Dr. Alejandro David Velasco Carreño

Sw Architect Autosar Adaptive (Aug 2022 - Now) - Architect for security team, developing the Crypto Stack and IAM (Identity and Access Management) for the Autosar Adapative package. - Designing SW in Enterprise Architect . - Programming applications in C/C++ . - Reposible for CI/CD for the IAM and crypto for the Autosar Adapative package.

Lecturer of an Autosar course, which involves teaching the inner works of both standards, Autosar Classic and Adaptive.

Lead Sw Developer Autosar Adaptive (Jan 2021 - Aug 22) - Lead software developer for security team, developing the Crypto Stack and IAM (Identity and Access Management) for the Autosar Adapative package. - Programming applications in C/C++ . - Programming, implementation and testing of crypto protocols (using Botan-2 and PKCS11). - Reposible for CI/CD for the IAM and crypto for the Autosar Adapative package.

Embedded SW Developer Autosar Adaptive (Feb 2019 - Dec 2020) - Development of the "Schutz der Fahrzeugdiagnose" component for Audi and Porsche on Autosar Adaptive platforms and supporting the development in Autosar Classic platforms. - Programming applications in C/C++ . - Programming, implementation and testing of crypto protocols (using Botan-2). - Following ISO 26262.

Working as a consultant for Vodafone Automotive. - Programming microcontrollers (Timers, DMA, SPI, I2C, ADC, UART, LIN, and others). - Programming applications in ASM and C/C++ . - Implementation of OSEK following guidelines of Autosar classic. - Event driven programming. - Programming and testing of communications protocols (LIN, UDS) Tools: E2Studio, Codewright, OSEK (Erika), Cosmic C, RL78, SVN, Confluence/Jira, VisuLIN+EmuLIN, Windows 7. Architectures: RL78F13, HCS08, STM8 and STM32.

- Software developer position at Magneti Marelli as a consultant. - Development of an Embedded telematic box for the PSA group. The Development was focused in the multi process application (C++), in some aspects of the embedded OS and in the implementation of APIs. Tools: Eclipse CDT, Vi, Yocto, Legato, g++, gcc, Git, Confluence/Jira, DLT viewer (Diagnostics Log and Trace), Verctor CANoe, Arm Cortex-A7, Virtualbox, Ubuntu, Windows 7.

Laboratory Lecturer on "Computer Science" courses (teaching C programming to first year international students in English). Tools Code::Blocks10, gcc, gdb.

Research on dependability of kernel data structures in Linux; development of fault injection methods based Linux device drivers. This research was focused in evaluating kernel sub-systems linked to process synchronization such as Mutex and the PCB Research on Linux hardening ; modifications to the Linux kernel source code to enhance system dependability in the systems using techniques such as TMR and EDAC, aiming to comply with normatives such as DO178B and ISO 26262

- Lecturer of "Computer Networking" courses for the Bachelor of Science in Telecommunication Engineering, IT Engineering and Industrial Engineering (Computer networks). Tools: Hyperterminal, Packet Tracer.

- Implementation different alternatives of radio-link equipments for Chilean Navy UAS, and perform tests in field to determine the best candidate in terms of SNR and overall channel quality. Tools Spectrum analyzer, Matlab.

- Assistant in the development of proprietary operating system for the university. This operating system was made form scratch in order to have a system secure by default, given that there is no documentation of the system exists. My involvement was mainly in the development of drivers for the operating system. - Assistant lecturer on "Digital Systems", "Network Laboratory" and "Microprocessor Architecture". Tools: Rad Studio 2009, Borland turbo C, turbo Pascal and Hyperterminal.

- Low level and high level programming and optimization of code for an embedded non centralized intercommunication system for 2 Condell class frigates of the Ecuadorian Navy. Additionally, worked in the optimization of the resources of the platforms running in Windows CE. Finally, the set up of the network used by the system. - Programming of serial interfaces for GNSS equipment for Leopard 2A4CHL tanks of the Chilean Army. Tools: Visual Studio, Borland turbo C, Hyperterminal, Windows CE.

Research in operating systems dependability.

Operating systems dependability

Digital systems

Operating systems