Lead Offshore Engineer

• Mar 2023 - Present

PHD Candidate

• Oct 2018 - Jan 2023

Thesis: Development of a Python package for nonlinear biomaterial modelling. • Built a code creating of two types of collagen networks (Python) and calculated microscopic behaviour under large nonlinear deformation using FEM (Abaqus scripting) (~1000 simulations). • Data collection (1TB), mining and analysis for macroscopic behaviour analysis of networks. • Design and testing of a tensile test device for connective tissues under SHG microscopy (CAD). • Design and execution of an experimental protocol for collagen gel synthesis. • Supervised 2 students cooperating on thesis. • Supervised 3 technical projects of 4th year students for 3 months on sustainability-related topics. • Presentation of research Award - Department of Engineering University of Cambridge Show less

UK Strategic Advisor

• Aug 2021 - Dec 2022

Chief Technical Officer

• Oct 2019 - Dec 2022

● Social Enterprise born at the University of Cambridge. Managing 200+ people, portfolio of 30+ projects and budget to date $160,000 ● Co-developed business and legal strategy as part of the C-suite team and application 3+ grants. ● Mapped and built a community of 300+ people including volunteers, participants, and alumni. ● Managed internal project resourcing including the recruitment and selection of 50+ volunteers. ● Director of IT and Design before promotion to Chief Technical Officer - Coordinated technically 200+ in-person summit including recording and live streaming to 7 different countries, 4 parallel speaker sessions and 15+ teams pitching event. - Designed and hosting of a website (3000+ unique website visits in 2021) ● Director of the Human Resources Team (10+ people) - Coordinated the redaction of 15+ policies for diversity and inclusion. - Launched of 1+ programmes for volunteer interaction - Mental Health at the Workplace training ● Co-directed marketing team including mapping digital strategy. Show less

Leader of Tomorrow - GapSummit 2022

• Jun 2022 - Sep 2022

• Identified, framed a challenge around food security to tackle with the team assigned. • Designed and pitched a solution to the problem chosen to a panel of judges. • Identified, framed a challenge around food security to tackle with the team assigned. • Designed and pitched a solution to the problem chosen to a panel of judges.

Research and Development Intern

• Apr 2018 - Sep 2018

• 3D modelled, created mesh and characterised deformation of muti-crystalline gamma-TiAl for a better understanding of the link between microstructure and macroscopic properties using Python, in-house Finite Element Method language. • Gained vast understanding of crystallographic deformation mechanisms (slips, twinning). • Facilitated 5-day experiments at the ESRF-Synchrotron for X-ray diffraction and tomography imaging. • 3D modelled, created mesh and characterised deformation of muti-crystalline gamma-TiAl for a better understanding of the link between microstructure and macroscopic properties using Python, in-house Finite Element Method language. • Gained vast understanding of crystallographic deformation mechanisms (slips, twinning). • Facilitated 5-day experiments at the ESRF-Synchrotron for X-ray diffraction and tomography imaging.

Student Research

• Mar 2017 - Aug 2017

Created Phase-Field simulation of tumour growth using CFD principles in Python. Award from simulation result: Photography Competition Head of Department Award – Department of Engineering University of Cambridge – Mention in National Geographic. Created Phase-Field simulation of tumour growth using CFD principles in Python. Award from simulation result: Photography Competition Head of Department Award – Department of Engineering University of Cambridge – Mention in National Geographic.

Research and Development

• Sep 2016 - Feb 2017

• Analysed the cycle of the car production. • Comparison of experimental and simulation results on the influence of EGR rate for diesel engine combustion. • Tested materials for stress of laser bonding between CFRTP and metal and safety. • Analysed the cycle of the car production. • Comparison of experimental and simulation results on the influence of EGR rate for diesel engine combustion. • Tested materials for stress of laser bonding between CFRTP and metal and safety.

Stage scientifique

• Apr 2015 - Jun 2015

Communicating about the RAINGAIN project (Transnational project aimed at improving the prediction of pluvial floods in our cities) : prepare the scientific conference that took place at l’Ecole des Ponts ParisTech on 8th and 9th June 2015 ; produce some videos (Adobe Premiere Pro) ; organize a photo contest ; Social networks (Facebook, Tweeter) ; making posters (Adobe Photoshop) Evaluation of two of my communication experiences : a video and the meeting. Communicating about the RAINGAIN project (Transnational project aimed at improving the prediction of pluvial floods in our cities) : prepare the scientific conference that took place at l’Ecole des Ponts ParisTech on 8th and 9th June 2015 ; produce some videos (Adobe Premiere Pro) ; organize a photo contest ; Social networks (Facebook, Tweeter) ; making posters (Adobe Photoshop) Evaluation of two of my communication experiences : a video and the meeting.