Sebastian Torres

As a Product Engineer, I was responsible for reviewing system-level requirements as well as hardware, software, and industrialization specifications. My role involved providing technical insights to support the resolution of issues or technical roadblocks, anticipating integration, verification, and validation phases, contributing to the qualification and certification processes of flight systems, and supporting the preparation of technical documentation required for safety justifications.

As a System Debug Leader, I was responsible for leading a team of engineers focused on analyzing and resolving issues encountered during the integration and validation of a high- performance 15-core SoC. The system featured a redundant architecture running AUTOSAR and Android in parallel, alongside a Qualcomm chip with edge AI capabilities for image processing. Communication between components was handled via CAN FD and Ethernet interfaces (100 Mbps, 1 Gbps, and 10 Gbps), supporting the data flow required for advanced driver assistance systems (ADAS).

Development of a new vehicle ECU for RF reception of sensors in tires, project management and team leader of software and systems, planning and discussions with the customer, testing and validation of the deliverable and support to the customer for integration of system into the truck. Development of product strategy and software architecture. Customer support for product industrialization and cyber security considerations.

Software development for the prototype of a DC/DC converter for electric cars and trucks. Integration and development of functions in the OSEK and Autosar Vector architecture. Coordination of test and validation equipment and certification EMF campaign. Support to the prototyping branch, production line and manufacturing for the development of the functions needed in the different stages of industrialization. UDS sequences to flash, reflash and update of applicative and EOL for applicative, bootloader and parameters. Integration of new cyber security functions and industrialization considerations Support test and validation Team to plan test development. Optimization of production fabrication and validation times. Troubleshooting product prototype and SAS. Analysis and correction of matlab models.

Development of new functionalities for the steering control ECU. Integration of the new functions (SWC, SWM, MCAL, etc) into the Autosar architecture, developed with simulink and targes link, low-level programming and the driver of the microcontroller (firmware). Implementation of functions and strategies for Cyber Security. Support to the prototyping branch, production line and manufacturing for the development of the necessary functions in the various stages of industrialization

Embedded CTIS (Central Tire Inflating Systems) and architect vehicle specialist for military, civil and agricultural applications. Mathematic modeling of physic systems, CEI 61508. Design, conception, programming and fabrication of card and electronic devices, embedded systems (hardware and software), RTOS, Automation of industrial process, microcontrollers, computer assembly, programing of human interphase HMI, PLC programming, management staff. I am passionate and curious about all sciences in special for the mathematic, the physic, the chemistry and biology. I try to use my knowledge in these ones to inspire me and enrich the way how I solve the challenge that I find in my projects and in my life.

Management of 6 operations avec 70 employees in two cities. Internally, coaching of the head of each operation and the stock control. Externally, developing client relationships and negotiations.

Development, improvement and automation of industrial process