bruce hebblewhite, the university of new south wales - status of australian mining engineering...

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Status of Australian Mining Engineering education and graduate supply/demand issues Bruce Hebblewhite School of Mining Engineering, UNSW Presentation to 12 th Longwall Conference, 2013 (15 October, 2013, Hunter Valley, NSW)

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Bruce Hebblewhite, The University of New South Wales delivered this presentation at the 2013 Longwall Conference. Longwall Conference is the optimal place for the industry to come together to discuss the latest advances in the industry, swap experiences and learn from the best operators in the business. For more information, please visit: http://www.longwallconference.com.au/2013

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Page 1: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Status of Australian Mining Engineering education and graduate supply/demand issues

Bruce Hebblewhite

School of Mining Engineering, UNSW

Presentation to 12th Longwall Conference, 2013

(15 October, 2013, Hunter Valley, NSW)

Page 2: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

• Human resource, or human capital is vital

for a sustainable mining industry,

both quality & quantity

- across all skill categories and professions

- mining engineers are but one of the sectors,

but an important one

Human Capital – the crucial

ingredient

Page 3: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

The Future Mining Engineer It is important to continually review education programs to ensure education curricula match desired industry graduate attributes. In the future, these could include:

• Good enabling scientific principles & engineering design skills

• Sound technical mining engineering knowledge

• Ability to deal with uncertainty and ambiguity in design & management

• Good communication skills at all levels

• Understanding of risk assessment principles & management

• Ability to live and work in remote, non-urban locations

Page 4: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

The Future Mining Engineer (cont’d)

• Capable of dealing with, and adaptive to change

• Commitment to value-adding and continuous improvement

• Understanding of principles of remote control and automation, as applied to mining systems; and ability to manage specialist staff in these and related IT fields

• Thorough understanding of, and commitment to HSEC principles; cultural responsibilities; and their implications for sustainable mining practices

• Global consciousness and awareness in terms of all of above attributes – including development of indigenous human resources & related cultural considerations; plus multi-lingual communication skills.

Page 5: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

How many is enough?

–No one knows!

How many are we delivering?

– prior to 2013 - not enough!!

– in last 6 months - too many!!

Mining Engineers for Australia

- future quantity?

Page 6: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Industry demand – 5 years ago

Page 7: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Skills shortage

2006 study by Minerals Council of Australia (MCA) indicated a need for 70,000 additional personnel to meet growth in Australian minerals industry from 2005 to 2015

This figure did not include numbers to cover retirement/exit replacements

Since this study, we saw a very temporary GFC impact in 2008/09, followed by another boom, and hence demand that was even stronger than before – at least until 2012/13!

Page 8: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Australian mining boom

– on again, but did it ever stop?

Source:

Sydney

Morning

Herald, 19

Nov, 2010.

Page 9: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Projected employment growth

(Australian minerals industry): 2005 – 2015

(Source: Minerals Council of Australia (2006))

Personnel Category No. of Persons

Labourer 6,378

Semi-skilled 22,059

Tradespersons 26,983

Technical staff 4,153

Professional staff 7,660

Managers/admin staff 2,930

TOTAL 70,163

Page 10: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Projected Australian employment growth, by

sector: 2005-2015 (source: MCA(2006))

Page 11: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

From that MCA study, the national demand for graduate mining engineers was estimated to be approx. 450/year to cover growth and retirement replacements.

During the period 2000-2006, the university sector was criticised for not delivering enough graduates, and not responding to the needs of industry, so…..(see later, we responded)

Page 12: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

National supply-demand figures for

Mining Engineers

0

50

100

150

200

250

300

350

400

450

500

200220032004200520062007200820092010201120122013

Demand

Supply

Page 13: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

International mining graduate supply data to 2012 (source: Langefeld, Society of Mining Professors, 2013)

Page 14: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

• For the period 2000 – 2007, industry (through MCA primarily) estimated the national demand to be 200 new graduates/year – to cover growth and retirement replacement

• This was increased to 250 in 2007, and then to 450 in 2011 (source: Ian Smith, MCA Chair)

• But now, all we know is that across the country, 2013 graduates are not being offered enough jobs, so demand has fallen below the supply level to ???

Demand – Basis of figures

Page 15: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

• In 2004, in response to the significant gap between supply and demand, and following a landmark review called “Back from the Brink”, Mining Education Australia (MEA) was formed.

