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University of the Fraser Valley’s Automation and Robotics Lab

Last week, AYVA’s Jason Peng visited the University of the Fraser Valley’s (UFV) Automation and Robotics Lab where he had the opportunity to see two of KUKA’s KR6 Robots in action.

The pair of KR6 robots await orders from a remote computer with a programmed script of their operation.

UFV’s robotics instructor Avner Bachar awakens one of the robots to showcase what his students have programmed. In a matter of seconds the robot boots up and begins motioning, the actuators can be heard working the 6-degrees of freedom, and the sound of pneumatic hisses activating the vacuum gripper that Avner and his team cleverly devised using a 3D printed adapter. The robot then begins its job of picking and placing cups on a bottling station where it puts an empty cup onto a conveyor, waits for the cup to be filled, empties it into a reservoir tank and stacks it.

Avner notes that graduates have gone on to work in industry, anywhere from brewing companies to PLC control for egg-sorting in local farms.

Who knew robots could have such a delicate touch.

University of Calgary’s Mixed Adsorption Desorption PIGNAT Installation

Last week, Regis Rodriguez, the product specialist from Lyon, France was onsite to commission the new Mixed Adsorption Desorption: Gas & Liquid Adsorption, the latest addition to their state-of-the-art labs. Paige’s labs already boast a Spray Dryer and a Controlled Reverse Osmosis from this world-class industrial manufacturer.

AYVA has partnered with PIGNAT to equip Chemical Engineering as well as Environmental Engineering Labs at colleges and universities across Canada. Customers appreciate the quality and industrial components but what impresses them most is PIGNAT’s willingness to customize the products to best suit their needs. Educators can choose whether to be trained in France or to have an experienced chemical engineer from PIGNAT conduct on-site training.

Click here for an overview of PIGNAT’s training equipment.

Mixed Adsorption Desorption: Gas & Liquid Adsorption
Spray Dryer
Controlled Reverse Osmosis

NI Week 2017 is a Huge Success

The AYVA Team headed to Austin for the 23rd annual ‘NI Week’ hosted by National Instruments, our newest Academic Partner.

We attended sessions focusing on Circuits and Design, Wireless Communication, the Internet of Things (IOT) and Mechatronics – to name just a few.

 

We also explored ways to maximize student laboratory time and to drive project-based learning outcomes.  Several educators who were transforming their teaching labs using products from the NI Ecosystem were in attendance to share their successes.

It was a first-class event and we hope to identify a few academic thought leaders who can accompany us next year for NI Week 2018!

2017 Global Engineering Deans Conference

We were fortunate to attend the Global Engineering Deans Conference in Niagara Falls earlier this month.

It was a great opportunity to hear about important topics in engineering education, research and outreach.

AYVA showcases our Robotics and Automation offerings from KUKA

We were pleased to host Alex Shum, the Chair of Mechanical Engineering at NAIT in Edmonton and to introduce the latest Educational Robotics Bundle from KUKA. We visited KUKA Canada’s new office in Mississauga where we spent time in their training center and reviewing the new ready-to-go curriculum tied directly to the manipulatives included in the Robotics Cell. Once instructors complete the Programming Courses at KUKA College they are able to then provide their students with the official KUKA Certification upon completion of their course. In the afternoon we headed to the University of Toronto to visit their state-of-the-art Robotics Lab which includes 6 Robot Cells!

Pictured above, are Alex Shum, Chair of Mechanical Engineering at NAIT, with Dianne Beveridge and Fazal Mulla from our AYVA Team.

Introducing the LBR iisy, KUKA’s Newest Collaborative Robot (a.k.a. Cobot!)

KUKA’s new LBR iisy cobot (a robot intended to physically interact with humans) can immediately be operated by anyone – from an automation expert to a cobotics newcomer.

Featuring various operating levels, the user-friendly system adapts to the knowledge level of the user.

The LBR iisy is equally at home in complex areas of automation as it is in unstructured environments where it interacts with semi-skilled personnel who have received only a minimum of training.

To learn more about the LBR iisy please click here.

ActiveCockpit: An Interactive Communication Platform for i4.0

Last Friday we had the pleasure of learning more about Bosch Rexroth’s new interactive communications platform for manufacturing industries: ActiveCockpit.

This software elevates Bosch Rexroth’s already well established i4.0 Mechtronics Training System to an entirely new level by offering endless possibilities for both analyzing and communicating information.

ActiveCockpit is at the very heart of industry 4.0, it digitally networks people, products, and production equipment.

What does all of this mean for education?

Academia is looking for ways to help industry increase productivity and decrease down times.

ActiveCockPit was developed by Mechanical Engineers to be the most state-of-the-art Shop Floor Management software available today.

This interactive communication platform is the nexus for i4.0 initiatives and courses.

Bosch manufacturing plants throughout the world who are focused on i4.0 use Active Cockpit for daily Management and Logistics, but also to communicate real-time data between production plants.

Our Academic partners would be interested to know that this value stream methodology equips the end users with all the feedback and troubleshooting diagnostics for PDCA (Plan, Do, Check, Act).

Active Cockpit’s open architecture is designed to accept and implement any web-based functionality and the data can be displayed on any laptop, phone, tablet, etc.

What’s more, Bosch will provide api files so institutions can develop their own i4.0 apps. Click here to view the brochure.

Refrigeration Trainers to Suit Every Budget and Lab Size

AYVA offers teaching equipment for refrigeration covering the fundamental theories associated with thermodynamics, fluid mechanics and heat transfer – enabling students to understand HVAC environmental control in the real industrial and consumer world!

Environmental Control Teaching Equipment
The air conditioning and refrigeration (HVAC and R) industry designs, builds, maintains and repairs essential indoor comfort and cooling systems including heating, ventilation and air conditioning. The expanding markets for refrigeration and air conditioning and changing technology,  has created a growing need for training.

Our partner in England, TecQuipment (TQ) offers refrigeration training solutions and experiments that allow students to comprehend the workings of cooling towers, refrigeration and air conditioning; utilizing psychrometric and P-h charts.

TecQuipment Air Conditioning Trainer – EC-1501

The unit features an air-cooled condenser unit connected to an evaporator located in an air duct. The air duct contains relative humidity and temperature sensors on both sides of the evaporator. A small fan provides air flow down the duct and can be manually adjusted.

The refrigeration circuit features high and low pressure gauges, a pressure switch, sight glass, filter dryer and TEV valve. The circuit also includes pressure transducers that connect to the instrumentation.

Four thermocouples placed around the refrigeration circuit allow observation of temperatures, these can be used for the calculation of potential super heating and sub-cooling.

Our partner in France, ERIDÈS offers a unique solution with transparent walls which lets student watch the visible condensation and evaporation allowing for the understanding of the cycle processes.

ERIDÈS Refrigeration Cycle Demonstration Unit – MCFC10

This refrigeration cycle training unit allows for measurement of flow rate, pressure, temperature and more.

The fluid enthalpy chart is transposed onto a transparency at the centre of the unit allowing for rapid analysis of the fluid state parameters at any given point.

Transparent walls allow visibility on all sides while protecting both the equipment and its users. The visible condensation and evaporation allows for the understanding of the cycle processes. Once the machine has reached steady state, measurements can be taken and can be used even after the machine has been turned off.
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