Problem-based Learning in an Online IT Professional Practice Course Goold, A. (2004). Problem-based learning in an online IT professional practice course.

Slides:



Advertisements
Similar presentations
Student Learning Strategies for Success in Computer Networking July 06 Student Learning Strategies for Success in Computer Networking By Name Neville Palmer.
Advertisements

A Masters in Education in eLearning The University of Hull.
PQF Induction: Small group delivery or 1-1 session.
Introduction to Service-Learning for Students
Design, development, and assessment of mobile applications: The case for problem-based learning Massey, A. P., Ramesh, V., & Khatri, V. IEEE Transactions.
PD Plan Agenda August 26, 2008 PBTE Indicators Track
A2 Unit 4A Geography fieldwork investigation Candidates taking Unit 4A have, in section A, the opportunity to extend an area of the subject content into.
Action Plan Mr. Ahmed Zaki Uddin Mathematics O-Level.
Dept. of Computing and Technology (CaT) School of Science and Technology B.S. in Computer Information Systems (CIS) CIP Code: Program Code: 411.
Evolution of Thought and Practice What is Effective Integration of Technology, and Does it Make a Difference?
Dr Jim Briggs Masterliness Not got an MSc myself; BA DPhil; been teaching masters students for 18 years.
Forming the ‘Staffordshire Graduate’: A research project Identifying and implementing best practice in preparing our students for the‘ real world’ Alan.
2 The key challenge to maintain a robust petroleum industry is ensuring an adequate supply of well trained professionals now and in future The development.
Jan-Marie Kellow. “We only think when we are confronted with problems.” John Dewey “Wisdom begins in wonder.” Socrates.
1 Positive Learning Outcomes Through Problem-Based Learning Willie Yip Department of Computing.
Distributed Intelligence, Lifelong Learning, & Innovative Media: Foundations for Graduate Education Sharon Derry, University of Wisconsin-Madison Gerhard.
Master Online Teacher Competencies eLearning Conference 2007 Virgil E. Varvel Jr.
Fostering Entrepreneurship in Higher Education – a EU perspective Simone BALDASSARRI Unit E.1 Entrepreneurship.
Mohammad Alshayeb 19 May Agenda Update on Computer Science Program Assessment/Accreditation Work Update on Software Engineering Program Assessment/Accreditation.
Project-Based Learning
The Graduate Attributes Project: a perspective on early stakeholder engagement Dr Caroline Walker Queen Mary, University of London.
Introduction to teaching and assessing so students will learn more using learner-centered teaching Phyllis Blumberg Warm-up activity How can instructor’s.
INACOL National Standards for Quality Online Teaching, Version 2.
Standards and Guidelines for Quality Assurance in the European
15 th Conference on Software Engineering Education and Training Foundation Software Engineering Practices for Capstone Projects and Beyond Annegret Goold.
LECTURER OF THE 2010 FIRST-YEAR STUDENT: How can the lecturer help? February 2010.
Learning Development and Innovation Overview and Updates Steve Wyn Williams March 2013.
Dharmadeo Luchoomun1 Joe McLuckie1, and Maarten van Wesel2 Prepared By: Aiswarya Gopal Ramya Ravi.
ACADEMIC PERFORMANCE AUDIT
OBE Briefing.
1. 2 Why is the Core important? To set high expectations –for all students –for educators To attend to the learning needs of students To break through.
Critical Characteristics of Situated Learning: Implications for the Instructional Design of Multimedia Herrington, J., & Oliver, R. (1995). Critical Characteristics.
The Common Core Curriculum By Dean Berry, Ed. D. Gregg Berry, B.A.
Communication Degree Program Outcomes
‘Moodling in’: Using a virtual learning environment to deliver staff induction An interactive workshop presented by Andrea Lambon Assistant Director, Library.
