Situation professionnelle
Souhait professionnel
- Electronique
- Ingénierie
Résumé
Senior Yield & Process Engineer with 21+ years’ total work experience at Intel and global pharmaceutical organisations, specialising in yield optimisation, process robustness, and operational excellence within high-volume, mission-critical manufacturing environments. I have a proven track record of solving complex technical challenges, improving reliability, and delivering significant cost and performance gains.
I bring strong expertise in data-driven decision-making, applying SPC, DoE, JMP, and SQL to identify root causes, optimise processes, and enhance yield and product quality. My work spans technology transfer, product ramp-up, and advanced process control, with a consistent focus on right-first-time execution and continuous improvement.
Recognised for my collaborative leadership style, I work effectively across engineering, operations, and business teams to drive alignment and deliver results. I am passionate about mentoring, knowledge sharing, and supporting diversity in STEM, particularly through initiatives that empower women in engineering.
I hold a PhD in Organic Chemistry from the University of Bordeaux and was selected for a prestigious EU-funded Marie Skłodowska-Curie Research Fellowship, led by University of Cambridge and delivered through a pan-European network of 10 universities.
Currently exploring new opportunities to apply my experience in operational excellence and reliability within advanced engineering, data centre, or cloud environments, with a long-term goal of progressing into senior leadership roles.
Expériences professionnelles
Process improvement lead, staff, senior yield engineer
Intel Corporation , Leixlip
De Novembre 2015 à Septembre 2025
• Led yield roadmap development and troubleshooting for automotive, data center, and client computer products.
• Authored white papers leading to significant process changes for improved production efficiencies.
• Enhanced yield health through process optimization and cross-functional collaboration.
Senior process engineer, operations manager
Intel Corporation , Leixlip
De Août 2012 à Octobre 2015
Hitachi Dry Etch Tools expert.
Worked with Process Managers, Engineers, FSE's & Technicians across multiple Intel fabs, overseeing process development, transfer, and ramp for the Dry Etch department.
Spearheaded installation and qualification of plasma dry etching machines, reducing turnaround time and defects.
Developed and maintained process control dashboards, improving decision-making and process efficiency.
Conducted experiments and analysis using SPC and DOE principles to ensure process robustness and yield improvements.
2014-2015: Tool Qual and Early learning production, start up and ramp production for 14nm in F14/F24 Intel Ireland
2014: 14nm Seed Process Engineer D1D/D1X Intel Portland, Oregon, USA - Technology and Process Transfer for Hitachi Dry Etch tools - Ashing and Plasma Etch
2013: Hitachi, Dallas, Texas, USA - Mechanical Engineering and Preventative Maintenance Training across the Hitachi Dry Etch tools.
2013: 22nm F32 Intel Phoenix, Arizona, USA and 14nm Seed Engineer and Technology Process transfer for Hitachi Dry Etch Ashing and Plasma tools
2012 - 2013: 90/65nm F24 Intel Ireland
Senior research scientist
Université de Bordeaux
De Janvier 2007 à Janvier 2012
Goal: Advancing RNA-based therapeutics and using dynamic chemical systems to drive innovation in drug discovery.
Medicinal Chemistry Research:
Research in dynamic combinatorial chemistry (DCC), nucleobase recognition, and oligonucleotide synthesis. My research was part of an EU Marie Skłodowska-Curie collaborative project across 10 universities, including the University of Cambridge, focusing on developing novel nucleoside-based systems for therapeutic applications. Experienced in designing and synthesising nucleoside building blocks for RNA-targeted therapies and applying analytical techniques such as HPLC, NMR, mass spectrometry, and surface plasmon resonance (SPR) for purification, characterisation, and binding studies.
Key Skills & Expertise:
Nucleoside & Oligonucleotide Synthesis: Extensive experience in the chemical synthesis, purification, and structural characterisation of modified nucleosides for RNA-targeted therapeutics, including antisense technology and siRNA development.
Dynamic Combinatorial Chemistry: Skilled in designing adaptive molecular systems using DCC, with expertise in nucleobase recognition through enzyme-free self-assembly on DNA templates.
Analytical & Spectroscopic Techniques: Proficient in HPLC, NMR, MS, and SPR for compound analysis, quality control, structural validation, and studying molecular interactions.
Laboratory Best Practices: Demonstrated excellence in maintaining accurate, detailed lab records and adhering to regulatory and research protocols.
Collaboration & Communication: Strong background in presenting research findings to cross-functional teams, contributing to interdisciplinary projects, and participating in international research collaborations.
Research awarded under the prestigious €2 million European Union Marie Skłodowska-Curie Research Network Scholarship
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