I build things: experiments, pipelines, and products
Neuroscientist and engineer with 7+ years shipping real things across academia and industry. I study how the brain controls movement, I build the data infrastructure to analyse it, and I have spent years doing the same kind of work in hardware startups and AI companies. Five countries, three languages, one very interdisciplinary brain.
Engineer by training, scientist by design
I grew up in Brazil asking questions about how systems work, then spent the next decade building them: first as an electrical engineer working on IoT security and AI products, then as a neuroscientist studying how the brain generates movement. What ties it all together is a genuine love for understanding complex systems and making them do something useful.
My PhD at Newcastle University, funded by a Marie Curie Fellowship (1 position from roughly 100 applicants), focused on the motor system of awake, behaving primates. I was among the first researchers to simultaneously record high-density neural activity from primary motor cortex and the brainstem reticular formation, showing that information flows in both directions, not just top-down, and that the rotational dynamics people thought were unique to cortex also show up deeper in the brain. I did this while managing international collaborations across France, Greece, and the UK, and building the entire data pipeline from scratch.
I am now a Lecturer in Engineering (Systems-on-chip) at Sheffield Hallam University, where I teach, supervise, and continue developing my research agenda at the intersection of neural systems, hardware, and data. I also advise technology companies on security architecture via DoubleDecker Security.
I am always interested in academic partnerships, research collaborations, and conversations at the edge of neuroscience, engineering, and real-world applications. For the full story, find me on LinkedIn.
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2025 to presentLecturer in Engineering (Systems-on-chip)Sheffield Hallam University
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2025 to presentProduct AdvisorDoubleDecker Security · security compliance and architecture
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2021 to 2026PhD in NeuroscienceNewcastle University, UK · Marie Curie Fellow
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2024 to 2025New Product Development ManagerSitehop · FPGA-based network encryptors
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2020 to 2021AI Product ManagerNuveo Technologies · OCR and AI-as-a-Service
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2019 to 2020Product Owner, Cybersecurity and IoTHPE / EMBRAPII · IoT security and device attestation
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2017 to 2018Product Manager, AI and IoTLiteMe · energy efficiency startup
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BEng Electrical EngineeringUFCG, Brazil · exchange at Politecnico di Milano, Italy
Skills that deliver
I sit at the bridge between science and engineering. Here is what that looks like in practice.
Neural data at scale
I built the analysis pipeline for the first simultaneous high-density recordings from motor cortex and the brainstem in behaving primates. That means working with complex, noisy, high-dimensional data under real experimental constraints and delivering results that hold up.
Signal processing and information theory
I use information-theoretic tools to go beyond correlations and ask what is genuinely being communicated between parts of a system, and when. The approach is domain-agnostic: it applies wherever you need to understand signal flow, redundancy, or directed influence in complex systems.
Turning science into working systems
From a neuroscience data pipeline to an IoT security architecture to an FPGA-based network encryptor, I have a track record of taking a hard problem and delivering something that actually runs. I do not just analyse, I build.
Bridging teams that speak different languages
I have worked with ML engineers, neuroscientists, hardware developers, and business stakeholders, often on the same project. Getting those groups to understand each other is something I have done repeatedly and genuinely enjoy.
Security and hardware
FPGA design, embedded systems, IoT security, zero-trust architecture. I taught myself cybersecurity from scratch in six months for a project with HPE, and went on to ship hardware security products at a startup. The engineering fundamentals are solid.
Research that delivers
A Marie Curie Fellowship is a three-year independent research project with real milestones, international collaborators, and a consortium to report to. I managed mine like a product, defined success criteria early, and shipped on time.
Selected work
Auto-updated from my profiles. For the full list visit my ORCID or Google Scholar.
Sharing the work
I genuinely love talking about science to any audience, technical or not. Here are some of the places I have done that.
Say hello
I am always interested in conversations at the intersection of neuroscience, engineering, and real-world applications. If you are thinking about a research collaboration, a joint project, or an academic partnership with Sheffield Hallam, get in touch and let us see where it goes.
If your organisation needs help navigating security architecture, compliance, or product strategy for technical systems, I offer consulting services via DoubleDecker Security.
I also enjoy speaking at conferences, workshops, and public events. Happy to talk to any audience, technical or not.
Send me an email