Work-Related Learning in Higher Education
Päivi Tynjälä
FinnishInstitute for EducationalResearch
Contents:
1) Global challenges and future skill needs
2) Different forms of work-related learning and partnerships in HE
3) Pedagogical considerations:
The model of Integrative Pedagogy
1) Major global challenges and skill needs
http://herbu1.files.wordpress.com/2009/06/future-thinking.jpg
Globalisation
Climate change UrbanizationIncrease and ageing of population
Techonological development Networking
Continuous change
Fast development
Complicated structures
Innovations
Digitalization
Increasing amount of information
Boundaryless work
Robotization
Immigration
Ten skills for the future workforce
(Future Work Skills 2020, Institute for the Future for the University of Phoenix Research Insitute)
1. Sense-making
2. Social intelligence
3. Novel and adaptive thinking 4. Computational thinking
5. Cross-cultural competency 6. New-media literacy
7. Transdisciplinarity 8. Design mindset
9. Cognitive load management 10.Virtual collaboration
- Skills perspective too narrow
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http://curriculumredesign.org/ Fadel, Bialik & Trilling, 2015
Four-Dimensional Education: The Competencies Learners Need to Succeed,
Copyright © 2015 by Center for
Curriculum Redesign
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P
Barnett 2002: Living in supercomplixity requires human qualities such as:
-carefulness, thoughtfulness, humility, criticality, receptiveness, resilience, courage, stillness
http://www.hult.edu/news/develop-your- personal-resilience-for-career-success/
http://www.successconnections.com/articles/2015 /04/13/how-to-muster-up-courage-for-bold-action/
Päivi adds: wisdom
http://www.ipc.dk/en/long_courses_themes.asp?theme=1&subject=12
New forms of learning:
- transformative and innovative rather than reproductive
- social and networked rather than individual
- ethical and value-conscious instead of
”value-free” and ”objective”
What is needed:
Education, society and the world of work should come closer each other
Expanding contexts for learning
School - workplace – lifeplace (Harris & Chisholm)
Need of new kind of pedagogy
World Skills 2005
Photos Martti Minkkinen
Karrasch et al.Lukion psykologia 4, p. 141 http://knowledge.allianz.com/demography/population/?351/a
ging-societies-and-shrinking-workforce
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Work-Related Learning
Educational activities which use the context of work for learning
- Work-experience placements, internships,
practicums, project-based learning, enterprise education, mentoring, work shadowing, work simulations
- learning through work, about work and for
work
Different forms of Partnerships and Work- Related learning
Initiated by individual HE departments: e.g. Internhips; Project-based learning
Initiated by HE institutions: e.g. Learning by Developing
Initiated by education and work together: e.g Berufsakademie
(University of Cooperative Education; Germany, Baden-Württemberg)
http://www.neptuneassociation.com/about/projectbasedlearning1.jpg Photos: Martti Minkkinen
Internship / Work experience / Practicum
http://projekti.it.jyu.fi/old- proj/eidewww/projektiryhma.html
- Authentic work experience as part of the curriculum Different models, varying pedagogy:
-Traditional, Experiential, Generic, Work Process and Connective model (Guile & Griffiths 2011)
-Specialist, Science-Based Renewal, Project-Based,
Networked Culture model (Jääskelä, Nykänen & Tynjälä 2016)
The models differ in
- how intensive is collaboration between the academy and workplace - how work experience is managed and organized
- how student learning is supported, guided and assessed at the workplace and at the academy
- to what extent theoretical and practical knowledge are integrated
Example of Teaching Practicum
Course on Teacher Ethics + Practicum
(Heikkinen, Tynjälä, & Kiviniemi, 2011)
Ethical theories How to work with high
ethical standards?