Asynchronous Discussions and Assessment in Online Learning Vonderwell, S., Liang, X., & Alderman, K. (2007). Asynchronous Discussions and Assessment in.
ELearning Design After your analysis, prepare for delivery.
Enhancing problem-based learning designs with a single e-learning scaffolding tool:Two case studies using challenge FRAP Advisor : Min-Puu Chen Presenter.
Unit 1 – Preparation for Assessment LO 1.1&1.2&1.3.
Examining Technology Uses in the Classroom: Students Developing Fraction Sense by Using Virtual Manipulative Concept Tutorials Suh, J., Moyer, P. S., Heo,
Quality Assurance in Staff Development Training Seminar on Implementation of Effective Quality Assurance Systems in Romanian Higher Education Institutions.
A Problem Based Learning Journey Through the BA Learning Technology Research pathway.
Understanding Problem-Based Learning. How can I get my students to think? Asked by Barbara Duch This is a question asked by many faculty, regardless of.
Programming the New Syllabuses (incorporating the Australian Curriculum)
Preparing Future Teachers for 21 st Century Learning Partnerships that enhance the capacity of pre-service education 2008 Deakin University Faculty of.
Summary of the International Society for Technology in Education (ISTE) and NCATE's Educational Computing and Technology facilitation Standards for K-12.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
March E-Learning or E-Teaching? What’s the Difference in Practice? Linda Price and Adrian Kirkwood Programme on Learner Use of Media The Open University.
Intel ® Teach Program International Curriculum Roundtable Programs of the Intel ® Education Initiative are funded by the Intel Foundation and Intel Corporation.
Middle School Student’s Self- Efficacy, Attitudes, and Achievement in a Computer-Enhanced Problem- Based Learning Environment 指導教授: Min-puu Chen 報告者: Hui-lan.
Problem-Solving Approach of Allied Health Learning Community.
Science Case Network How an RCN-UBE on Case Studies and PBL Can Help You Pat Marsteller and Ethel Stanley Channeling Margaret Watrerman Networking Conference.
Surveying instructor and learner attitudes toward e-learning Presenter: Jenny Tseng Professor: Ming-Puu Chen Date: April 12, 2008 Liaw, S., Huang, H.,
Staying Relevant A examination of an effective online course. Staying Relevant Learning Team A E-Learning/AET 541 September 29, 2014 Dr. Mary Poe (Elizabeth.
Participation in online problem-based learning: insight from postgraduate teachers studying through open and distance education. McLinden, M., McCall,
Developing a Work Based Portfolio
Exploring the National Educational Technology Standards for Administrators, Teachers, and Students Presented by: Jana Bowling.
指導教授: Chen, Ming-puu 報 告 者: Tsai, Yu-ting 報告日期: 2006/12/19 Kathleen, I. & Deborah, C. (2004). Scenario-based e-learning design. Performance Improvement,43(1)16-23.
Computer-supported problem-based learning in the research methodology domain 指導教授 Min-puu Chen 報告者 Hui-lan Juan 報告日期 Lehti, S., & Lehtinen,
CDIO: Overview, Standards, and Processes (Part 2) Doris R. Brodeur, November 2005.
Accreditation of study programs at the Faculty of information technologies Tempus SMGR BE ESABIH EU standards for accreditation of study.
1 Capstone design and curriculum renewal Margot McNeill Learning and Teaching Centre Thursday, 2 July 2009.
Assessment of PBL design approach in a dietetic web- based instruction 指導教授 Min-puu Chen 報告者 Hui-lan Juan 報告日期 Chanlin, L., & Chan, K. (2004).
PROJECT/PROBLEM-BASED LEARNING: Who’s Doing the Thinking?
Project-based Learning and Web 2.0 Integration
Learning objectives At the end of the session the students will be able to Define microteaching Mention the purpose of microteaching Narrate the methods.
Vikki Costa, Professor California State University Fullerton
An Introduction to e-Assessment
Innovative Learning & Development Specialists
Presentation transcript:

