Worked on the design and implementation of AI systems for complex industries, including space, health, and retail. Focused on turning abstract AI ambition into concrete systems that could be deployed, governed, and trusted. Acted at the intersection of product, architecture, compliance, and execution.
Worked with founders and leadership teams to turn early ideas into real products. Often brought in when AI was central but poorly defined. Helped shape strategy, product direction, and technical foundations so teams could actually build and ship.
Led the creation of the.studIO, an asynchronous AI-powered coding school. Built and led a multidisciplinary team of 15 people. Responsible for product vision, execution, and the long-term scalability of the platform. Designed and launched an AI education vertical spanning multiple domains. Built the curriculum from first principles, focusing on clarity rather than tools. Taught AI to more than 500 people and spoke publicly about AI, education, and adoption.
Co-founded a crowdfunding platform focused on long-term investment in forestry projects. Worked on product design, platform strategy and operations.
Created Pulsely.io, a people analytics platform focused on employee sentiment and organizational insight. Worked with large organizations including Roche, L'Oréal, Pirelli, and the United Nations. Helped raise a total of 2M over two years while leading product strategy and delivery. Supported the ideation of new products and venture opportunities.
Designed and built a data warehouse to support business decisions, marketing models, and product optimization. Worked on machine learning pipelines and data infrastructure in a fintech environment.
Led diplomatic and business missions focused on entrepreneurship between Portugal and China. Worked across cultures, institutions, and governments to enable long-term collaboration.
Worked on waveform synthesis systems for interferometers generating ultrashort laser pulses. This research later contributed to work associated with the 2023 Nobel Prize in Physics.
Finite elements calculation for modeling the "chain fountain" phenomena.
Research on magnetic confinement of laser-induced plasma rings. Study of plasma knot formation and related physical effects.
Thesis at the Max Planck Institute on the design of a phase synthesizer for ultra-short laser pulse generation. Focus on ultrafast optics, waveform synthesis, and experimental physics. Activities: Amateur Theatre Group. Performed in The Bacchae by Euripides.
Advanced training in applied physics and engineering systems. Emphasis on mathematical modeling, experimental methods, and complex physical systems.
Foundation in applied physics, engineering, and computation. Early work in experimental automation and solid state physics.
Python•TypeScript•JavaScript•SQL•R•MATLAB•C++•Java•Bash
TensorFlow•PyTorch•scikit-learn•Keras•Hugging Face•OpenAI API•LangChain•LlamaIndex•Anthropic Claude API•RAG Systems•Fine-tuning•Prompt Engineering
Pandas•NumPy•Statistical Analysis•Data Visualization•A/B Testing•Predictive Modeling•Time Series Analysis•Dimensionality Reduction•Feature Engineering
AWS•Google Cloud Platform•Azure•Docker•Kubernetes•Vercel•Supabase•PostgreSQL•MongoDB•Redis
Product Strategy•Product Management•User Research•Design Thinking•Lean Startup•Jobs-to-be-Done•Design Sprint•Wireframing•Prototyping•Figma
React•Next.js•Node.js•Express•FastAPI•REST APIs•GraphQL•Tailwind CSS•Responsive Design
MATLAB•LabVIEW•SolidWorks•AutoCAD•Finite Element Analysis•Computational Physics•Optical Systems•Experimental Design
Cross-functional Leadership•Team Building•Stakeholder Management•Strategic Planning•Public Speaking•Workshop Facilitation•Curriculum Design