Ethical dilemmas in teachers` work
AT UNIVERSITY
-lectures + discussions + writing tasks
DURING PRACTICUM -observations
-reflective writing
AT UNIVERSITY -group discussions -reflective writing
Project-Based Learning
http://projekti.it.jyu.fi/old- proj/eidewww/projektiryhma.html
Development Project Course in Information Systems Design (University of Jyväskylä, Finland)
Theoretical components:
- Theories of project work
- Theories of information systems
Practical component: a project assignment from a client company
Pedagogical tools:
- guidance
- continuous reflection
- self-and peer-assessment, client assessment, teacher’s assessment
http://www.puv.fi/en/news/tietojenkasittelyn_opiskelijat_lahiverkkoa_toteuttamassa/
Interdisciplinary Project Course
http://projekti.it.jyu.fi/old- proj/eidewww/projektiryhma.html
- Interdisciplinary student groups from the research university and from the university of applied sciences
Multicultural Business Project Course
- Targeted mainly for international students but Finnish students may take a course as well
1) Domain-specific knowledge and skills (e.g. modelling of information systems design; domain-specific methods;
programming languages; overall view of the project work and designing an information system)
2) Generic skills (e.g. project management, information management; interaction skills, communication skills, negotiation skills; language skills)
3) Development of professional identity (e.g. development of career plans, identification as an IT professional,
strenghening of professional self-efficacy and self-confidence)
Self-assessed learning outcomes
(Helle, Tynjälä, Lonka & Olkinuora 2007b; Tynjälä, Pirhonen, Vartiainen & Helle 2009)
Integrative Pedagogy and Project-Based Learning
30/03/2017
Intrinsic motivation during the project-based course 20
(Helle,Tynjälä, Olkinuora & Lonka 2007)
inventory B inventory A
Estimated Marginal Means
4,6
4,4
4,2
4,0
3,8
3,6
3,4
3,2 3,0
low in SR
intermediate in SR high in SR
=at the beginning =at the end of the course
SR=self-regulation
Model of Learning by Developing
Laurea University of Applied Sciences, Finland
(Raij, 2007; Vyakarnam et al.2008)
- Based on R & D projects carried out in collaboration with
students, teachers, and workplace partners
- Aims to develop new
competences, working methods and innovations
http://www.laurea.fi/en/Research/learningbydeve lopingcenter/lbd_model/Pages/default.aspx
Real working life experience
Genuine
collaboration
Producing
innovations Gaining R & D
competence
Learning and Competence Creating Ecosystem (LCCE)
Close collaboration between the university and the business life
Learning, research, development & innovation, and regional development are connected
Projects as key components in curricula
Berufsakademie (BA)
Berufsakademie = state and industry working together in a dual partnership;
Three year program integrating higher education and on-the-job training:
Students are employed (as apprentices) during their education
Most of the partner companies offer their students a permanent employment after graduation
Berufsakademie
Training Company University College
Prof. Hess, BA-Stgt: BA-Baden-Württemberg, Germany
Integration of „Practise“ in the Academic Work
51 %
10 % 2 %
10 % 10 %
7 %
10 % Academic Modules
Personal Skills Basics in Engineering Training of Basic Skills
Training on Enginneering Work Projects
Final Project
Theory Modules 2336 h Training-on-
the-Job- Modules („Practise“)
2336 h
4672 h
13 %
15 %
13 %
10 % 49 %
Training-on- the-Job- Modules („Practise“)
2336 h
Prof. Hess, BA-Stgt: BA-Baden-Württemberg
25
Workplaces differ a lot in how they support learning
http://www.technologydoctor.com/headlines/
Kuvat: Martti Minkkinen
Factors influencing work-related learning 26
(Ashton, 2004; Billett, 2004; Heikkilä, 2006; Illeris et al, 2004; Sambrook, 2006;
Sveiby & Simos, 2002; Tikkamäki, 2006)
Organisational Individual factors factors
-organisational structure -individuals’ agency
-organisation of work and commitment
-collaborative climate -motivation
-senior manager support -self-confidence -orientation towards learning -life-situations
and innovation
Workplace learning is interdependent between the
workplace affordances and individuals' participation:
how workplaces afford opportunities for learning and how individuals elect to engage in activities and the
guidance provided by the workplace. (Billett 2001, 2004).
