Building intelligent systems for astronomy and space exploration.
Robotics PhD Student at EPFL working on robotic systems for astronomical instrumentation, building on previous experience in spacecraft engineering, automation, digital twins, data-driven space technologies and aviation.
Featured Activities
Astronomical Instrumentation
Doctoral work connected to robotics, control, intelligent systems, at EPFL’s Laboratory of Astrophysics.
Engineering & Software Projects
Public code, experiments, technical tools, and software work across space systems, automation, data, and engineering.
Research Articles
Public research work across space technologies, astronomy, digitalization, and engineering.
Skills Stack
Software & Automation
Python, JavaScript, HTML, SQL, Java, C, C++, C#, LabVIEW, APIs, Streamlit, databases, and data pipelines.
Space Engineering
Spacecraft systems, mission operations, orbital mechanics, telemetry, telecommand, embedded systems, and space logistics.
Digitalization
MBSE, Asset Administration Shell, semantic modeling, traceability, interoperability, digital twins, and Industry 4.0 systems.
Experience
Astronomical Instrumentation
Doctoral work in robotics, control, intelligent systems, and astrophysics, with focus on robotic systems for astronomy and scientific instrumentation.
Digital Twins & Space Systems Engineering
Space-sector digital twin, semantic data, API, traceability, interoperability, and MBSE-oriented engineering workflows.
Space Technologies
Work across on-board computers, telemetry, telecommand, mission operations support, and flight software interfaces.
Aerospace & Instrumentation
Experience across aircraft systems, nondestructive testing, metrology, calibration, CanSat electronics, telemetry, and ground control.