MiHR Sudbury Case Study Focus: Education/Training and Relationship with Mining Industry

The Mining Industry Human Resource Council (MiHR) was formed to address the human resources challenges in the Canadian mining industry.

This case study on post-secondary mining education in the Sudbury region came from a 2005 report called “Prospecting the Future: Meeting Human Resources Challenges in the Canadian Minerals and Metals Industry”.

 Please note that some of the enrolment figures will be much higher today and some charts have been omitted due to format issues.

MiHR Sudbury Case Study Focus: Education/Training and Relationship with Mining Industry

Overview

This case study examines the mining industry in Sudbury and its well-developed infrastructure for mining-related education, training and research.

Sudbury is one of Canada’s few long-lived mining sites, with mining operations dating back more than 100 years. The mining industry got its start in the area in 1883, when ore with high levels of copper sulphites were discovered. The formation is one of the most productive mining sites in the world and is generally thought to be the result of a meteorite impact.(58) The major commodities mined in the area are nickel, copper, gold, silver, platinum group metals and cobalt.

Sudbury is Canada’s leading mining community and is considered one the world’s four great mining “city-states.” (59) It is the only city in the world with 15 producing mines within city limits.

With known reserves, the industry is predicted to continue for another 100 years,(60) although the rate of production, and hence level of employment, will eventually decline as ore-bodies are exhausted.

The “Sudbury Mining Supply and Services Cluster” is the largest integrated mining cluster in the world.

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Mining Still Glitters in Northern Ontario – Stan Sudol

This article was originally published in the Sudbury Star on October 8, 2004

In July, Alberta Premier Ralph Klein proudly announced that his province’s massive debt has been slain. However, he could not have accomplished that historic feat without the development of northern Alberta’s booming oilsands economy and ensuing resource royalties. Sadly, Ontario, struggling with a $142-billion debt and a $100-billion infrastructure deficit, is largely ignoring the mineral rich potential of its north.

According to the Australian Institute of Mining and Metallurgy, over the next 50 years the world will use five times all the mineral supplies that have ever been mined up to the year 2000.

China, India, Brazil and other emerging countries are rapidly industrializing their economies, which require a wide variety of base metals, many of which could be found in one of the world’s richest geological regions — northern Ontario. We are entering a commodity boom that could last for decades.

Historically, northern Ontario’s mineral wealth has provided high paying jobs, supplied significant tax revenues to Queen’s Park and helped settle much of the region. The mining sector still generates enormous wealth and industrial activity.

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Sudbury’s Future is Still Underground – Stan Sudol

This article was originally published in the Sudbury Star on March 5, 2004

The total contribution to the Canadian economy from metals and industrial minerals is approximately $18 to $20 billion annually. Most of this activity takes place in northern and rural areas of the country. Mining is one of the most technology dependant sectors of the Canadian economy relying on innovation and automation to keep costs down, improve productivity and over the past twenty five years significantly reduce pollution.

Sudbury is a world leader in a wide variety of mining research activities including mine automation and telerobotics. Laurentian University has a federally funded Canada Research Chair in Robotics and Mine Automation headed by Dr. Greg Baiden. He has been described as the “Bill Gates of the mining sector” for his development of this leading-edge technology that is revolutionizing the way minerals are extracted from the ground.

Surprisingly, Canada does not have a major National Research Council (NRC) funded facility dedicated to the mining sector. For an industry that has encouraged the exploration and settlement of vast areas of the North, created enormous amounts of wealth, and established the country as a world leader in a wide variety of mining endeavors, this is incredibly short-sighted.

Australia, a major mineral producer with a population of only 19 million, has two world- class research institutes dedicated to mining innovation.

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What Sparkles in Sudbury is the Cluster of Mining Related Expertise and Innovation – Stan Sudol

This article was originally published in the Sudbury Star on November 21, 2003 (This is an expanded version of the original article.)

Sudbury’s Mining Cluster Is By Far Its Biggest Asset

Sudbury is one of the most fortunate cities of the 21st century.  In this new age of digitized, globalized commerce, this is one of the few communities in the world that has an internationally recognized cluster of mining expertise and knowledge. That was the reason why the South African trade mission recently visited the city.

There probably isn’t a mining engineer or geologist in North America or the world that has not made a pilgrimage to this “Mecca of mining” at least once in their lives.

