

Generative Biology Institute
Building a faculty of leading researchers to tackle the key challenges in making biology engineerable and unlock its potential to benefit humanity.
Shalini Arun Prasad
Shalini Arun Prasad is Head of Media and Glass at the Generative Biology Institute at EIT, where she leads the delivery of high-quality laboratory support services critical to advanced scientific research. With a strong foundation in microbiology and laboratory operations, she specialises in building efficient, safe, and scalable media preparation and glassware services that underpin world-class research environments.
Shalini holds a Bachelor of Science degree in Microbiology and a Master of Business Administration from India, combining scientific expertise with strategic and operational leadership. Prior to joining EIT, she led Media Preparation and Glasswash services at the MRC Laboratory of Molecular Biology (LMB) in Cambridge, managing multidisciplinary teams and driving continuous improvements in quality systems, health and safety, and service delivery. Earlier in her career, she worked at the University of Cambridge in laboratory management and technical roles, and within the UK National Health Service (NHS) as a Pharmacy Assistant and Senior Pharmacy Procurement Assistant, gaining valuable experience in regulated environments, logistics, and supply chain management.
Shalini is passionate about enabling researchers through robust scientific infrastructure and collaborative support services. Outside of work, she enjoys baking, travelling, and listening to music, and values spending time exploring new cultures and cuisines.
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Work withShalini Arun Prasad
The GBI team aims to unlock the blueprint of life, enabling the rapid and scalable synthesis of entire genomes with newfound precision. Success would enable the identification and potential creation of DNA sequences that could generate biological systems designed to perform specific functions. These new DNA construction techniques could have a wide range of commercial applications, including designing more efficient crops with higher yields or finding personalised cell therapies and vaccines. Specially engineered cell processes could also support new biodegradable materials to help tackle the problems of climate change.
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"At EIT, bringing together people from different disciplines - from plant biology to AI and robotics - creates an environment where you’re constantly learning and solving problems in new ways. I have already learnt a lot."

—Tanveer KhanHead of Transformation Facility

