engineering education 2012 conference coventry

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Dr Andrea Wheeler, Professor Simon Austin and Professor Jacqui Glass The Centre for Engineering & Design Education, 1 st Floor, Keith Green Building School of Civil and Building Engineering E-mentoring for employability September 17 th – 20 th 2012 EE2012

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Page 1: Engineering Education 2012 Conference Coventry

Dr Andrea Wheeler, Professor Simon Austin and Professor Jacqui GlassThe Centre for Engineering & Design Education, 1st Floor, Keith Green BuildingSchool of Civil and Building Engineering

E-mentoring for employability

September 17th – 20th 2012

EE2012

Page 2: Engineering Education 2012 Conference Coventry

• My paper describes the work of an HEA Departmental Grant with the School of Civil and Building Engineering.

• Examines theories of employability

• Through narratives of mentees and mentors involved in the first pilot programme examines notions of employability and explores internationalisation to ask we can provide in e-mentoring programmes a virtual space for students to discover the capabilities they need to live the lives they value.

Outline

Page 3: Engineering Education 2012 Conference Coventry

• 5.1% reduction in graduate employment.• Recent graduates are more likely to work in a lower skilled job

than ten years ago.• Figures show that nearly 36% are employed in a lower skilled job

compared with 26.7% in 2001 (the Graduates in the Labour Market 2012 report published by the Office for National Statistics).

Context and statistics

Page 4: Engineering Education 2012 Conference Coventry

I really have worries about my post PhD life because I would like to be involved with industry, but suddenly feel like I am a fresh university graduate (even after getting PhD!). There is so much uncertainty, and if I am being honest some lack of confidence on my part (Loughborough University, School of Civil and Building Engineering, International PhD Student 2011).

Even at PhD level…students without relevant experience.

Page 5: Engineering Education 2012 Conference Coventry

Educational theories: Employability in Engineering

• Engagement with employers. The Government White Paper Higher Education: Students at the heart of the system (BIS, 2011) states the need for employer engagement and similarly the Wilson Review (Wilson, ed., 2009) recommends that Universities work more with employers.

• The new graduate engineer needs new skills. The Royal Academy of Engineering (RAE) 2010 report Engineering Graduates for Industry states businesses have also stressed the new and distinct roles engineers now play in businesses: ‘…the technical specialist imbued with expert knowledge; …the integrator.. operating across boundaries in complex environments; and ... the change agent providing the creativity, innovation and leadership necessary to meet new challenges’ (RAE, 2007).

Page 6: Engineering Education 2012 Conference Coventry

Theorists of employabilityApollo Research Institute. Tracey Wilen-Daugenti: Employees want to stay relevant, and educators need to prepare the next-generation workforce. HEA Sector (US). In Society 3.0: How Technology is Reshaping Education, Work, and Society (January 2012) she argues HEIs needs to assess the intersection of technology, education, and business. – what this means for new graduates.In Future Work Skills 2020, a study by the Institute for the Future, for Apollo Research Institute (2011), she identifies 10 key skills new graduates and current workers will need to stay competitive. New skills they identify:

1. "transdisciplinarity" (understanding concepts across multiple disciplines),2. "virtual collaboration" (proficiency in working as part of geographically dispersed teams),3. "cross-cultural competency" (ability to operate in multicultural settings).4. “Social intelligence” (workers who can build collegial and productive online relationships will be in high demand). “As organizations expand globally, social intelligence will help managers build virtual workgroups comprising the right blend of talent and personalities,” Dr. Wilen-Daugenti says.

Other skills include:Sense making; novel and adaptive thinking; design mindset; new media literacy; computational thinking, cognitive load management

Page 7: Engineering Education 2012 Conference Coventry
Page 8: Engineering Education 2012 Conference Coventry

Growing Internationalisation of the HE Environment

• The problem of internationalisation in HE, as cited within literature is, however, a rather fluid concept. It may refer to very different problems:

• “Intercultural competence”, the ability to communicate those working in or from different cultures – free from prejudice and motivated to continued learning: A set of cognitive, behavioural, and affective/motivational components that enable individuals to adapt effectively in intercultural environments.