In internships also pedagogical arrangements make a difference (Virtanen, Tynjälä & Eteläpelto, 2014)
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The model of Integrative Pedagogy for supporting work-related learning
3) PEDAGOGICAL CONSIDERATIONS
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Levels of human psychology
Cognitive level Social level
Emotional level
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Elements of professional expertise
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Sociocultural knowledge Self-regulative knowledge
Practical / experiential knowledge
Feelings, attitudes, motivation
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Development of expertise : integration of different forms of knowledge and strenghening agency
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Sociocultural knowledge Self-regulative knowledge
Practical/
experiential knowledge
Feelings, attitudes, motivation
application
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Development of expertise : integration of different forms of knowledge and strenghening agency
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Socioculttural knowledge Self-regulative knowledge
Practical / experiential knowledge
Feelings, attitudes, motivation
application
explication
conceptualization
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Development of expertise : integration of different forms of knowledge and strenghening agency
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Sociocultural knowledge Self-regulative knowledge
Practical/
experiential knowledge
Feelings, attitudes, motivation
application
explication
conceptualization
reflection reflection
FinnishInstitute for EducationalResearch
Development of expertise: integration of different forms of knowledge and strenghening agency
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Sociocultural knowledge Self-regulative knowledge
Practical/
experiential knowledge
Feelings, attitudes, motivation
application
explication
conceptualization
reflection reflection
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P
Development of expertise: integration of different forms of knowledge and strenghening agency
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Sociocultural knowledge Self-regulative knowledge
Practical/
experiential knowledge
Feelings, attitudes, motivation
application
explication
conceptualization
reflection reflection Processes: problem solving,
Integrative thinking
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Integrative pedagogy
Cognitive level Social level
Emotional level
Conceptual / theoretical knowledge
Sociocultural knowledge Self-regulative knowledge
Practical/
experiential knowledge
Feelings, attitudes, motivation
application
explication
conceptualization
reflection reflection Processes: problem solving,
Integrative thinking Pedagogical
tools:
collaboration, projects, discussions, writing...
Pedagogical support:
guidance and feedback
New
knowledge and skills, expertise and wisdom
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Integrative Pedagogy for developing future expertise
(Tynjälä, Virtanen, Klemola, Kostiainen & Rasku-Puttonen, 2015; Tynjälä, Häkkinen& Hämäläinen 2014; Tynjälä & Gijbels, 2012; Heikkinen, Tynjälä & Kiviniemi 2011; Täks et al, 2014, 2016;
Ortoleva & al, 2014, 2015, etc)
Integrative Pedagogy in Teaching Practicum
Course on Teacher Ethics + Practicum (Heikkinen, Tynjälä , & Kiviniemi, 2011)
PARTICIPATION IN COMMUNITIES OF PRACTICE Creation of new knowledge
SOCIO-CULTURAL KNOWLEDGE
Ethical theories
How to work with high ethical standards?
Ethical dilemmas in teachers` work
Participation in all activities
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Täks, 2015
Integrative Pedagogy in Entrepreneurship Course
(Täks, Tynjälä, Toding, Kukemelk & Venesaar, 2014; Täks, Tynjälä & Kukemelk, 2015)
Integrative Pedagogy and Technological Tools:
Computer-supported collaborative writing for professional development (Ortoleva 2015; Ortoleva & Bétrancourt 2014; Ortoleva, Schneider, Bétrancourt, 2013)
Ortoleva, 2015
Integrative Pedagogy in Peer-Group Mentor Training
(Heikkinen, Jokinen & Tynjälä, 2012)
- training and mentoring work proceed in parallel - theoretical knowledge from lectures and
readings is reflected in the light of mentors´
experiences
- in interactive lectures
- in small groups discussions - in written assignments
- in practical exercises
- in virtual learning environments
http://www.osaavaverme.fi/eng
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Integrative pedagogy integrates:
- Different elements of professional expertise: Conceptual, experiential, self-regulative and socio-cultural knowledge - Different forms of thinking and intelligence (analytical,
practical and creative; Sternberg, 2003) - Academic knowledge and generic skills - Learning and working
- Scientific thinking and concrete doing - Formal and informal learning
- Individual and collaborative learning - Cognition and emotion
- Possibly different disciplines
- Possibly physical, virtual and social learning environments
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Workplace learning in Finnish VET system
What factors promote student learning and vocational identity development at work?
