Job Description
Overview of the Role
The University of Sussex is inviting applications for a Postdoctoral Research Fellow to join the Systems Neurodevelopment Laboratory led by Dr Varun Sreenivasan.
This role focuses on cutting-edge research at the intersection of developmental neurobiology and systems neuroscience. You will investigate how the developing motor cortex expands into non-motor brain regions and how this process reshapes sensorimotor circuits.
The work combines advanced experimental techniques including in-vivo electrophysiology, optogenetics, viral tracing, and behavioural analysis, offering an opportunity to contribute to a highly innovative neuroscience programme.
Key Responsibilities
- Conduct in-vivo whole-cell electrophysiology during postnatal brain development
Apply optogenetic and viral tracing techniques to study neural circuit development
Record and analyse behavioural data using video-based methods
Build, maintain, and troubleshoot experimental rigs and setups
Analyse complex datasets using programming tools such as Python or MATLAB
Manage your own research workload and contribute to collaborative projects
Communicate findings through presentations, reports, and publications
About You
You will be a motivated early-career researcher with strong technical and analytical skills.
Essential requirements:
- PhD (completed or submitted) in Neuroscience or a related field
Hands-on experience with in-vivo electrophysiology or two-photon imaging
Experience with optogenetics, viral techniques, and behavioural studies in mice
Strong programming skills (Python or MATLAB)
Ability to manage experimental work independently
Strong communication skills for academic and collaborative environments
You should also be comfortable working in a technically demanding laboratory and contributing to the development of experimental systems.
About the School of Life Sciences
The School of Life Sciences at Sussex is a multidisciplinary research environment covering neuroscience, biochemistry, chemistry, ecology, and molecular biology.
Key strengths include:
- World-leading neuroscience and biological research
Strong links between laboratory discovery and real-world applications
Collaborative, cross-disciplinary research culture
High-impact contributions to health, environment, and technology
The School is part of several major research centres, including Sussex Neuroscience and the Genome Damage and Stability Centre, and has a strong international research reputation.
It holds a Silver Athena Swan Award, recognising commitment to equality and inclusion.
Research Context
This project contributes to broader UK priorities in neuroscience, biomedical research, and innovation, aligned with national frameworks such as:
UK Science and Technology Framework
UK Research and Innovation (UKRI)
Animal research regulations and ethical standards
Data protection in research (UK GDPR)
Skilled Worker visa guidance
Working Environment
You will be based at the University of Sussex campus near the South Downs, working within a highly collaborative neuroscience research environment. The lab is equipped with advanced tools for experimental neuroscience and provides strong technical and academic support.
Why Join Sussex?
- Work on internationally leading neuroscience research
Access advanced experimental facilities and multidisciplinary expertise
Join a supportive, collaborative academic community
Be part of a research-intensive UK university with global impact
Key Dates
- Closing Date: 4 May 2026
Start Date: July 2026
Interview Date: To be confirmed
Eligibility
This role is eligible for Skilled Worker visa sponsorship (subject to salary and criteria). Some applicants may require ATAS clearance depending on nationality and research area. All work must be undertaken within the UK.