Research supervised by Prof Julian Jones on pioneering SLA 3D printable photoreactive bioactive hybridbone scaffolds• Recipient of Materials Department DTP Scholarship• Initiated collaboration with Dyson School of Design Engineering• Developed an experimental set up through requisition of machines, materials and consumables• Launched new direction in group’s research focused on photocurable bioactive materials• Analysed and interpreted complex characterisation data• Focused on technology commercialisation,patenting,upscale of technology and translation to market.• Conducted extensive market research into available bone loss treatments and technologies• Work accepted for presentation at Sol-gel 2022 conference in Lyon, with 500+ people in attendance. Was accepted forposter presentation at European Biomaterials Society conference in Bordeaux 2022• Presented work and evaluated data during meetings, wrote progress reports and grant application

• Initiated restructuring of lab management• Registered lab for Laboratory Efficiency Assessment Framework and achieved Bronze certificate for sustainable lab practice.• Created database of lab chemicals in stock which reduced repeated purchases and overspending by 30% each month• Restructured and implemented lab safety procedures• Superuser of two specialised machines. Responsible for maintenance, induction, training in hardware and software. Currently supervise 8 machine users

• Supervised three undergraduate and one PhD student• Created projects for undergraduate and MSc students achievable within limited timeframe• Work carried out for the projects resulted in 3 students securing PhD offers and one scholarship• Trained 4 students in lab procedures, instrument protocols, synthesis, and data analysis

Sofinnova Partners is a leading European venture capital firm in life sciences, specializing in healthcare and sustainability. Capital Strategy is the largest healthcare fund dedicated to early-stage investments and company creation in Europe.▪ Assisted in due diligence for preclinical and clinical opportunities, conducting company calls, Q&A with management, competitive analysis, KOL outreach, indication and target analysis, and data room evaluation, resulting in comprehensive opportunity assessments. ▪ Utilized GlobalData, industry reports, and deal flow analysis to conduct landscape assessment, identifying emerging themes and highlighting new investment opportunities. ▪ Collaborated with the Partners across all strategies and the IR team to create the BD deck, which was presented in various contexts, including the JPM Healthcare conference.▪ Took ownership of biweekly meetings between partners and associates, managing the deal flow process, identifying bottlenecks, and implementing changes that optimized efficiency.

• Developed of novel 3D manufacturing technique for stretchable sensors for real time motion monitoring• Assisted in development of deep learning calibration method. Preprint of paper summarising this work was submitted to Advanced Functional Materials

• Established industry sponsorship which generated 30% of overall budget• Designed and wrote ‘Team Proposal’, ‘Critical Design Review’ and budget for University Rover Challenge 2018 and 2017• Critical Design Review I wrote won 1st prize out of 82 teams, scoring 93.3/100 points• The team won the Pro Juvenes Student’s Innovation of 2017 Award