Senior Embedded Software Engineer

I develop flight software for onboard payload systems as part of the Flight Software Team. My work focuses on embedded Linux platforms, custom SoCs, and high-reliability communications and telemetry systems.

I contribute to flight-proven software that is currently operating on an active satellite in orbit.

I worked in the HP Print division on firmware development for the Mid Volume Print Engine team. I participated in analysis, development, and testing of the media advance sensor subsystem using C++, multithreading, and low-level programming techniques.

I also performed firmware integration for the Low Volume segment, including requirements analysis, planning, stakeholder coordination, documentation, and delivery quality. I was recognized for delivering functionality on time and to quality expectations.

I developed embedded software for automotive applications using C. My work involved CAN, LIN, Renesas microcontrollers, firmware development, Polyspace, MISRA, ASPICE, and SPICE compliance.

I integrated a machine learning model into an embedded device as a working proof of concept.

I worked as a software and firmware engineer in the automotive industry, developing embedded Linux software in C and C++. I also developed firmware for Microchip and Renesas platforms and worked within AUTOSAR and SPICE-compliant processes.

I primarily served as a software developer while also acting as an integrator and product expert. I coordinated a multi-country team, led the final stage of a project in Bangkok, and received recognition from Panasonic.

I developed software and occasional firmware for the timekeeping industry. My work included C++, Qt, MySQL, TCP/IP client-server applications, and AWS cluster deployment.

I led the firmware development of a Race Direction Console used by FIA Formula E Race Directors to command race lights.

I worked as a research intern programming in C, C++, and Python. My research topics included cloud computing, virtualization, QEMU-KVM, networking, and OpenStack.

This work contributed to experience in virtualized infrastructure and telecom cloud technologies.

I designed, developed, and programmed embedded systems based on PIC microcontrollers. I integrated Wi-Fi 802.11 b/g, USB, UPnP, MP3 hardware decoders, and Microchip PIC18, PIC24, and PIC32 devices.

I used Altium Designer for hardware design and worked with connected embedded-device technologies.

I developed PHP applications for information extraction.

My role focused on programming solutions to collect and process information.

I completed a UPC internship to develop a fully automated virtual laboratory using Java.

The work involved software development for laboratory automation.

I designed, developed, and programmed PIC microcontroller-based embedded systems for a project related to smart battery charge and discharge cycles in electric bicycles.

The project used OrCAD, Intersil technologies, and Microchip devices.

I developed Java software for ontology-based systems.

This role provided early experience in Java programming and knowledge-based software systems.

I operated the computer laboratory at LCFIB - UPC.

My responsibilities supported the operation and availability of laboratory computing resources.

Master's degree studies in Innovation and Research in Informatics.

The degree was not completed.

Completed studies in Computer Engineering in Barcelona.

Academic background supported subsequent work in embedded systems, firmware, software engineering, and research.