Upcoming Event
Tapas Cooking Class & Dinner Party - Thurs, May 10th, 2018 - Register Online!

Have you ever thought about what material would make the best frying pan? There are so many options: cast iron, stainless steel, copper and the classic non-stick aluminum to name a few. For a cooking tool used by many of us daily, it can be a surprisingly hard choice to make.

Cast iron, one of the oldest cooking materials, is solid and dependable with good thermal properties in retaining heat for long periods of time.

While copper is an exceptional material for cooking due to its ability to heat up quickly and distribute heat evenly more evenly over its surface.

And there is the reliable non-stick aluminum pan, which is easy to clean (and as you guessed it) the surface prevents food from sticking.

In the end, there are many "best" frying pans, depending on your cooking style and preferences.

An Unconventional ASM Team Building Event!

Join us for our May event, where you can debate the best frying pan, as we host a cooking class! Working as a team we will be learning how to cook tapas (Spanish appetizers) and then eating our creations! Come join some of your colleagues, your ASM exec team and industry friends in this non-conventional team building event, that is bound to be fun and delicious. This is more of a fun event and we welcome you to sign up your spouse or friend as well! We thought this was a suiting way to round off our ASM Season and get you prepared for your summer BBQ parties.

The Menu:

- Tortilla Espanola (Spanish potato omelette)
- Chorizo in Rioja (traditional sausage in red wine)
- Crab Cake Bites
~Beef and Asparagus Roulade
- Caramelized Onion and Goats Cheese Tartlettes
- Gorgonzola Prune Lollipop.

***If there are dietary restrictions, there will be some menu modifications to accommodate all attendees***

Date: Thurs. May 10th, 2018
Location: Paradiso
125 Lakeshore Rd E
Oakvile, ON L6J 1H3
Time: Networking 6:00 PM - 7:00 PM
  Dinner 7:00 PM
  Speaker To follow Dinner
Price: Member $40
  Non-Member $45
Register For This Event

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Past Events
Defence and Ballistic Materials! - Apr 4th, 2018 - Register Online!
I recently spent some time in the U.S. and I'm always amazed at the respect and passion for their military. I went to a hockey game and we stood to recognize those who serve in the army and the local police force three times! We have pride in our Canadian military, but maybe it isn't as constantly present like our neighbours to the south. Or maybe it's just me.

But where would those who are sworn to serve and protect us be without first protecting themselves? Bulletproof vests are paramount to the safety of officers and the advancement of materials engineering (heard of Kevlar?) is helping to keep these officers safe. This is just the tip of the iceberg, so come to our April event to learn more about defence and ballistic materials!

Design, Fabrication and Evolution of Armor Products with Nanomaterials and Composites

Most Armour products are fabricated with commercially available raw materials. With the development of a new generation of nano and advanced materials, many products could see a quantum jump in product performance. The procedures in the development of an advanced armor product requires first setting the product performance targets, followed with the translation of product performance targets in to material properties. At that point, one can exploit the use of nano and composite materials, which offer properties unmatched by conventional materials. In this presentation, examples of armor products used in defense are provided. Major emphasis is placed on how new materials are selected and designed based on our materials knowledge. Novel techniques used in the fabrication of armor products are described as both nanomaterials and composite could be challenging to process. Finally, some properties measured from the armor products in the mechanisms of their properties are discussed.


Dr. Jason Lo is a principal scientist and manager of the Emerging and Defence Materials Program at CanmetMATERIALS, Natural Resources Canada. He is also an Adjunct Research Professor of McMaster University. Dr. Lo received his Ph.D. and M.Sc. degrees in Materials Science and Engineering from Cornell University. He holds 21 U.S. and international patents. He has published over 120 papers in the field of composites, nuclear materials, armor materials and nanomaterials. He had given over 100 presentations (25 were keynote and invited presentations) in conferences, edited three books. Frequently, he reviews technical articles for international technical journals. He had also served as an external examiner for M.S. and Ph.D. students from McGill University, McMaster University, University of Windsor and Carleton University. Since 1988, Dr. Lo's has been developing nanomaterials, advanced composites, and fabrication methods for national and international industrial clients.

Metallurgical Challenges of Fuel Channels - Mar 7th, 2018
The days are finally starting to get longer, with the sun setting a little bit later each night. Spring is (hopefully) right around the corner, but as we wait for the snow to melt, why don’t you join us for our next ASM Ontario event? You’ll learn about the CANDU design of nuclear power plants as well as some of the CANDONTS’ they overcame along the way!

Join us for our March event, where Glen McDougall from CNSC (Canadian Nuclear Safety Commission) will speak about the metallurgical challenges of fuel channels in the CANDU reactor design. If you want to learn more on Canadian Nuclear Power or how to overcome design challenges in a real work environment this is the talk for you!