(Virtanen, Tynjälä & Eteläpelto 2010, 2014)
Student-related individual factors
Social, institutional and structural features of the workplace
Educational practices
Students’ motivational orientations
- achievement orientation - learning orientation - invention orientation - initiative orientation - avoidance orientation
Students’ prior work experiences
Students’ experiences of work communities
- social and interactional support - availability of individual guidance - active membership
Discussions at work
- with the workplace trainer - with other employees
Content of guidance discussions - guidance concerning work and work environment
- guidance concerning student’s own development and assessment
Size of the workplace
Integration of school learning and workplace learning
- integration between school learning and workplace learning
- connection between school and work
Different forms of guidance - discussion with teacher
- discussion together with teacher and workplace trainer
- assignments from school - learning journals
Length of workplace learning periods
Setting the goals for workplace learning periods
Self-assessment of one’s own work
Predictor variables for students’ WPL outcomes (all fields) (R²=50 %) (Virtanen, Tynjälä & Eteläpelto 2014)
1. Active membership (ensured by the workplace) .226 2. Integration between school learning and workplace
learning .196
3. Invention orientation .196 4. Learning orientation .161
5. Self-assessment of one’s own work .149 6. Availability of individual guidance .147
7. Guidance concerning student’s development and assessment .126
(Yellow = social, institutional and structural features of workplace Green = educational practices
Violet = student related individual factors)
Commerse and administration (R²= 59 %):
1) Integration of school learning and workplace learning 2) Active membership in workplace
3) Availability of individual guidance 4) Invention orientation
5) Self-assessment of one’s own work 6) Initiative orientation
7) Size of workplace learning site
Social and health care (R²=50 %):
1) Availability of individual guidance
2) Integration of school learning and workplace learning (=Integrative pedagogy)
3) Active membership in workplace 4) Invention orientation
5) Discussions with the workplace trainer
6) Setting goals for workplace learning period 7) Discussion with teachers
(Virtanen, Tynjälä & Eteläpelto 2014)
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Factors explaining learning of generic skills in university (Virtanen & Tynjälä, 2015; 2016)
Building the regression models:
Dependent variables: selected generic skills (e.g. Barrie, 2006;
Binkley et al., 2012; Clanchy & Ballard, 1995; Jones, 2009; Krause, 2014)
Independent variables: pedagogical practices of the course
1) different forms of teaching and learning (12), such as lecturing, working together and reading (e.g., Lueddeke, 2003;
Neumann, Parry & Becher, 2002; Smeby, 1996; Ylijoki, 2000)
2) the features of constructivist learning environments (24) (e.g., Duffy, Lowyck & Johassen, 1993; Loyens & Gijbels, 2008; Tynjälä, 1999;
Tynjälä & Gijbels, 2012; Tynjälä, Pirhonen, Vartiainen & Helle, 2009; von Glasersfeld
1995) and the model of integrative pedagogy
3) the atmosphere of the courses (e.g., Binkley et al., 2012;
Eteläpelto & Lahti, 2008; Hämäläinen & Vähäsantanen, 2011)
4) the assessment (e.g., Biggs & Tang, 2007; Struyven, Dochy & Janssens, 2005)
21.8.2015
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Problem-solving skills
(Virtanen & Tynjälä, 2016)
Ability to solve occupational problems (R²=47 %)
1) Acting at the interface between theory and practice (β= .601) 2) Working alone (NEGATIVE) (β= -.220)
