Peyman was a Research Associate in our group. His expertise is in the combination of high-throughput molecular simulations and adsorption measurements for studying adsorption phenomena in advanced materials, in particular self-assembled porous crystals. Peyman is now a Lecturer in the Department of Chemical and Biological Engineering at the University of Sheffield.

Michelle obtained her PhD in our group in 2018. Her project focused on the application of MOFs to drug and gene delivery. She is now a postdoctoral researcher at Northwestern University.

Tian obtained his PhD in the group. His research involved synthesising monolithic MOFs for gas storage and separation. Tian is also a co-founder of Immaterial, a spin-out from the group. Tian is now a postdoctoral reseacher working in the Multifunctional Nanomaterials group in the Department of Chemical Engineering at Imperial College London.

Maryam Razmjooei was a PhD student at Shiraz University, Iran, specializing in Food Biotechnology. In 2022, she joined the research group as a visiting scholar, focusing on the utilization of metal-organic frameworks (MOFs), specifically PEGylated PCN-222, for the encapsulation of insulin as an oral delivery system. Her research explored nanoparticle behavior, including in vitro release in simulated gastrointestinal conditions and the cellular uptake of PEG@PCN-222@insulin using Caco-2 and HT29-MTX-E12 cell lines.

Yue was a PhD student in the group. His research focused on the green synthesis of monolithic MOFs for energy-related applications.

Ali was a PhD student in the group. His research focused on the synthesis of MOF monoliths for Natural Gas storage and upgrade applications.

Andi obtained his PhD in the group in 2018. His research interest were the identification of optimal nanoporous MOF structures for gas separation using molecular simulation, as part of the BP International Centre for Advanced Materials. He studied Engineering Science at St Edmund Hall, Oxford.

Claudia Orellana obtained her PhD in the group. Her work focused on using MOFs for drug delivery applications in order to reduce the side effects and to enhance the efficacy of therapeutic agents. The main aim of her research project was to study MOFs as efficient drug delivery systems compared to free drugs using in vitro experiments on cancer cell lines.

Jacek was an MPhil student in the group. Jacek worked on molecular simulation of MOFs for applications in gas separations relevant to the petrochemical industry as part of the BP International Centre for Advanced Materials.

Chun Man was an MPhil student in the group. His research involved using molecular simulation tools to analyse the stability of MOFs in adsorbed natural gas systems.

Xiaowei is a PhD student at the Dalian Institute of Chemical Physics, Chinese Academy of Sciences. He joined our group for a year to work on MOFs and MOF-based composites for gas adsorption and separation.

Raymond is a PhD candidate at Korea Advanced Institute of Science and Technology (KAIST). He joined us for 6 months in 2018 to conduct several projects involving the screening of the MOF CSD subset (camMOF database).

Diana was a PhD student working on the development on MOF composite materials and their application towards water treatment, focusing on removal of endocrine disrupting chemicals. Whilst in Cambridge, and not swamped in work, I enjoy running and reading.

Amélie joined the AAM group for a 10-month internship to learn about MOFs in 2018 - 2019. She is now finishing her Masters degree in chemical engineering in the graduate school of Chemistry, Physics and Electronics of Lyon.

Wilson was an MPhil Biotech student. His research focused on the functionalisation of the surface of MOFs for targeted drug delivery capability and improved stability in the human body.

Salame (Sam) obtained his PhD in this group. His research is focused on the use of MOFs for targeted intracellular delivery of bioactive molecules. Prior to starting his PhD, Sam obtained his BEng in Chemical Engineering from the American University of Beirut, before pursuing the MPhil in Advanced Chemical Engineering course at CEB. In his spare time Sam enjoys travelling, music, playing the piano, cooking, and sports.

Mythili used machine learning with data to enhance data visualisation of results in our research group. This entailed creating an interactive and user friendly platform. She used computational techniques to explore several MOF databases for gas storage.

New synergies between magnetic hyperthermia and drug delivery for cancer therapy. Funded by the Cambridge Cancer Centre (CRUK), this project looked at the incorporation of magnetically heatable nanoparticles into porous metal-organic frameworks for triggerable therapeutic release.

Bethany was a PhD student working in the departments of Chemistry and Chemical Engineering. She developed new monolithic MOFs and NP@MOF composite materials for high density gas-fuel storage.

Mark was a MRes student.

Johannes worked on synthesising novel hybrid nanoparticle – MOF composites and explored their photophysical properties.

Emily was a postdoctoral researcher whose work focused on drug delivery

David completed his PhD in Ireland in 2015 focusing on the use of porous materials for gas separations and carbon capture. David's research focused upon the scale-up and applications of monolithic metal-organic frameworks (MOFs) in chemical purification's, storage and catalysis.

Rocio was postdoc researcher in the group. Her research focused on the computational high-throughput screening of nanoporous materials to perform adsorption based separations.

Robin completed his PhD in South Korea, mainly focused on the structural investigation of MOFs that enhance the CO2 fixation reactions. His work was focused on the scale-up synthesis of monolithic metal organic framewroks in collaboration with the Immaterials Lab.

She completed her PhD in Barcelona in 2019 with special interest in developing synthetic pathways for scale-up production of metal–organic frameworks in green conditions. Her work mainly focused on large scale synthesis of monolithic metal-organic frameworks in collaboration with Immaterials Lab.

Aurélia completed her PhD working in collaboration with the Cambridge Crystallogphic Data Centre. She helped provide useful tools for the MOF community.