CANDU Fuel Channels: The Art of Design Meets the Science of Metallurgy

A unique feature of the CANDU reactor is its use of fuel channels – the pressure-boundary designed to contain and protect the fuel. After 55 years, this element of the CANDU design has been one its biggest success stories. This talk will include an overview of the design of CANDUs and the fuel channel, then focus on the many metallurgical (and other) challenges associated with three key components:
  • The pressure tube;
  • The end fitting;
  • The annulus spacer.
Along the way, we’ll see how earlier challenges were addressed, and how the design and operation of these components has evolved to ensure safe fuel channel operation in one of the most hostile operating environments.

McDougall is a Technical Specialist with the Canadian Nuclear Safety Commission. He hails from Saskatchewan, where he completed his Bachelor of Science (Honors in Chemistry) at the University of Regina. In 1987, Glen graduated from Case Western Reserve University (in Cleveland, Ohio) with a Masters of Chemistry, and then joined the "Interface Science Western" lab (Western University, London) for a 1.5-year contract.

In 1989, Glen accepted a position as a research scientist at AECL's Chalk River Laboratories (now "CNL") in Chalk River, Ontario. Under the mentorship of a world-class metallurgical engineer (Mr. Vince Urbanic, retired), he was gradually "converted" into a zirconium corrosion engineer - specializing in the behavior of CANDU pressure tubes. Over the next 12 years, Glen worked on a number of fascinating projects, including a parametric study of pressure tube corrosion that was performed at the OECD Halden (test) Reactor in Norway.

Glen began working at the Canadian Nuclear Safety Commission, where he currently works as. While his primary responsibility as a Technical Specialist is the evaluation of pressure tube fitness-for-service assessments of NPP pressure tubes, he (occasionally) heeds the "siren-song" of chemistry – offering technical support on issues as diverse as reactor chemistry, and the permanent disposal of waste CANDU fuel.

When Good Welds Go Bad - Feb 7th, 2018
Things break all the time! Maybe it was your shovel from all the snow this winter, maybe it was an old conveyor line at work or maybe a weld in a water pipe fractured, causing major damage to your ceiling!

Join us for our February event, where Jim Galloway will speak about what happens when good welds go bad.

When 'Good Welds' Go Bad: An Introduction to Welding Failure Analysis
This talk will introduce the most common mechanisms for the failure of welded components, starting with the design or misapplication of the material, to faulty workmanship, or deterioration in service. We will review some of the fundamental design issues, filler metal selection, welding procedures and processes effects, metallurgical effects of fusion welds and cracking mechanisms, plus service induced weld failure mechanisms such as fatigue, wear, corrosion, creep, etc. All in under 60 MINUTES!


Jim Galloway is a Professor and the Coordinator of Welding Engineering Technology Programs at Conestoga College in Cambridge, Ontario. He holds a Bachelor’s of Applied Science Degree in Industrial Engineering Technology from Bemidji State University (MN) and is a graduate of the Welding Technology program at Conestoga. He is also a Certified Welding Inspector and a Journeyman Welder (Red Seal). Over his 36-year career he has worked as a welding inspector and R&D technologist in the power generation industry, a technical manager in the rail-car manufacturing industry, and the manufacturing manager for a production machinery manufacturer.

Innovation in Steel- Jan 17th, 2018
The need for innovation in steel products is driven by rigorous fuel economy and safety standards. Steel has gone and continues to go through an evolution and through innovation, steel remains the material of choice. Advanced automotive steel grades provide sufficient body-in-white weight reduction potential to help get passenger cars and light trucks to fuel economy requirements. Major car OEMs are seeing the benefit of these innovative new products and have implemented them in their new vehicles to further reduce weight, improve safety and improve fuel economy.


Rob Martin is General Manager, Metallurgy , Quality and Continuous Improvement at ArcelorMittal Dofasco. He received his Bachelors Degree in Metallurgical Engineering from McGill University in 1990. He began his professional career at Dofasco in 1990 working in a variety of roles in Manufacturing Technology in both the Hot Mill and Galvanize areas. Rob held the position of Manager of Product Metallurgy between 1999 and 2006, after which he was appointed to the position of Business Unit Manager in Galvanize Technology. In 2015, Rob was appointed to his current position of General Manager, Metallurgy, Quality and Continuous Improvement. Over his 27 year career, Rob has played a leadership role in various strategic initiatives in the areas of New Product Development, Quality Improvement, Business Systems, and World Class Continuous Improvement. Prior to his recent appointment, Rob was the Manufacturing Process Manager for the #6 Galvanize Line project responsible for the commissioning and ramp up of the new facility. He is also a member of the Canmet Materials for Innovation Advisory Committee.