Problem-based Learning in an Online IT Professional Practice Course Goold, A. (2004). Problem-based learning in an online IT professional practice course. Paper presented at the meeting of World Conference on E-Learning in Corporate, Government, Healthcare, and Higher Education (ELEARN) 2004, Washington. 指導教授: Min-puu Chen 報告者: Hui-lan Juan 報告日期:

Introduction There is an expectation that students graduating from tertiary information technology (IT) programmes should have technical skill and knowledge that will be up-to- date and make them employable. There are different ways of providing experiential learning opportunities for students who have undertaken IT studies in Australia. At present, students studying information technology at Deakin University undertake a capstone project in a course that offers experiential learning (Goold 2002).

Introduction One of the courses that will be offered at the third-year level is IT Practice. This course will be studied by students prior to their enrolment in the capstone project course. IT Practice will be developed using a Problem-based Learning (PBL) pedagogy that provides students with authentic tasks allowing them to expand professional skills and practices. This paper presents the PBL approach that has been proposed for use in IT Practice and discusses some of the particular elements, processes and features that will be adopted.

Background The learning objectives of IT Practice are such that once this course has been successfully completed,students will ▫ Have knowledge of technical practices within the IT industry; ▫ have an understanding of the ethical behaviors and social responsibility required of IT professionals; ▫ have expanded on knowledge acquiredover their previous IT studies; ▫ have extended their critical thinking and communication skills. One of the aims of Our University is to ensure that all students are given the opportunity to develop skills for lifelong learning. Our School has nominated IT Practice as the course that will be delivered wholly online.

Problem-based learning It is often restricted to teaching first-year programming and information systems (Greening et al. 1997; Duke et al. 2000; University of Brighton 2003). Yet according to Kutay (1999) PBL is ideally suited to the learning of practical, skills -based courses such as engineering and computer science.

Problem-based learning There appears to be a number of different ways that PBL is practised but essentially these practices have some common characteristics: ▫ ‘Real-life’ problems are used as much as possible to engage the student in the learning process; ▫ Course material crosses traditional course material; ▫ Students collaborate in small groups; ▫ The teacher’s role is as a facilitator of learning not as an imparter of knowledge; ▫ Resources are available to assist in solving the problem but information on how to develop the solution is not provided.

Problem-based learning It seems that the computing discipline lends itself to the PBL approach and ‘matches these characteristics in the following ways: ▫ Computing is for the most part problem driven; ▫ Life -long learning is a necessity due to the rapidly and continually changing nature of the industry; ▫ Practitioners must constantly update their skills and competencies in order to keep abreast of new technology; ▫ The project group is the predominate mode of operation within the industry; ▫ Computing crosses discipline boundaries’ (Ellis et al p42).

The PBL Approach in delivering IT Practice Overview of PBL in IT Practice

The PBL Approach in delivering IT Practice United Enterprises is a fictitious organization that simulates an organization in the real world. It consists of two main parts: a series of multimedia resources that make up organizational elements, and facilitators who work for the organization. The facilitators within United Enterprises are faculty who act out prescribed roles within the organization such as legal advisor, help desk operators and business section managers. Their primary role is to provide further scaffolding for the problems or tasks students have been asked to solve.

The PBL Approach in delivering IT Practice The students undertaking IT Practice will work in groups, as consulting teams, to solve problems for United Enterprises. Essentially the student groups will be autonomous and self- directed and a significant amount of communication and collaboration will be required to solve problems and achieve tasks. All of the problems are applied to the United Enterprises context. They are scenario based to simulate real life as much as possible.

The PBL Approach in delivering IT Practice Tools available in the online environment

Some issues and challenges There are a number of issues with the implementation of IT Practice that have yet to be addressed. A primary consideration is the type of assessment that will be used. PBL encourages active and self-directed learning and there is little purpose in assessing surface knowledge (facts). ▫ Written examinations in IT Practice will assess deep learning and allow students to demonstrate their critical thinking and problem- solving skills, and prove that they have an understanding of how IT professionals work in practice. ▫ Other suitable types of assessment for use in IT Practice include presentations, peer assessment, self assessment and facilitator assessment.

Some issues and challenges One of the biggest challenges will be to provide appropriate and suitable staff to support the course and the PBL pedagogy. ▫ The organizational facilitators will need to take on the role and character of a particular person within United Enterprises and be able to act out that role online. ▫ These facilitators will need to be staff who are innovative and creative, and have a thorough understanding of organizational procedures, business processes and IT tools and techniques.

Conclusions This paper has provided a concise but by no means comprehensive overview of how PBL will be introduced into teaching an IT course online at Deakin University. The PBL pedagogy and the provision of a simulated workplace with authentic tasks and problems will give students the ability to work effectively in the capstone project course and give them the ability to assimilate more easily into professional life once they have graduated. PBL must have institutional support to provide the resources to ‘do it well’.