For over 100 years, Sudburians have been honing their skills on the richest mining camp in the history of mankind. The total value of historic mineral production and present reserves from the Sudbury Basin exceeds U.S. $320 billion.

However, it is the 275 local mining supply and services companies, not Inco or Falconbridge that constitute the economic cluster that has been highlighted in the local media over the past two years. The knowledge of how to mine, not the mines themselves is the basis of a prosperous future for Sudbury.

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It’s Time To Focus On Sudbury’s Globally Significant Mining Sector – Stan Sudol

This column was originally published in the Sudbury Star on October 31, 2003

And turn Laurentian University into the Harvard of the mining sector

Every successful high-technology cluster around the world is anchored by a large engineering school with well funded research programs.  This connection supports the cluster businesses to create and apply new technologies and to successfully compete internationally.

In most technology clusters, many of the start-up firms are spun-off of university research activities. The best example of this is California’s Silicon Valley, the premier high-technology centre in the world and it connection with Stanford University’s renowned engineering faculty.

President Hoover, who graduated as a mining engineer from Stanford, eloquently wrote in 1909, “To the engineer falls the work of creating from the dry bones of the scientific fact the living body of industry. It is he whose intellect and direction bring to the world the comforts and necessities of daily need. … Engineering is the profession of creation and of construction, of simulation of human effort and accomplishment.”

The technology related sectors of science, math and engineering are the wealth creators of any society or country. It is the engineering schools of the world that produce innovative business people like Bill Gates of Microsoft and Steve Jobs of Apple Computer.  With this wealth creation societies are able to afford health care, education, social programs and high quality infrastructure.

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Sudbury Must Become Mining Technology Leader – Stan Sudol

This article was originally published in the Sudbury Star on August 8 , 2003

Sudbury is the greatest mining centre in the world:it’s time we were treated like it

The Sudbury Nickel Basin is the greatest mining camp the world has ever seen. It has been in continuous operation for over 100 years and after the Alberta Tar Sands, is the second most important natural resource in this country. The total value of historic mineral production and present reserves from the Basin exceeds $320 billion U.S.

Nickel, a greyish-white metal, is an essential component of stainless steel, the industrialized world’s wonder alloy. Stainless steel’s resistance to oxidation, corrosion and insolubility in water, is used for hospital equipment, electronics, aerospace super-alloys, military weapons, batteries, and even the coins in your pocket and the kitchen sink. The modern digitized, globalized economy of the 21st century would quite literally grind to a halt without nickel.

Notwithstanding the current labour disruptions at Inco Limited, Sudbury is not dying and the 14 active nickel mines that account for approximately 12 per cent of the world’s supply of nickel are not running out of ore. In fact, in the past few years, five significant new deposits have been discovered.  In the geological world, these discoveries are absolutely astonishing for a mining camp as old and well explored as Sudbury.

Many geologists believe the prolific Sudbury Igneous Complex will still be producing nickel, copper, cobalt, gold, silver and platinum group metals one hundred years from now and will still be contributing generous tax revenues for both provincial and federal treasuries all the while.

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Sudbury’s High-tech Mining Mania – by Stan Sudol

This column was originally published in the Sudbury Star on November 10, 2002

Government’s Overlook Sudbury’s High-Tech Mining Cluster

Well known for its rich nickel-copper deposits, Sudbury, Ontario sustains the world’s largest mining/industrial complex. For the past century, these rich ore bodies have contributed enormous wealth, measured in the trillions of dollars, to the Canadian economy and have positioned the community as a leader in mining technology development and mining supply and services.

However, Canada’s heavily urbanized population tends to view mining as a low tech industry contributing little to the knowledge based economy of the 21st century.  Nothing could be further from the truth.

Unfortunately, the combination of Sudbury’s undeserved, negative image, and distance from the country’s media and political centres are causing senior governments to overlook a high-technology cluster of mining supply businesses and research institutes.

This growing cluster of mining expertise could establish Canada as a world leader and create a booming northeastern Ontario economy if senior levels of government make the necessary strategic investments. 

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Ontario’s Green Miners Handle Broad Palate of Environmental Issues

This article was provided by the Ontario Mining Association (OMA), an organization that was established in 1920 to represent the mining industry of the province.

