Chief Development Officer at NETOsys
I’m a PhD immunologist and biotech development lead focused on turning research into useful diagnostic tools.
I also build software, websites, and automation tools when they solve a real problem.
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The study characterizes the biological basis and evaluates a urine-based assay detecting free and extracellular-vesicle-associated galactofuranose-containing glycans for invasive aspergillosis.
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2020–2025
Postdoctoral Fellow & Research Assistant
2020–2025
Postdoctoral Fellow
2019
Postdoctoral Fellow
Ph.D. research
Studied innate and adaptive immunity to invasive and non-invasive Aspergillus fumigatus pulmonary infection, including IL-1-dependent neutrophil viability and a glycoconjugate vaccine strategy.
Read the doctoral thesisM.Sc. research
Investigated how Leishmania mexicana alters macrophage signalling, mapping changes in the localization and interactomes of the host phosphatases SHP-1 and PTP-1B.
Read the master’s thesisB.Sc. research
Honours undergraduate research in Martin Olivier’s laboratory, including sequence analysis of AP-1 subunits and early work on immune-signalling mechanisms in host–pathogen interactions.
View an early publication03
04
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Built and maintain the public web presence for NETOsys, translating NET biology, diagnostics, and translational research into a clear site for scientific and partner audiences.
View live site
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Built the bilingual public site for Robineau Legal, presenting a boutique litigation and employment law practice with clear French and English navigation, focused service pages, and polished client-facing content.
View live site03
Built a product for structured capture and decision workflows, with cleaner inputs, better organization, and practical support for turning rough ideas into usable lists.
View live site05
My background is rooted in rigorous scientific inquiry. I earned my B.Sc. in Interdepartmental Honours Immunology, and my M.Sc. and Ph.D. in Microbiology and Immunology at McGill University. My doctoral work focused on manipulating the innate and adaptive immune responses to develop novel therapeutic approaches for Aspergillus fumigatus pulmonary infections. That work included basic and vaccine-based research into host defense, airway infection, and how immune pathways could be directed toward better protection.
As my career progressed, I moved into translational molecular biology and antibody-based work across both academic and industry settings. I now serve as Chief Development Officer at NETOsys, where I am helping advance NET biology into blood-based diagnostic and translational research tools. Today, I also apply that same analytical discipline to practical software, tools, and systems, while immunology, host–pathogen interactions, and molecular biology remain core parts of my background and interests.
06 · Now
At NETOsys, we’re developing and validating a diagnostic test based on NET biology, with the goal of translating that work into a practical diagnostic kit.
That means working across assay development, biomarker validation, documentation, and day-to-day biotech operations. I still make time for software, websites, automation, and applied AI when they are useful.
07 · Connect
I’m always interested in talking with people working on good science or useful tools. LinkedIn is the easiest way to reach me.
Connect on LinkedIn