DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING DEVELOPMENT PROJECT IN SIMULATOR-BASED FOREST MACHINE TRAINING (PROFORSIM) Project Manager,

Slides:



Advertisements
Similar presentations
HOW TO DESIGN THE TRAINING CONTENT Training Unit 7.2 The fundamental elements of training contents.
Advertisements

Supporting further and higher education Learning design for a flexible learning environment Sarah Knight and Ros Smith Pedagogy Strand of the JISC e-Learning.
TKT Essentials Routes to excellence. TKT Essentials TKT Essentials course The TKT Essentials course provides a basic introduction to English language.
Assessing student learning from Public Engagement David Owen National Co-ordinating Centre for Public Engagement Funded by the UK Funding Councils, Research.
Work-Based Learning (WBL) Coordination The Amended Model WORKLIFE COOPERATION PLAN Workplace analysis Workplace database Framework agreement Workplace.
Tampere University of Technology Digital Media Institute/Hypermedia Laboratory 1 Jukka Huhtamäki Pekka Ranta Seppo Pohjolainen Hypermedia Laboratory P.O.
CURRICULUM DEVELOPMENT
INTRODUCTION.- PROGRAM EVALUATION
“Technology aiding pedagogy in Language Teaching”
MULTIMEDIA SYSTEM.
Quality Management in Web-based Learning - A Finnish perspective Kristiina Karjalainen Lappeenranta University of Technology FVU Seminar 20 June 2005.
ICT TEACHERS` COMPETENCIES FOR THE KNOWLEDGE SOCIETY
National Frameworks of Qualifications, and the UK Experience Dr Robin Humphrey Director of Research Postgraduate Training Faculty of Humanities and Social.
Minimum Core Skills and embedding. A study by the National Research and Development Centre (NRDC) 2006 discovered that…. Learners on embedded courses.
LECTURER OF THE 2010 FIRST-YEAR STUDENT: How can the lecturer help? February 2010.
Margaret J. Cox King’s College London
UNIVIRTUAL FOR INSTRUCTIONAL DESIGN Versione 00 del 29/07/2009.
Interstate New Teacher Assessment and Support Consortium (INTASC)
A learning platform brings together hardware, software and supporting services to enable more effective ways of working within and outside the classroom.
Chapter 7 Lauren Glover. To effectively integrate technology in teaching, teachers must utilize: Content knowledge Pedagogical knowledge Technological.
BBA 229 Training and Development Lecture 2 Strategic Training
W w w. a o k k. f i Developing systems for vocational teacher qualification improvement Kaunas 28 June 2007 Kristiina Volmari Vocational Teacher Qualification.
EFFECTIVENESS OF TRAINING Group 5. Effectiveness of Training  What is “effectiveness of training”? Effectiveness means producing an intended result.
Purpose of study A high-quality computing education equips pupils to use computational thinking and creativity to understand and change the world. Computing.
Institutional Evaluation of medical faculties Prof. A. Сheminat Arkhangelsk 2012.
Differentiated instruction Learning Team A G. Payvand Gibson, Wendy Keane, Ken Novak, and Marcella Raad Curriculum Constructs and Assessments: Mathematics.
Work-Based Learning (WBL) Coordination The Amended Model WORKLIFE COOPERATION PLAN Workplace analysis Workplace database Framework agreement Workplace.
The Library Imperial College London Debbi Boden & Sue Holloway Information Literacy: Its not sexy but it’s clever!
Anna Linnakylä Researcher Agora Center, University of Jyväskylä Finland Petri Lounaskorpi Pedagogical Consultant Municipality of Konnevesi Finland Involving.
Program celoživotného vzdelávania LEONARDO DA VINCI Leonardo da Vinci Vocational Education and Training (except tertiary level) Contact Seminar, Bratislava.
This project has been funded with support from the European Commission. This website reflects the views only of the author, and the Commission cannot be.
