I have a PhD in Synthetic Inorganic Chemistry from the University of Manchester and a postgraduate diploma in Strategy and Innovation from the University of Oxford. I began my career in R&D, developing inkjet technologies where I built a strong technical foundation in applied science and problem-solving. Over time, my focus expanded beyond the lab into strategic leadership. I am currently Global Business Development Director for a global industrial printing solutions company, where I shape future-focused commercial strategies that drive growth and position the business for long-term success. My role sits at the intersection of science, innovation, and strategy.

As an industrial Research and Development engineer within the energy sector, I transitioned into the academic environment, focused on inter-disciplinary research within energy. I facilitate knowledge exchange between academic and industrial research, helping researchers connect across disciplines and raising the profile of the University's research in the energy transitions. I am an advocate for equity in STEMM sectors, and I sit on several committees, which include: the Henry Royce Institute (UK’s national material centre) EDI Committee and (locally) on the Cambridge City Council Equalities Panel. My professional journey started in a University of Cambridge spinout in large electronic displays, which floated on the stock market. I worked in multi-nationals within the energy sector, managing multiple projects in innovation, R&D and manufacturing. My aim now is to garner expertise for the transition to a zero-carbon future.

I am a Business Development Scientist in the Life Sciences with a PhD in Advanced Medicine and a BSc in Biomedical Sciences. My career has focused on advancing innovation in Cell & Gene Therapy and Antibody Development, bridging scientific discovery with business development to drive progress in medicine and diagnostics. Coming from a STEMM-oriented family, biology has always been my “second language.” I see biological research as an exciting puzzle—complex at first glance, but full of clarity once the pieces fit together. This curiosity continues to fuel my work at the intersection of science and industry. I am passionate about inspiring and making a difference within STEMM—whether through conversations with key opinion leaders, scientists, public outreach, or mentoring. To aspiring female scientists and engineers, my message is simple: treat your career as an adventure. Explore, embrace challenges, and never stop asking questions—because it is through those questions that we discover, innovate, and shape the future. I am also an active supporter of CamAWiSE, an amazing organization that connects and empowers women in STEMM careers. Outside of work, I enjoy gardening, exploring nature with my children, and volunteering with Scouts. I’m equally passionate about science communication, dance, yoga, and Pilates, all of which keep me grounded and inspired. If we meet, ask me about science-driven business development, antibody innovation, or gene therapy—I’m always happy to share ideas and insights.

I am a neuroscientist working in neurodegeneration research. I hold a PhD in Clinical Neuroscience and a Msc in Neuroscience and Cognition. My background spans both academia and industry, with a strong focus on understanding the molecular mechanisms of neurodegenerative diseases. Ever since I was in primary school I have been fascinated with biology and during my undergraduate degree I was drawn to the complexity of the brain and the power of molecular tools to unravel its mechanisms. One of my biggest aspirations is to help bridge the gap between academic discovery and clinical application in neuroscience. I want to contribute to developing effective, targeted therapies for neurodegenerative diseases while also creating inclusive spaces for early-career scientists to thrive. CamAWiSE has been a great platform to connect with like-minded women across academia and industry. In my free time, I’m part of a book club and I love to take dance classes. I also have a deep appreciation for science communication and often get involved in mentoring and outreach initiatives. Ask me about navigating the transition from academia to industry, or RNA biology in neurodegeneration!

I hold a PhD in Electronic and Electrical Engineering, an MSc in Advanced Engineering Design, and a BEng in Industrial Engineering (Electronics). I began my career at TWI Ltd.’s Advanced Manufacturing Group in Cambridge, UK, progressing from PhD student—focused on electron beam technology and equipment R&D—to Section Manager, leading a team delivering innovation and technology projects for global clients across the aerospace, defence, and energy sectors. I have worked in both industry and government - including the UK Space Agency - and have successfully delivered complex R&D and technology projects for startups, large companies, and government bodies. Mentorship and a support network with aligned values and goals—with both women and male allies—have been key to my professional growth. I’m passionate about building inclusive and supportive environments in STEMM. At CamAWiSE, we are committed to helping others access the support they need to grow and thrive in their careers.

I am an independent consultant specializing in sensor technologies and medical device development. After completing my PhD in nanotechnology, I dedicated my career – both in academia and industry – to driving healthcare innovation. With over 10 years of experience, I have contributed to the development and commercialization of biosensor technologies aimed at improving healthcare outcomes. In my current role, I advise global clients on integrating sensor systems and de-risking them for successful commercial roll-out.

My interest in applied chemistry originally led me towards studies of food technology with degrees in food quality and safety. I have experience in industrial chemistry and microbiology laboratories in scientific roles. Currently, I work as an R&D Manager at a Cambridge-based battery startup, developing printed battery technology for scalable production. I have expertise in managing and delivering research projects, overseeing daily lab and office operations, leading a team of scientists and conducting data-driven experiments.

I work for the non-profit organization ASAPbio, where we promote a productive use of preprints in the life sciences. I very much enjoy working with members of the community to try and change life sciences communication for the better, by making it faster, more transparent and more inclusive. Before ASAPbio I worked as an editor, most recently at the open access publisher PLOS, where I oversaw the day-to-day editorial operations of the journal PLOS ONE and I was involved in the editorial and review process for research manuscripts. I am also involved with the Committee on Publication Ethics (COPE), an organization which promotes best practice and education around publication ethics and develops resources for journal editors and publishers.

I hold a PhD in Chemistry and currently work at an International Chemicals company, developing after-treatment solutions for the automotive industry. I apply my knowledge and skills to the creation of next generation catalysts. I started in research and followed this with a move to development. This involves working with customers to understand their requirements, turning these into development projects.