Laboratory directions
Scientific Computing and Modelling Laboratory
Use numerical models, simulation and reproducible scientific computing.
Research scope
An applied-science perspective
Scientific computing connects mathematical models, numerical methods and reproducible simulation to complex scientific and engineering questions.
Use numerical models, simulation and reproducible scientific computing.
Research directions
Numerical validation and sensitivity
Reproducible scientific computing
Working with evidence
Frame the question
Specify the system or situation, the question to investigate and the criteria used to judge an answer. Separate observations, assumptions and intended applications.
Examine the evidence
Identify data and document sources, access conditions and quality limits. Record analytical choices so that another participant can understand and review the process.
Compare and interpret
Compare methods or scenarios against stated criteria. Discuss uncertainty, limitations and alternative explanations rather than presenting a single result without context.
Formats for discussion
- A structured case study and review of sources
- A methodological note or documented model
- A workshop discussion around findings and limitations
Research exchange and participation
Discuss this laboratory
Introduce your research question, your background, the available materials and the form of exchange you propose. Use authorised, non-confidential examples for a first discussion.
Discuss this laboratory →