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PIGNAT- Top Quality Custom Built Equipment with Top Quality Service!

We kicked off September with a road trip for our Partner from PIGNAT. Regis Rodriguez joined AYVA’s Shanil Vaja to install and commission a broad range of chemical processing equipment in three different provinces.

Carly at The University of Guelph gave us the thumbs up for their new Distillation Unit with a Touch Screen Display and their new Spray Dryer. They are now able to study and operate a controlled distillation process.

Regis also trained the faculty at Sheridan College on their custom designed Chemical Reactor. The REA/2000 provides a small volume reactor of 1 litre for studying chemical reactions with different parameters.

In Western Canada he visited both the University of Saskatchewan and The University of Alberta. In Saskatoon he provided hands-on training on a Dissolved air flotation unit and a custom designed a Hydrocyclone treatment unit.

In Edmonton, Regis was on hand to ensure successful operation of their new Filtration on Sand (FSA/3000) unit and to provide training for all their staff.

AYVA is pleased to be partnered with PIGNAT and offer quality custom built equipment with professionally trained installers and trainers.

From Concept to Completion

AYVA’s Technical Services Manager and Dianne Beveridge travelled to Calgary where Regis Rodriguez, the Chemical Engineer from Pignat in France, and his team had recently installed two training systems.

The new Distillation and Absorption Pilot Plants are now fully commissioned in SAIT’s state-of-the-art Chemical Engineering Technology Lab at the McPhail School of Energy.

Over the past year, Regis has worked closely with the SAIT team to customize the equipment to suit their specific needs. The final step was two 4-day training sessions for SAIT’s instructors and technologists to ensure that everyone was confident using the software and hardware.

This is indeed a world-class installation and we are proud of our association with SAIT.

Engineering students in Newfoundland lend a helping hand

Second and third year students at Newfoundland’s College of the North Atlantic (CNA) are lending a hand to Habitat for Humanity.

While this isn’t the first year CNA students have worked with the charity, 2012 marks the first time the students were able to gain practical experience by working on site.

“I started with Habitat for Humanity in 2009 and one of reasons I got involved was because I saw a great potential for our students in the trades and technology programs to learn on the job and apply their skills to help their community so it’s a form of community engagement,” said Craig Greene, the Architectural Engineering Technology instructor at CNA, in a statement.

“I’m an architect and I believe in what Habitat for Humanity does but I also saw an opportunity for our students to benefit from that experience, to learn on site and have a good time.”

The students helped with wood framing, which they had learned about a few months prior.

Construction on the home began on October 9 and is expected to be complete in early December.

Click here to find out how you can get involved with Habitat for Humanity.

Engineering in Canada

Most Canadian Universities today offer a four-year or five-year engineering degree program. In addition, many community colleges also have full time engineering technology programs. There are various engineering majors that students can choose from depending on their interest including: aerospace engineering, process engineering, architectural engineering, civil engineering, electrical engineering, environmental engineering, mechanical engineering, etc.

Currently, there are 42 higher learning institutions in Canada offering engineering programs. Would-be engineers are encouraged to visit Engineers Canada. It’s an invaluable resource filled with up-to-date information.

Women in Engineering

In 2008, there were 223,536 registered engineers inCanada – and data suggests that the number is rising. However, the number of women in engineering remains low. For example, only 7% of all licensed engineers in Ontario are women.

The enrolment of women in Canadian undergraduate engineering programs was at 17.7%  in 2010, which is slightly higher than the number from 2009. Various studies conducted over the last few years have shown that women in the engineering profession highlight the importance of mentoring and professional development as part of their career development.  Various workshops are continually being held to retain more women in the engineering fields. Companies such as AYVA Educational Solutions offer products that allow an interactive learning experience for all students.

Engineering Educational products

AYVA Educational Solutions distributes products for engineering education at the college and university level. The products allow students to not only grasp the conceptual knowledge but also get an understanding of the industry standards for when they are in the workforce.

For a more basic understanding of engineering concepts, ourPASCOline offers introductory educational products. Visit our PASCO Engineering catalogue for more information. We also carry more extensive engineering lines for undergraduate labs, namely TecQuipment (TQ) and Elettronica Veneta (EV). Our products focus on various subject areas including but not limited to structures, material testing, electrical engineering, electronics, chemical engineering, renewable energy, etc.

