Abstract
The field of 'active learning' is growing rapidly in many areas and high-quality software that allows the student to interact with a particular environment is now becoming commonplace. Chemistry is no exception and one area that has seen extensive development is the use of computer simulations of laboratory procedures used either as a preparation for laboratory work or to carry out a virtual investigation. In the former case, Nicholls (1999) describes a range of software providing pre-laboratory support for a range of firstyear undergraduate inorganic chemistry experiments. Using these computer programs, students work at their own rate on material presented through graphics, animations, simple calculations, tests and questions prior to carrying out the actual laboratory exercise. It is claimed that this approach'encourages students to evaluate critically procedures and results by ensuring that they think beforehand about the tasks they will be performing subsequently in the actual laboratory class. Garratt (1997) describes a different approach, predominantly in the areas of physical chemistry and biochemistry, giving students the opportunity to design 'virtual investigations' and to process and interpret the resulting data. For example, students are asked to choose a set of experimental parameters to allow the kinetics of a particular enzyme (randomly generated from 150,000 hypothetical examples) to be investigated.DOI:10.1080/0968776000080205
Highlights
The field of 'active learning' is growing rapidly in many areas and high-quality software that allows the student to interact with a particular environment is becoming commonplace
Chemistry is no exception and one area that has seen extensive development is the use of computer simulations of laboratory procedures used either as a preparation for laboratory work or to carry out a virtual investigation
The current prototype does not implement a true kinetic model where rates of reactions are dependent upon temperature
Summary
The field of 'active learning' is growing rapidly in many areas and high-quality software that allows the student to interact with a particular environment is becoming commonplace. Chemistry is no exception and one area that has seen extensive development is the use of computer simulations of laboratory procedures used either as a preparation for laboratory work or to carry out a virtual investigation. In the former case, Nicholls (1999) describes a range of software providing pre-laboratory support for a range of firstyear undergraduate inorganic chemistry experiments. We have set out to investigate ways in which practical work might be supported by designing and developing a software tool to simulate basic bench chemistry. A visual interface to allow the reactions to be followed and replayed under different conditions so that various experimental scenarios may be investigated
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
