Title: Teaching Ebusiness skills to the nonIT specialist : Supporting selfdriven, independent learning usin
1Teaching E-business skills to the non-IT
specialist Supporting self-driven,
independent learning using an Active Learning
approach
- Stuart Sanders
- Senior Lecturer, IBAL/Business School
2The Problem!
- Non-specialist student
- Fast changing problem domain
- Multiple, overlapping tools and techniques
- Large number of possible answers
3Subject Choice
- Business Studies students - business related
problem - Add
- technical complexity
- remove technical constraints
- focus on solution selection rather than technical
competence
4INTENDED LEARNING OUTCOMES
- Having completed this unit successfully the
- student is expected to demonstrate
- An ability to identify and develop a simple
business model, which may benefit from the
application of integrated information systems and
technology. - An ability to use information technology in an
integrated (joined-up) fashion, linking
different applications and IS resources to
support a simple business model. - An appreciation of the uses and limitations of
information technology in implementing a business
model. - Application of the knowledge and concepts of the
separate disciplines of the subject domain
acquired in levels C and I.
5Learning and Teaching Methods
- This is by design a hands-on unit in which
concepts and tools will be introduced in a
laboratory environment. - Specific detail regarding models, frameworks and
other tools will be pursued through
student-managed learning based on on-line
materials, workbook /or core texts. - Lab sessions will be used to discuss the
application of the concepts and to develop
understanding of business models and technology
integration. They will also be an opportunity for
students to raise specific problems experienced.
6The Assignment
- For the overall assessment for this unit you are
required to produce a prototype E-commerce
Web-site for a small/medium sized organization.
The Web-site will consist of a number of
inter-linked web-pages (probably 4 6 in number)
and databases. These must include the following
components - An index page to the site
- Organization name and logoInternal information
about the organization to include the latest
balance sheet and PL account - A means for a potential customer to enter
structured information for transmission to the
organization (e.g. an order form) and - A means for the transmission of unstructured
information to the organization. - All sites must contain all of these components in
order to gain a pass grade.
7Additional Functionality
- In addition you may consider a number of
additional elements of functionality which could
be incorporated into the web-site, such as - A means of displaying current products for sale,
including prices and availability - A means of tracking an orders progress
- A graphical index to the site.
8The Process - Building the System
- 10 x 1.5 hour lab sessions
- Plus whatever additional time students wished
- Not evenly distributed - typically students
underestimated the time commitment required - Attendance at lab sessions tended to be front and
back loaded - definition and completion phases.
9Supporting the Process
- 3 Principal roles of the lecturer
- Setting student expectations
- Facilitating student learning
- Assessing student progress.
10URLs of these sites
- http//www.bournemouth247.com/coursework
- http//www.cliffbolton.com
11Academic Underpinnings
- Active / Co-operative Learning
- Learning by Doing
- Problem Based Learning
12Further Reading
- Active/Cooperative Learning Best Practices in
Engineering Education. - http//clte.asu.edu/active/main.htm
- Dodge, B, Active Learning on the Web
http//edweb.sdsu.edu/people/bdodge/Active/Acti
veLearning.html - Felder, R M, Active and Co-operative Learning
http//www.ncsu.edu/felder-public/Cooperative_Lea
rning.html - Felder, R M and R. Brent, "Learning by Doing."
- Chem. Engr. Education, 37(4), 282-283 (Fall
2003). - Problem Based Learning
- http//www.mcli.dist.maricopa.edu/pbl/index.html
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