Mini-fellowships
Mini-fellowships
GREENIN has funded four Mini Fellowship projects to support early career researchers and practitioners in developing innovative research, strengthening collaborations, and advancing knowledge on indoor greening and healthy indoor environments.
To explore all four Mini Fellowship projects, including researcher profiles, project summaries, blogs, videos and project updates, scroll down below.
Mini-fellowships
Meet our GREENIN fellows, a cohort of early-career leaders helping shape the future of indoor greening through collaborative, cross‑sector research.
Host institution: University of Surrey
Host: Professor Prashant Kumar
Project Title – Human-Centred Evaluation of Indoor Greenery for Thermal Comfort and Indoor Environmental Quality
Jorge Ignacio Soto Parejas, PhD Candidate
University College London (Picture here）
Summary – This Mini Fellowship aims to investigate how indoor greenery can improve thermal comfort, perceived indoor environmental quality (IEQ), and occupant wellbeing in residential buildings through a human-centred, data-driven approach. The project combines computer vision, environmental sensing, behavioural analysis, and machine learning to evaluate the relationship between indoor plants, environmental conditions, and occupants’ responses.
The fellowship will develop scalable, non-invasive methods for monitoring indoor greenery in real homes, integrating RGB imagery with environmental sensor data to identify greenery characteristics and their impact on comfort and perceived air quality. Occupant behaviour and adaptive responses will also be analysed to better understand how people interact with indoor green environments under different conditions. The project will further establish multimodal analytical models to identify key greenery features associated with improved comfort and wellbeing, ultimately producing practical evaluation frameworks and evidence-based guidance to support healthier indoor environments and future indoor greening strategies.
Host institution: UK Centre for Ecology & Hydrology
Host: Professor Laurence Jones
Project Title – Modelling and Optimising Window-Side Indoor Greenery for Particulate Pollution Mitigation
Ziyue Peng, PhD Candidate
Heriot-Watt University (pictured here)
Summary – This Mini Fellowship explores how window-side indoor greenery can reduce particulate pollution exposure in residential buildings while improving indoor environmental quality. The project combines computational modelling, environmental analysis and interdisciplinary collaboration to investigate the mechanisms through which indoor plants influence airflow, particle deposition and indoor air quality.
The fellowship examines how plant species, placement, window-opening configurations and airflow patterns affect particulate matter (PM₂.₅) removal in naturally ventilated homes. By integrating expertise from environmental engineering, ecology and horticultural science, the project aims to establish an evidence base for optimising indoor greenery as a nature-based solution for healthier indoor environments. The outcomes will contribute practical recommendations for residential building design and provide scientific evidence to support future indoor greening guidance and policy development.
Host institution: University of Surrey
Host: Professor Prashant Kumar
Project Title – Investigating Indoor–Outdoor Green Interfaces to Support Healthy Ageing Environments
Hangchuan Wei, PhD Candidate
University College London (pictured here)
Summary – This Mini Fellowship investigates how indoor–outdoor green interfaces, including balconies, windows and threshold spaces, can improve indoor environmental quality (IEQ) and support healthier living environments for older adults. The project combines IoT sensing technologies with data-driven environmental analysis to evaluate how greenery at building boundaries influences air quality, light, acoustics and occupant wellbeing.
The fellowship will deploy environmental sensors to monitor key indoor and outdoor parameters, including particulate matter (PM₂.₅), carbon dioxide (CO₂), illuminance and noise levels. Python-based data analysis will be used to assess how threshold greenery modifies environmental conditions and enhances indoor–outdoor interactions. Working closely with the GREENIN Network, the project will also develop an initial Sensory Green Audit Protocol to support future research and evidence-based design of healthy residential environments for ageing populations. The fellowship will strengthen interdisciplinary collaboration between building science, environmental monitoring and healthy ageing research while providing practical guidance for future indoor greening strategies.
Host institution: University of Surrey
Host: Dr Hao Sun
Project Title – Evaluating Indoor Greening as a Nature-Based Solution for Improving Indoor Air Quality
Nathalie Pearson, Founder of Safe Air Schools and Principal Advocate
University of Nottingham (pictured here)
Summary – This Mini Fellowship investigates the potential of indoor greening interventions, including potted plants, living walls and bio-based filtration systems, to improve indoor air quality and reduce exposure to particulate matter in residential environments. The project focuses on generating robust, policy-relevant evidence to support healthier buildings and sustainable urban living.
The fellowship combines field observations with air quality monitoring, exposure assessment and environmental modelling to evaluate the effectiveness of indoor greening in reducing particulate matter (PM₂.₅ and PM₁₀). Through collaboration with the GREENIN Network, the project will strengthen the scientific evidence underpinning nature-based indoor interventions and translate research findings into practical recommendations for healthy building design, indoor environmental management and urban policy.
There are no upcoming events at this time.