Highlights:

Skills:Matlab, C++, Python, Vector tools, SiL, HiL, and ViL testing, ADAS/AD L2+/L3/L4 Implementation and Testing

Technical Product Manager in AD/ADAS 10/2021 - current
Stellantis, Torino, Torino Italy
Industry: Automotive
AD/ADAS V&V Technical Product Manager
Led cross-functional teams to develop and launch software products validation on different platforms (HiL/SiL) on schedule. Implemented user feedback to continuously improve product features and functionality and Issue management, Validation strategy definition with respect to ISO 26262 and ISO 21448 (SOTIF) for L2+/L3 AD. Collaborated with engineering and design teams to ensure product alignment with company goals. Issue management using CodeBeamer as a tool and ASPICE as the guideline. Preparing the User Stories and managing the Agile ceremonies such as daily, flow-management, Retrospective, and Replenishment. Testing different types of requirements such as Diagnostic, System Requirements (Vehicle Functions), Product Requirements (SiL and HiL) using different platforms like Vector tools, Canalyzer, Dspace, Control Desk. Managing the outsource communication to facilitate the tools for the pipelines and requirement coverage.--
AD/ADAS Research Assistant 10/2019 - 10/2021
HiPeRT Lab, Modena, Modena Italy
Industry: Automotive
AD/ADAS Research Assistant
Implementation of different LiDARs such as Hokuyo, Infineon, and Ouster using C++ in Ubuntu 16.04.04 Proposing and implementation of two "Motion Sickness Mitigation" methods using AMPC and HMI as follows: Moazen, I. and Burgio, P. (2021). A Full-Featured, Enhanced Cost Function to Mitigate Motion Sickness in Semi- and Fully-autonomous Vehicles. In Proceedings of the 7th International Conference on Vehicle Technology and Intelligent Transport Systems - VEHITS, ISBN 978-989- 758-513-5, pages 497-504. DOI: 10.5220/0010446604970504 Moazen, I., Burgio, P., Castellano, A. (2022). Motion Sickness Minimization Alerting System Using The Next Curvature Topology. In Proceedings of The 2022 IEEE International Conference on Mechatronics and Automation (IEEE ICMA 2022) Implementation of new Motion Forecasting methods; Trajectron++ and LaneGCN by Carla Simulator Moazen, I., & Burgio, P. (2023, August). The Advantage of Using Traffic Rules for Motion Prediction in Intersections (TRMPI). In 2023 IEEE International Conference on Mechatronics and Automation (ICMA) (pp. 537-542). IEEE.--
ADAS/AD Expert 5/2017 - 10/2019
IKCO Automotive Group, Tehran, Tehran Iran
Industry: Automotive
ADAS/AD Expert
Planned and executed Automated Park for Dena which was a part of master project led to starting the first step of Autonomous Vehicles of Ikco: In this project, I designed hardware with power MOSFET Bridge to control the DC Motor of EPS. Arduino due has been used which is equipped with CAN controller. I implemented the system in CAN network to communicate with other modules. C language was used. The interface was based on Ultrasonic Sensors, Speed Sensors in ABS module, EPS, and Multimedia. Verification and validation of the system was based on ISO 16787. This world led to a publication (under review) as Design and Implementation of a portable and sensor based Assisted Parking System. Conducted analysis to address Test Plans and Standards of Ikco and SAIPA which led to equip the laboratory and taking the Ikco and SAIPA confirmation. Installed, tested and serviced Multimedia systems, ensuring that they functioned correctly. Successfully led key projects of Ikco Multimedia which resulted in taking the projects of Peugeot 207 Multimedia, Suzuki Grand Vitara Multimedia, and Peugeot 206 Multimedia. Installed, tested and serviced Multimedia systems, ensuring that they functioned correctly. Organized and coded all documents related to Connected Cars and Autonomous vehicles for acquisitions.--
Researcher on Electric Bikes and Renewable Energies 05/2015 - 05/2017
Niroo Research Institute, Tehran, Tehran Iran
Industry: Renewable Energies
Researcher on Electric Bikes and Renewable Energies
Conducted analysis to address a lab to test the electric bikes/bicycles which led to build a laboratory for Iranian electric bikes/bicycles in NRI. Organized and coded all documents related to Electric bikes/bicycles for acquisitions. Conducted analysis to address Sun Trackers which led to control the solar panels by the designed controller and resulted the 25 percent of more energy absorption by the solar panels with AVR (C) and MPU6050 module. Provided effective demonstrations of Sun Trackers in 2 ways so that the system controlled and monitored easily.--

Shahid Chamran University 09/2009 - 07/2013
Ahvaz, Khouzestan, Iran
Degree: Bachelor's Degree
Major:Electronics Engineering
Proposal: Design of identity detection with SM-630 Module and AVR Microcontroller

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