• “Transnational education”, whilst this may refer to the growing numbers of international students who go abroad for a combination of reasons such as career advancement, quality of education, immigration or the experience of living abroad. There are a number of international students who want career advancement and quality of education, without having to go very far from home (hence the birth of satellite campus)

• or equally the “Bologna process” and its potential for student mobility. • How students understand themselves and building upon their employability from their

own life experience and background.

Page 9: Engineering Education 2012 Conference Coventry

• Developing employability and intercultural competence isn’t just about skill (or indeed HEIs identifying skills needed).

• The impact of social and cultural capital is well know: graduates from working class backgrounds are less likely to know how to “work the system” (James Rhem, 1998)

• Developing ‘soft skills’, personal qualities and dispositions – easier for some than others?

• Students often don’t know what they want their working lives to be.

Page 10: Engineering Education 2012 Conference Coventry

Educational theory and CAPABILITY

Put simply, the capability approach is about freedom and the development of an environment suitable for human flourishing. Capability refers to what people are actually able to be and do, rather than to what resources they have access to. It focuses on developing people’s capability to choose a life that they have reason to value. Freedom and capabilities cannot be separated. The opportunities to develop capabilities and the process of deciding collectively on valuable capabilities both require and produce freedom (Walker, 2004, 104).

Profoundly student centred approach to employability…

Page 11: Engineering Education 2012 Conference Coventry

CAPABILITY IN EDUCATION

The capabilities approach focuses on what each and every person is able to do and be, their ‘valuable doings and beings’, in making meaningful choices from a range of options [...] The notion of ‘reason to value’ is important, pointing as it does to reflective, informed choices. At issue for critical and democratic forms of educational action research is that Sen’s capability approach offers an approach to evaluating social (and, hence, educational) advantage, in which expanding people’s agency and freedom is held to be central. In this approach, an individual's capabilities to undertake valued and valuable activities constitutes an indispensable and central part of the evidence for our judgements, arrived at through an educational action research process about how well they are doing (Walker, M. 2004, 104).

Walker, M and Elaine Unterhalter eds., (2010) Amartya Sen’s Capability Approach and Social Justice in Education. Palgrave Macmillan

Page 12: Engineering Education 2012 Conference Coventry

E-mentoring research

1. The tension a capabilities approach defines - within the scope of an e-mentoring programme - is whether students have the freedom to achieve those functionings’ (ambitions) that they value?

2. Are there new ways thinking about employability emerging from a changing HE community – from students, academic and industry collaborators - demanding curriculum support from HE; and do e-mentoring schemes provide a testing ground for the discovery of this need for change?

Page 13: Engineering Education 2012 Conference Coventry

The E-MENTORING Pilot : “Improving Student Employability Through E-Mentoring”. (February 2012 – June 2012)• Awarded HEA Departmental Grant• Recruited mentors and mentees. Mentors were

young, 2- 7 years post qualification. Mentees from the School of Civil and Building Engineering (without placement experience).

• Invited to a launch meeting to meet mentors/mentees and have some training (all online).

• Left to get on with it. Some emails. Some invitations to feedback via online questionnaires.

• June – August interviews.• September, review of programme and revision

ahead of pilot 2.

Page 14: Engineering Education 2012 Conference Coventry

Aims:• examine the changing skills needed by graduates joining Industry; • explore the employment benefits of e-mentoring schemes for undergraduate and postgraduate students; • pilot and refine e-mentoring processes; • develop sustainable implementation plans for undergraduate and graduate programmes at Loughborough University, and;• create a tool-kit for the adoption of e-mentoring by other Universities and other disciplines.

Outputs:• A project web-site to provide guidance to participants and to disseminate findings and outputs, and;• An overview publication about implementing mentoring through use of

technology, which describes experiences, lessons learned and the resulting effective practice.

