Developed enterprise-scale logistics and accounting software for the WaWi Nexus project, a cloud-based end-to-end platform powering
the businesses of the Schwarz Group.
Delivered the business-critical DAY module for WaWi Nexus, deployed across Lidl warehouses to manage long-running daily inventory
and accounting operations.
Ensured production stability of a mission-critical, high-availability system through advanced debugging, performance optimization, and
incident resolution.
Taught advanced calculus and linear algebra to more than 300 students.
Engaged in research in mathematical physics.
Advisor: Owen Gwilliam
Teaching and Mentorship
Mathematical Physics
Factorization Algebras
Derived Geometry
Education
Master of Science in Applied Mathematics and Computation
2021 – 2023
IST, University of Lisbon
GPA: 19/20 — highest GPA of graduating year
Thesis: Vertex Superalgebras from Prefactorization Algebras —
Advisor: John Huerta
Bachelor of Science in Physics
2017 – 2021
University of Porto
GPA: 18/20 — highest GPA of graduating year
Projects
Vertex Superalgebras from Prefactorization Algebras
Generalized a theorem of Costello and Gwilliam to construct factorization algebras encoding vertex superalgebras arising in supercomformal field theories.
Mathematical PhysicsQuantum Field TheoryVertex AlgebrasHigher Category Theory
Modeling of Optical Systems
Collaborated with experimental group at INESC TEC to propose a novel design for environmental optical sensors.
Developed a perturbative analytical model to characterize the resonant behavior of graphene-dielectric coatings in optical fibers.
Implemented a transfer-matrix algorithm to model and analyze the critical optical response of multilayer structures.