Idir Bazizi

• Oversaw test planning, data evaluation, and report generation for inertial sensors. • Automated MEMS sensor evaluation and trimming algorithms, enhancing efficiency and accuracy. • Led characterization and qualification. • Developed GUI applications for sensor testing and data processing, ensuring user experience. Skills: Test Automation · Python · Sensor Testing & Characterization · Data Analysis & Processing · Cross-functional Collaborations

worked in several project in BOSCH - Work as sensor characterization finale test engineer in Bosch Reutlingen and Bosch Sensortec as a FixedTerm - Collaborated with the BCM team in defect analysis for VW in GOLF8 project as consultant

• Designed test programs (C++, C#) for automotive sensors (SMU3, SMA8, SMB470). • Developed sensor trimming algorithms and conducted sensor characterization on advanced test benches. • Led feasibility studies for MEMS test processes, ensuring compliance with industry standards. Skills: C++ · C# · MEMS Sensor Testing · Sensor Trimming & Calibration · Automotive Sensor Development · Embedded Systems

• Contributed to C, LUA, and C# software development for final test environments across multiple sensors. • Automated test procedures for MEMS & MINI-MEMS sensors, improving test bench efficiency. • Implemented trimming and characterization protocols for Bosch’s CE intertial sensors. Skills: LUA & C Programming · MEMS Characterization & Trimming · Test Bench Automation · Signal Processing · Semiconductor Testing

• Collaborate with the BCM team in defect analysis while having a holistic view of all technical areas of the project. • Issues Analysis, Checking Customer, System and Functional Requirement conformity. • Verification of bug correctness: Test running and Analysis of the results. • Close the issues or Find the root causes and report evidence. Technical environments: IDE & Software: Bosch AEEE-Pro, Eclipse, WinIDEA, Vector CANoe,IBM DOORS Communication Protocols: CAN, LIN.

• Developed an IoT server for wearable health monitoring devices using Python. • Designed and implemented an indoor geolocation system and a LoRa-connected smartwatch for real-time remote monitoring. • Modeled B2C payment systems using UML, improving project scope and user experience. Skills: IoT Development · Pandas (Software) · Geolocation Systems (Indoor Positioning) · LoRaWAN & Wireless Communication · UML & System Modeling