Rafal Misiura

Managing partnerships with industry leaders to provide high-quality engineering consultations and services. Overseeing recruitment for roles in Functional Safety, Systems and Software Engineering, AUTOSAR, Cybersecurity, and Test & Validation. Supporting companies in securing talent for key technologies, including LIDAR, Radar, Camera systems, Infotainment, ADAS, Power Conversion, Powertrains, and Battery Management Systems. Ensuring a transparent, flexible, and innovative approach to employment.

New business development in field of ADAS and AD. Project quotation for ADAS and HAV. System design and requirements specification on ADAS features (LKA, AEB, ACC, SAS). Customer consultations on EuroNCAP protocols 2018 and 2020 Functional Safety Concepts for ADAS functions. Designing validation concepts for BMW HAV vehicle use case safety requirements.

Duties: System lead of IFV300 product – camera based vision systems for Active Safety. Requirements Review of new documents related to Ford. Requirements alignments with Ford and 3 rd part suppliers. Update of internal specifications (PDDs, FTPs) incl. reviews DOORS handling. DVP&R for radar and camera. Systems checkouts on bench and vehicle for C519 due to different SW. Additional support by SYS for FTP testing regarding new features Projects: - Ford – IFV300 for C-car platform

Design and prepare fully functional video HIL (Hardware-in-a-Loop) stand for Radar and camera detection system. HIL stand to be used to test ADAS functionalities based on pre-recorded video data from Real-Word driving. Management of a small development team, plan development milestones. Propose and discuss system requirements with customer. Define requirements and communicate deadlines to supplier. Consulting and coding in C++ HIL video stream application.

Complete electronic brake-control systems ABS, TCS and ESP SW integration for platform project. Network component development, implementation and integration. Development of CAN-Diagnostic-logic interfaces. Validation and verification of Network in the vehicle with Vector tools – CANalyzer. Development of testing capl scripts. Development of project specific features. Development of project specific components. Responsible for platform software testing management and testing process.

Performing validation test and analysis of Motorola’s products: mobile and portable radios. Software verification concerning encryption, signalling, mobility and user interfaces. Designing and developing test scenarios for TETRA radios according to their functional requirements and customer requirements. Conducting expert product tests against its compatibility with BTS of TETRA infrastructure.

Designing and developing crash severity sensing and impact sensing algorithms using Matlab, Simulink, Stateflow. Simulation of algorithms and generation algorithm calibration for a specific vehicle platformAlgorithm calibration to fulfil customer requirements’ regarding times of airbag firing. Analysing crash signals and choosing appropriate filtering and sampling. Developing HIL stands for testing new software and algorithms.

Designing Kalman and Particle Filter for the controller of beam with built-in piezoelectric motors. Filtering acceleration signal noises. The entire control system was implemented to control oscillations of single-clamped beam. Worked in MATLAB and Simulink.