=_A-ZVCjfWf8 Nets for students 2007.
Quality Management in Web-based Learning - A Finnish perspective Kristiina Karjalainen Lappeenranta University of Technology EDEN Conference 22 June 2005.
Why a balanced literacy program?
UNIVERSITY OF HUDDERSFIELD SUPPORTING PRE-SERVICE TRAINEES ON PLACEMENT Pre-service Mentor Training 2011.
LEONARDO DA VINCI MULTILATERAL PROJECTS TRANSFER OF INNOVATION Lifelong Learning Programme.
Designing a Training Program RATIONALE OF THE TRAINING Background or introduction of what the training is all about –Developments in the field/discipline/area.
E-Learning. Three central questions: What is e-learning?  Why should we use it?  How should we go about doing it?
Imaginative Curriculum
Professional Development Opportunities for the New Math Standards.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Intel ® Teach Program International Curriculum Roundtable Programs of the Intel ® Education Initiative are funded by the Intel Foundation and Intel Corporation.
CASE Cases are descriptions of real-life situations, that may (a) include problems, solutions attempted, results and conclusions (research cases) or (b)
An Introduction to Formative Assessment as a useful support for teaching and learning.
The Care Act Learning and Development Programme November 25 TH 2014 Lynda Tarpey - Hasca Ltd.
Evaluating the New Technologies Ann Sefton Faculties of Medicine and Dentistry University of Sydney.
IC&IC eLearning solutions Bucarest, 2 September 2010.
The role of teacher in implementing inclusive education and the initial and continuing teacher education for supporting it. Pirjo Koivula Counselor of.
Quality Management in Web-based Learning - A Finnish perspective Kristiina Karjalainen Lappeenranta University of Technology WebCT Executive Seminar EDEN.
Name of presentation Integrating ICT: Part 1. Learning Objectives  increase our understanding of ICT integration  increase our ability to use ICT in.
EDU555 CURRICULUM AND INSTRUCTION ENCIK MUHAMAD FURKAN MAT SALLEH QUALITIES OF AN EFFECTIVE TEACHER.
Application Individualization and Differentiation in Czech Primary Schools - One of the Characteristic Features of Inclusion Application Individualization.
Generic competencesDescription of the Competence Learning Competence The student  possesses the capability to evaluate and develop one’s own competences.
A Professional Development Series from the CDC’s Division of Population Health School Health Branch Professional Development 101: The Basics – Part 1.
Session: Instructional methods; How to prepare practical exercise/case study 24 th January 2013 Dr. Eliona Kulluri Bimbashi (University of Tirana)
CMCSS Digital Blended Learning Introduction – Session 1 The Case for Blended Learning The CMCSS Vision And Purpose End of Year 1 (16-17) Expectations.
TEACHING STYLES TEACHING STYLES. LEARNING OUTCOMES To examine different teaching styles To evaluate how teaching styles can affect performance To begin.
The Confluence of the Goals of Technology Education and the Needs of Industry: An Australian Case Study with International Application Dr P John Williams.
Supporting learners to be at the heart of Area Reviews Katie Shaw, Policy & Campaigns Manager, NUS.
What are Training Paths and how to construct them
Arancha Oviedo EQAVET Secretariat
Quality Management in Web-based Learning - A Finnish perspective Kristiina Karjalainen Lappeenranta University of Technology EDEN Conference 22 June.
“CareerGuide for Schools”
Strategies and Techniques
LinguaFolio standards-based self-directed formative assessment tool
Skills for Learning, Life and Work
RBWM SCITT Mentor Meetings 2017.
PARTICIPATORY TEACHING STRATEGIES By: Alfredo S. Donio Jr.
Rotterdam:15-17/11/2001.
Presentation transcript:

