All day BASIC training session
Friday, February 18th 9 a.m. to 2 p.m. – – ADVANCED training
Lunch and refreshments provided both days.
**If you have any food allergies, please advise upon registration.**
Ray Hoemsen, RRC’s Director of Applied Research and Commercialization and Tom Akerstream from Manitoba Hydro discuss their private- public-sector collaboration to construct the most energy efficient and sustainable office building in North America