The Ontario Mining Association Environment Committee has representatives from most member companies, who possess a wide spectrum of specialties and tackle a broad palate of issues and concerns.  Under the leadership of Committee Chair Nancy Duquet-Harvey of Northgate Minerals, about 30 of the green miners met recently in Timmins.  The group had an extremely full agenda in the session, which followed the second Ontario Mine Reclamation Symposium and Field Trip.

The OMA Environment Committee regularly deals with the Ministry of Environment and handles both analysis of proposed legislation and regulations and proactively develops programs, protocols and, in some cases, computer software to improve environmental performance and reporting of member companies.  The group makes it a habit of sharing best practices, communicating well and working co-operatively.  The collective expertise that members bring to the Committee makes it possible to effectively address issues that are highly complex and technical. 

Major items on the agenda for the recent Timmins meeting included responses to the Toxics Reduction Act and the air standards setting process under Regulation 419.  The Committee has made two submissions on the toxics reduction initiative, expressing support for the government´s intent, but concern about provisions for very broad regulation-making powers and the lack of any defined test setting out how “toxic substances” will be identified and designated. 

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Gold Resources and McEwen’s Junior Index – by Marilyn Scales

Marilyn Scales is a field editor for the Canadian Mining Journal, Canada’s first mining publication. She is one of Canada’s most senior mining commentators.

It is difficult to overstate the importance of gold. It has been prized as decoration as long as humankind has been around. It makes a solid foundation for world banking. It has been fought over. It is the stuff of which legends are made. And gold is undeniably beautiful.

Most of the general public and the mineral industry snap to attention when gold is in the news. Reports of new gold finds are especially welcome. But they may be fewer and farther apart if the findings of Halifax’s Metals Economics Group (MEG) are accurate. (www.MetalsEconomics.com

MEG examined the costs of finding and acquiring gold reserves and found that overall the industry is not discovering new deposits fast enough to meet future production demand.

The report looked closely at major gold producers, those with an output of 450,000 oz or more in 2008. They overcame “… rising costs, equipment and labour shortages, electrical outages, wars, permitting hurdles, typhoons, political opposition, and other obstacles,” the report noted to replace reserves at twice the rate they are mining them. Most of these gains were made through acquisitions or upgrading existing resources due to the high gold price, not through grassroots discoveries.

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Republic of Mining.com Among 25 Top Mining Engineering Blogs

Top Online Engineering Degree.com  is a guide to the best online engineering degrees and on acquiring your BS engineering degree online. In addition, the site highlights what accredited schools have the best online bachelor’s degree in engineering generally, and specifically in computer engineering, electrical, environmental, civil, mechanical, aerospace, and online software engineering degree programs.

This website recently produced a list of the top 25 mining engineering blogs that included Republic of Mining.com.

Top 25 Mining Engineering Blogs

Mineral mining engineers locate, extract, and prepare minerals for use by manufacturing industries and utilities. They design open pit and underground mines, supervise underground operations in the construction of mine shafts and tunnels, and create procedures to transport minerals to processing plants. Mining engineers are employed across industries including professional, scientific, and technical. Today, the challenges of mining are greater than ever before. New high-tech methods are being designed to make tomorrow’s mines more productive, safer, and economically successful. Mining engineers are seeking ways to extract essential raw materials without causing undue disturbance to the environment, as well as to prevent pollution and reclaim land mined in the past.

To help you stay informed about this diverse and fast-moving industry we’ve combed through hundreds of blogs to collect what we consider to be the twenty five best blogs devoted to mining, the industry, and the next generation of mining engineers. Enjoy!

Mining News & Developments

Stay informed of current news & developments happening in the mining community.

1. everythingmining – A detailed blog for the mining industry. Some of the various topics covered world wide are exploration, projects, education, technology, research, news and environment.

2. World Mining Exploration News – This blog will give you comprehensive information and news about the mining industry, technology, exploration, and mining tools. There is also inside looks into some of the mining companies.

3. Abandoned Mine Posts – Provides articles and notices about abandoned mine drainage and abandoned mine reclamation. Dedicated to enhancing the quality of life by reclaiming abandoned mine lands.

4. Mining Equipment & Suppliers Blog – Get the latest news on mining equipment and suppliers on this blog. There is also plenty of advice and research done on the tools and companies that miners use.

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