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING DEVELOPMENT PROJECT IN SIMULATOR-BASED FOREST MACHINE TRAINING (PROFORSIM) Project Manager, Senior Researcher Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Learning environment Tacit knowledgeProduct Transfer of learning

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, The description of the ProForSim-project Main funding: European Social Fund Total costs: euros Timetable: Main partner: Valtimo College of Further Education (Forestmachine) Other partners: Finnish Forest Research Institute Municipality of Valtimo North Karelia educational federation of municipalities, Northern Karelian Polytechnic Komatsu Forest Inc. Ponsse Inc. Tampere University of Technology/Hypermedia Laboratory Timberjack/Plustech Inc. University of Joensuu

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Goals 1. To develop on the basis of research information a modern technologies based and pedagogically sound learning environment, curriculum, teaching materials, study method range and evaluation method for forest machine simulator based study purposes. 2. To study the tacit knowledge of the harvester operator in genuine and simulated environments. Tacit knowledge refers to the know-how which is acquired through personal experience and which can be difficult to communicate to others or to represent schematically 3. To utilize research information in the development of forest machine trainer expertise and in the research and development of simulators. 4. To develop high-quality training materials which are also suitable for international use.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Results A curriculum, training exercises, study methods, an Internet-based learning environment and both digital and printed teaching materials for controlled timber harvesting study purposes. The modular curriculum facilitates implementation of the simulator-based study programme. The modules can also be tailored to the needs of further education. Solutions which support the study programme have been evaluated and developed with the help of feedback from learning experiments. The effectiveness of the training is significantly influenced by, in addition to the simulator itself, the teaching methods, teaching materials and guidance resources employed.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Cooperative research makes tacit knowledge explicit Assessment of the tacit knowledge of harvester operators represents a relatively new area of research. A total of 34 experienced operators from eastern Finland have participated in the different stages of the ProForSim -project. Research data was collated by means of data acquisition software linked to the harvester and the simulator. The software enables access to a rich source of process data concerning the forest work of harvester operators. In addition, working technique and time consumption data from the operators' forest work operations was also collected.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Cooperative research makes tacit knowledge explicit The experienced operator plans and anticipates his work chiefly in terms of strategic stand planning, tactical working position selection and choice of stem cross-cutting procedure. These procedures are performed in situ at an operative level, the study of which provides the basis for know-how evaluation. Significant differences exist from one professional operator to the next in the various stages of the work process. A single universal harvesting operations model is difficult to define due to the limitations set by changing harvesting conditions, varied demands of different interest groups and stand-specific harvesting instructions.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Cooperative research makes tacit knowledge explicit The research material has been analysed using work study analysis methods and with the help of self- organizing maps and multivariate and data mining methods. On the basis of the research results it has been possible to analyse operator proficiency and produce proficiency profiles for the different operator groups.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Operating Models for a Managed Logging Process The operating models illustrating the implementation of a managed logging process present the fundamentals and main concepts of mechanised logging. The video clips are suitable for studying the planning involved in mechanised logging, its management, quality, execution and work safety assisted by simulator sessions and practical training in the forest operating a real-life harvester.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Training materials designed for multi-use applications The training materials developed in the ProForSim project are suitable for both Finnish and international forest machine training. Furthermore, the module-based curriculum and learning environment can be adapted to the specific training needs of different makes of machine and machine entrepreneurs. Research data is utilised in both the teaching materials and in study practices. Results from the ProForSim project can be utilised in a number of different ways to meet a variety of use purposes and on separate data terminal equipment. Trainer expertise has been developed and will continue to be developed through frequent training events.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, The results of the learning experiment (2002) The modular curriculum includes the content of module, aims, timetable, evaluation, supportative studying material (e.g. concept and videos) The plan was appropriate and meaningful. The students had enough time to practice and the operation as whole worked. The videos and concepts were also useful. The trainees felt that the real harvester motivated them more than the simulator and the teaching style could be more independent. One third of trainees wished for a clear teaching and two thirds wished for their independent way (teacher is available). The simulators support the evaluation and decision making processes. The teachers reported that the experiences were very good. They pointed out the systematic way and better learning conditions. This greatly helped the work in the real environment.

DEVELOPMENT PROJECT IN SIMULATOR- BASED FOREST MACHINE TRAINING Pekka Ranta, TUT/DMI/Hypermedia Laboratory, Thank you of the interest for our project Contact Project Manager, Pekka Ranta Senior Researcher, Ed. M. TUT/DMI/Hypermedia Laboratory P.O. BOX 553, FIN Tampere phone (0) gsm