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The IPACS Project

https://www.bath.ac.uk/projects/the-ipacs-project/

People. CHI2 affiliated researchers working on this project.

Results that match 1 of 2 words

Developing online problem-based learning in a new blended …

https://www.bath.ac.uk/projects/developing-online-problem-based-learni…

Developing online problem-based learning in a new blended Master's programme. This learning and teaching innovation project was funded by the Teaching Development Fund in 2019/20.

Interfaces

https://www.bath.ac.uk/projects/interfaces/

Open-ended. Investigating new solvents, nanomaterials and states of matter between liquid and solids. ... We investigate how material and molecules interact with each other to create new solvents, nanomaterials (nanoparticles, emulsions, micelles), and

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Biomedical nanoscience

https://www.bath.ac.uk/projects/biomedical-nanoscience/

Biomedical nanoscience. Nanoscience has many biomedical applications; we are working on new pacemaker concepts, wearable glucose monitors, and new forms of drug delivery.

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Quantum devices

https://www.bath.ac.uk/projects/quantum-devices/

Quantum devices. We make, investigate and model electronic devices at length scales small enough that their behaviour is quantum in nature, leading to new device concepts.

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Milner Genomics Centre

https://www.bath.ac.uk/projects/milner-genomics-centre/

1st June 2016. Phase 2: New MiSeq system. The Milner Genomics Centre is taking advantage of recent advances in Illumina's sequencing chemistry and buys a new MiSeq system to improve ... The Milner Genomics Centre purchases new equipment for automated

PathSimR

https://www.bath.ac.uk/projects/pathsimr/

Developing and deploying a versatile tool for modelling pathway capacity in NHS organisations

Speciality optical fibre

https://www.bath.ac.uk/projects/speciality-optical-fibre/

The resulting high intensities produce a large nonlinear response in which light generates new wavelengths or colours as it propagates. ... By filling the hollow core with gas or vapour, we can study light-matter interactions and build new types of

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