 

Government to promote science and engineering education in Alberta

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Students in Edmonton are about to receive even more of an opportunity to learn about science and engineering.

Back in July the Minister of State – Science and Technology, Honourable Gary Goodyear announced a new federal investment aimed at making Canada a world leader in the science and engineering fields.

“Our government wants to encourage more young people to explore an education or career in science and engineering,” Mr. Goodyear was quoted as saying in a press release. “This program will give youth in communities across the country an opportunity to discover the benefits of these fields. In the long term, this will keep Canada’s economy growing and create the jobs of the future.”

The Government of Canada will provide $2.9 million over a period of three years to 58 Alberta organizations that promote science and engineering learning to youth. Funding for this initiative will be provided through the PromoScience program of the Natural Sciences and Engineering Research Council of Canada. Organizations that will benefit from the grant include, but are not limited to: universities, non-profits, museums and science centres.

To view a complete list of the PromoScience grant recipients, click here.

 

AYVA Partners with York University for the New Bergeron Centre

AYVA is pleased to partner with York University to provide state-of-the-art training systems from TecQuipment. Both York’s Mechanical and Civil Departments at the Lassonde School of Engineering have recently been outfitted with a broad range of teaching equipment from TQ including structures and material testing to fluids and aerodynamics.

There are no lecture halls in the new Bergeron Centre at York. All of the courses are being taught in the labs to better foster experiential learning.

The new Bergeron Centre in York’s Lassonde School of Engineering

Thompson Rivers University Installation of Pignat Control Trainers

Thompson Rivers University’s (TRU) Instrumentation students now have access to a brand new process controls lab, fully outfitted with 12 PIGNAT CEB/2000 units.

The multi-process control trainers were installed and commissioned earlier this year by PIGNAT engineer Regis Rodriguez.

The equipment will move to the brand new Industrial Training and Technology Center once it is completed in 2018.

The CEB/2000 unit was custom-designed for the needs of TRU’s Max Tinsley and is now available as a standard model from PIGNAT.

TRU’s Instrumentation and Control Technician Apprenticeship Faculty Member Max Tinsley

New trades apprenticeship cuts BC wait time

AYVA Goes to Germany for i4.0 Training

After a tour of the Trade Fair Didacta in Stuttgart, AYVA’s President, Dianne Beveridge, headed to Bosch Rexroth’s training facility, along with representatives from more than 20 countries.  The focus was on Bosch’s new i4.0 Mechatronics System with Open Core Engineering and an Active Cockpit to better support the Internet of Things (IOT) – all of which can be found in their factories around the world.  There was also considerable excitement around the APAS, Bosch’s new collaborative robot which has been winning numerous awards and accolades.

Emerging countries like India and Mexico, as well as Thailand and England, shared stories of Government, Industry and Academia coming together to create Centres of Excellence to better prepare students for highly skilled careers in Industry 4.0.  Unfortunately, Canada appears to be lagging behind with respect to such initiatives.  But just last month a Canadian delegation went to Gujaret in India to visit Smart Cities and institutions who are focusing on Industry 4.0 and IOT.

We at AYVA look forward to identifying and partnering with Colleges and Universities in Canada who would like to take the lead on this front.

BOSCH’S APAS ASSISTANT

The APAS assistant from BOSCH offers a variable, intelligent robot system for the direct, safe and contact-free collaboration of man and machine.

Features:

  • Unique robot kinematics with specially developed sensor skin
  • Safe, contact-free collaboration without the need for a safety fence
  • Intuitive control and interaction concepts for user-friendly operation
  • Support with monotonous, simple or ergonomically challenging movements
  • Integration into existing production lines

http://blog.robotiq.com/bid/72662/New-Collaborative-Robot-APAS-assistant-from-BOSCH

KR 3 AGILUS – Maximum Performance | Minimum Space

Kuka’s KR 3 AGILUS is ideal for use in 600 x 600 mm automation cells since it enables automation in confined spaces and reaches maximum performance in minimum space.

Thanks to its intelligent design, the KR 3 AGILUS is cost-effective, requires minimal maintenance and is highly reliable. The KR 3 AGILUS is optimized for the production of the smallest components and products. For example, for applications such as the assembly of small parts, Pick & Place, screw fastening, brazing, adhesive bonding, packaging, testing & checking and much more.

Wherever minimum cycle times and maximum output in production are needed, the KR 3 AGILUS – one of the fastest robots in its class – is ideally suited for the task.

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