Page 15: Engineering Education 2012 Conference Coventry
Page 16: Engineering Education 2012 Conference Coventry

Narratives and experience MENTEES (interviews carried out by summer intern) Benefits?

What did they talk about? CVs Job Applications The UK working environmentHow did they feel about it? Generally positiveSuccesses and failures? Some – it was the first pilot

Page 17: Engineering Education 2012 Conference Coventry

Narratives and experience MENTEES (interviews carried out by summer intern) Benefits?

Mentees: …things that really stand out for me are that at this level after Masters when we go back home we’re going to be more of manager’s than technical people. People management, which is a very difficult thing, working with big groups, I’ve learnt a couple of things about that. The thing I’ve learnt is about strategies, this was completely new to me, you know. Every business, everything in life, there’s a strategy. You need to know where you want to go and have some sort of plan to get there. Before we just used to wake up and do things and get there.

Discussions are generally about the experiences gained in the industry and guidelines and tips on how to be successful in industry. The way things are done in the construction industry in Ghana and UK were discussed and compared.

Page 18: Engineering Education 2012 Conference Coventry

Narratives and experience MENTEES (interviews carried out by summer intern) Benefits?

Discussions to date had been about: How do you organise a large business; what procedures do you need to put in place when planning/running a big project; the qualities of a good manager; how is knowledge shared within large organisations; and continuous development of staff within industry and whose responsibility it is.

I used to supervise new graduates in my workplace as well and one of the problems new graduates face is that they get shocked at the new challenge […] working under pressure and it helps when someone tells you how he is so busy and so under pressure and then those issues prepare a fresh graduate for the future.

Page 19: Engineering Education 2012 Conference Coventry

Narratives and experience MENTORS

See William Bancroft (2012) “E-mentoring for employability” POSTER PRESENTATION

Our initial conversations were a bit of an ice breaker discussing both my background and Linda’s (name changed). We discussed the path Linda had followed to go to University and what she expected from a career in civil engineering. We also discussed her academic strengths and weaknesses. Following on from that Linda arranged a sponsorship interview with a construction company, so we discussed in great detail CV’s including going through some of my own older ones and my and Linda’s current CV’s . We then talked about what it’s like to be an interviewer […] We have also discussed some of the coursework and lab projects…

Page 20: Engineering Education 2012 Conference Coventry

Improvements for the second pilot

• Training• Pairing• Technology• Relationships

Page 21: Engineering Education 2012 Conference Coventry

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ORIGINAL RESEARCH QUESTION… Approaching Pilot 2

A question for mentees. The tension a capabilities approach defines - within the scope of an e-mentoring programme - is whether students have the freedom to achieve those functionings’ (ambitions) that they value?

A question for mentors: Are there new ways thinking about employability emerging from a changing HE community – from students, academic and industry collaborators - demanding curriculum support from HE; and do e-mentoring schemes provide a testing ground for the discovery of this need for change?

Page 22: Engineering Education 2012 Conference Coventry

Expanding the programme to other departments in the University.

The President of the ICE, Richard Coackley gave a lecture on the theme of energy to the School of Civil and Building Engineering where he focused on three areas of development for the engineering institution: harnessing new sources of sustainable energy from natural resources; harnessing the skills and talent of the UK’s engineers and future engineers; and harnessing the energy of the ICE’s partnerships with industry and Government. Citing the HEA e-mentoring project, he stated:

The e-mentoring pilot scheme, headed by Professor Simon Austin, links students with construction professionals according to interest and career path to provide the principles of traditional mentoring but exploiting the free and readily available technologies of Skype, social media and e-mail to foster the awareness of professional practice and the needs of employers. This is an excellent example of harnessing the energy: with mentors using their time and energy to harness and refine the energy of their mentees providing them with important experience of industry. (Richard Coackley, 20th April 2012, Loughborough University School of Civil and Building Engineering).

Page 23: Engineering Education 2012 Conference Coventry

Dr Andrea Wheeler

Teaching and Learning Co-ordinator (Projects),The Centre for Engineering & Design Education

http://www.sustainability-and-schools.com

[email protected]