Problem-solving skills (R²=49 %)
1) Acting at the interface between theory and practice (β= .314) 2) Reading (NEGATIVE) (β= -.225)
3) Working together with others (β= .212)
4) Assessment of other students’ work (β= .203)
21.8.2015
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Operating in new situations
(Virtanen & Tynjälä, 2016)
Ability to operate in new situations (R²=42 %)
1) Acting at the interface between theory and practice (β= .395) 2) Reading (NEGATIVE) (β= -.246)
3) Sharing and utilizing students’ earlier experiences and knowledge (β= .213)
21.8.2015
Simulations replacing authentic learning environments (Tynjälä, Häkkinen & Hämäläinen 2014;
Hämälainen & Oksanen 2012)
http://www.laerdal.fi/document.asp?subnodeid=14925384
-Technical equipment (e.g. fligth simulators, patient simulators) - PC / online learning games
- Role play simulations
Important: integrating conceptual knowledge and reflection to simulated activity
Karrasch et al, 2006: Lukion psykologia 3, Otava, p. 106.
Integrating different forms of knowledge with simulation games
Learning leadership skills in a simulated business environment (Siewiorek et al 2011, 2012)
Game + reflective essays: -analysing game experiences in the light of business and leadership theories
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Ga
https://www.jao.fi/fi/Jyvaskylan-koulutuskuntayhtyma/Hankkeet/Paattyneet-hankkeet/2011- paattyneet-hankkeet/Game-Bridge--peli/Pelin-esittely
Oksanen, Mannila & Hämäläinen, 2011:
https://jyx.jyu.fi/dspace/bitstream/handle/123456789/37472/978-951-39-4458- 2.pdf?sequence=1)
GameBridge (Oksanen & Hämäläinen 2012)
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GameBridge environment (Hämäläinen & Oksanen, 2012)
…”research has also shown that the quality of participants’
activity, rather than the virtual environment itself, brings about changes in the development of competences (Söderström et al., 2012; see also Hew & Cheung, 2013).” (Tynjälä, Häkkinen & Hämäläinen, 2014)
https://www.jao.fi/fi/Jyvaskylan-koulutuskuntayhtyma/Hankkeet/Paattyneet-hankkeet/2011- paattyneet-hankkeet/Game-Bridge--peli/Pelin-esittely
Oksanen, Mannila & Hämäläinen, 2011:
https://jyx.jyu.fi/dspace/bitstream/handle/123456789/37472/978-951-39-4458- 2.pdf?sequence=1
)
Conclusions 1/2
- Developing future competences requires inclusion of work- related learning into higher education
- Work-related learning should be integrated with theoretical studies
- Integrative Pedagogy Model provides a tool for connecting learning at the university and at the workplace
Integrative pedagogy model emphasizes a holistic view of professional expertise:
- Skills and knowledge are not separate entities but tightly integrated
- Cognitive, social and emotional dimensions of human development are integrated as well
- Reflection of practical experiences with the help of
conceptual tools (=theoretical knowledge) is in the core of the learning process
- Work-related learning should be guided both by the workplace and the university close collaboration is needed
Conclusions 2/2
Thank you
for your attention!
paivi.tynjala@jyu.fi
Work-related learning
- Learning taking place at the interface of education and work but not necessarily physically at the workplace
Work-based learning
- Learning taking place at work, usually as a part of formal study program
Workplace learning
- Learning taking place at the workplace – informal, nonformal or formal
3,6 8,6
9,8
14,1
63,6
0 10 20 30 40 50 60 70
%-percent in freetime activities
elsewhere combination at university at work
Where were the most important skills learnt?
University graduates after 2-10 years work experience
(Tynjälä et al. 2006):