• MEA was a national JV initiative to offer a common curriculum across the three (now four) major mining universities – aimed at addressing both quality and quantity of graduates

Mining graduate supply

Page 16: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues
Page 17: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues
Page 18: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

MEA Mining Curriculum (3rd & 4th years)

Page 19: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Australia now has eight different universities providing mining graduates

• UNSW

• UQ

• Adelaide

• Curtin (WASM)

• Wollongong

• Ballarat

• UWA

• Monash (commenced in 2013)

Is this smart? Why so many?

Current supply providers

Page 20: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

• Since 2007, MEA has significantly closed the gap between supply and demand, as at 2012, producing over 85% of Australia’s graduates.

• The providers, and MEA in particular, have kept their side of the bargain, in delivering what was asked for, but?

The supply side

Page 21: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

As an aside …..

Some UNSW Mining student data

Page 22: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

UNSW Undergraduate Student Numbers (S2, 2013)

0

20

40

60

80

100

120

140

2002 2004 2006 2008 2010 2012

1st Yr

Other yrs

-50

0

50

100

150

200

250

300

350

400

200220042006200820102012

Total

% change

New student

intake

Total student numbers

Page 23: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

In addition to the undergraduate pipeline, there is an alternate pathway into a professional career in the mining industry through postgraduate study

Page 24: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

UNSW Mining Eng total student population –

undergraduate and postgraduate

0

100

200

300

400

500

600

700

2003

2004

2005

2006

2007

2008

2009

2010

2011

2012

2013

Total

Undergraduate

Postgraduate

Page 25: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

35%

55%

10%

UNSW graduate destinations: Employment sector (2005 - 2011)

Coal Hardrock Other

Page 26: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

So up until 2013, supply has been strengthening and has finally reached the earlier industry demand targets

But now the game has changed: • graduates cannot get jobs

• There are limited vac work jobs for students

• There are virtually no scholarships for new

students

Page 27: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

You cannot turn the graduate tap off, and expect to be able to turn it back on as soon as things pick up, and have an instant flow of graduates again

- It just won’t happen

- In 4 years time, industry will be knocking our doors down demanding graduates, but…where will they be?

Page 28: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Education must be viewed as a long-term pipeline requiring strategic commitments, through peaks and troughs

Education is not just another

service supply market

Page 29: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

• Students have to be recruited from high school

• They read the media stories and are turned away in droves, under the impression that the mining boom is over, so there is no career in the mining industry

• They also hear about no industry scholarships available, so maybe the industry has no need of graduates?

• You don’t believe me?

• UNSW Mining preferences for 2014 were released last week, and have dropped 54% from 2013!

Student recruitment

Page 30: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Preliminary local preferences for 2014 (as at 30 Sept 2013)

Prelim. 1st Preferences v Actual Intake Notes:

1. Preference data is as indicated at end Sept of previous year

(local undergraduate students only)

2. Intake is shown as total student intake into 1st year only; plus all years

(incl. internationals)

0

20

40

60

80

100

120

140

20

02

20

03

20

04

20

05

20

06

20

07

20

08

20

09

20

10

20

11

20

12

20

13

20

14

1st Preference

Intake (1st Yr)

Intake (all Yrs)

2014 initial preferences

(2013 figures in

brackets)

1st 46 (91)

2nd 42 (67)

3rd 34 (56)

Total (1-3): 122 (214)

Page 31: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

• Even if we recruit them into uni, there is a 4 year lag before they come out the other end

• Failure to provide scholarships

• Failure to recruit graduates

very quickly translates to students not entering, or entering, but then dropping out of mining.

The university lag factor

Page 32: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Unless industry adopts a long-term strategic view of education support and graduate recruitment, they will never solve the problem of adequate graduate supply.

6 years ago, industry said they were committed for the long term

In the last 12 months, it appears that all bets are off (with a small number of very notable exceptions)!

The risk is that if numbers are allowed to drop back to where they were 10 years ago, Mining Schools will close and will not re-open.

The education sector is different

Page 33: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Unless there is a major change in real, tangible commitment, there is a real risk that the graduate supply, when the industry picks up again, will not be sufficient, and industry will once again be in trouble Is anybody listening? Will companies become more strategic towards recruiting and developing critical human capital?

Conclusions

Page 34: Bruce Hebblewhite, The University of New South Wales - Status of Australian Mining Engineering Education and Graduate Supply/Demand Issues

Thank you