"PhD Studentship: Modelling Animal Viewscapes Using LiDAR and Species-Specific Visual Fields"

Manchester Metropolitan University

Placed On: 24th February 2026
Closes: 27th March 2026
Reference: SciEng-CB-2026-27-Modelling Animal Viewscapes

Applications are welcomed for a fully-funded PhD studentship with Manchester Metropolitan University and Chester Zoo. Our team combines expertise in sensory ecology, evolutionary biology, and 3D imaging, to develop new approaches for understanding how animals perceive and respond to complex environments.

Modern zoos must balance animal welfare and natural behaviour with husbandry practice, visitor experience, and education. Doing so requires an understanding of enclosures as animals perceive them. While the idea of zoo soundscapes is growing, ‘viewscapes’ (what animals can see, how visible they are to visitors/conspecifics, and where visual refuges occur) remain understudied. Their relevance extends beyond zoos, as visibility and access to visual refuge also structure interactions in-situ. This PhD will build a toolkit to quantify viewscapes, integrating species-specific visual fields to map visibility across space and guide enclosure design.

You will join a vibrant research community and receive supervision from an experienced team spanning Manchester Met and Chester Zoo. You will benefit from a skills training programme through our Doctoral College, and will be based in the Faculty of Science and Engineering, and enrolled as a Chester Zoo Conservation Scholar.

Project aims and objectives

This project will develop a computational pipeline to quantify viewscapes for both animals and humans. This will include the specific objectives:

• Develop species-neutral viewscapes using terrestrial LiDAR-derived 3D enclosure models and ray-tracing modelling.
• Identify species-specific visual field characteristics, and investigate the benefits of incorporating these into viewscape modelling.
• Develop and test aspects of enclosure design in order to make future recommendations.

Funding

Both Home and International students can apply. Home tuition fees will be covered for the duration of the three-year award, which is £5,238 for the year 2026/27. Eligible international students will need to make up the difference in tuition fee funding (Band 3 for the year 2026/27).

The student will receive a standard stipend payment for the duration of the award. These payments are set at a level determined by the UKRI, currently £21,805 for the academic year 2026/27.

Specific requirements of the candidate

Essential:

• A first class or 2.1 degree (or equivalent) in Biology, Zoology, Computer Science, Architecture, or a related field
• Strong coding skills (Python preferred)
• Experience with processing and analysing 3D data
• Excellent written communication skills
• An interest in interdisciplinary research and enthusiasm for developing novel methods for improving animal husbandry, welfare and conservation