Education

PhD

Sussex Neuroscience 4-Year PhD Programme · University of Sussex
Sept 2023 – Sept 2027 · Brighton
  • Degree:PhD
  • Primary supervisor:Adam Barrett
  • Co-supervisors:Dominique Makowski, Anil Seth
  • Project (working title):Complexity and Cognitive Flexibility in Altered States and Non-Human Bio-Collectives
Rotations
  • Rotation 1 (Supervisor):Luc Berthouze (Complex Systems)
    Project:Exploring Patterns in Embryonic Movement (computational approach)
    Skills:Exploratory data analysis & visualisation, change point detection, power analysis, signal processing, wavelets, phase-plane analysis, time series classification
    Outcome:Report; continued collaboration with Alonso Lab developing a pipeline for Drosophila melanogaster movement data analysis
  • Rotation 2 (Supervisor):Dominique Makowski (Reality Bending Lab)
    Project:Behavioural and Neural Correlates of Visual Illusions
    Skills:jsPsych, neuropsychological approaches, advanced statistical analysis of behavioural data, EEG preprocessing & analysis, GitHub
    Outcome:Report; continued collaboration; abstract accepted as a talk at ASSC27
  • Rotation 3 (Supervisors):Adam Barrett & Anil Seth (SSCS)
    Project:Dynamics of the Dying Brain
    Skills:EEG preprocessing & analysis (Python / MNE-Python), GitHub, complexity science
    Outcome:Continued collaboration; invited talk at Models of Consciousness 5 / MPE3 on links to minimal phenomenal experience

MRes

MRes Neuroscience (Distinction) · University of Sussex
Sept 2022 – Sept 2023 · Brighton
  • Supervisor:Claudio Alonso (Developmental Neurobiology)
  • Research project: Investigated interplay of neural activity and gene expression in the developing fruit fly using thermogenetics and semi-quantitative PCR. Results indicated that increased pan-neuronal activity during a critical late embryogenesis period down-regulates the Hox gene Ultrabithorax.

BSc

BSc (Hons) Neuroscience (First Class) · Queen Mary University of London
Completed 2021 · London
  • Supervisor:Shafaq Sikandar (William Harvey Research Institute)
  • Research project: Investigated the pronociceptive role of neutrophils in a mouse model of chronic pain using hyperalgesic priming and neutrophil depletion (monoclonal antibody). Results implicated neutrophils in prolonged ipsilateral and contralateral mechanical hypersensitivity.
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