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Design Principle
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The key idea of this
script is to enable the students to explore the chemical laboratory
methodology in a virtual environment thereby enabling them
to simulate the lab work, practice in a real
way and finally, to reflect about the process. |
Technical Aspects |
Active
Document
Tomcat, Java
iPAQ and Zaurus, PDAs (insite in the lab)
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Structure |
Three phases are considered necessary for this process,
as can be seen in figure 1. For each phase, a computer-supported
environment offers a structured scenario with functionality
for carrying out individual and collaborative activities.
Figure 1
- PreLab: PRELAB
students working at home carry out problem solving tasks
to develop an understanding of the subject matter.
- Lab: In
the LAB, students work in a real laboratory and focus on
the manipulation of chemical tools and chemical processes;
the system supports data collecting as well as some collaborative
modelling in this phase. Students carry out experiments
in the lab in pairs. They annotate the results In PDAs
- PostLab: POSTLAB,
students use the system from home in a collaborative fashion
to reflect upon and discuss in depth the theoretical background
and the experimental work carried about in the lab.
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Evaluating process in
chemistry domain |
Course |
Subject |
Student Number |
2001-2002 |
Química II |
12 |
2002-2003 |
Fundamentos Químicos de la Ingeniería |
49 |
2003-2004 |
Química II |
21 |
2003-2004 |
Fundamentos Químicos de la Ingeniería |
52 |
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Evaluating process in
another domains |
Course |
Subject |
Student Number |
2003-2004 |
Procesadores y Aplicaciones del Lenguaje
Natural |
13 |
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