Amin Agina

Development of software solutions in the area of inductive charging systems: PT (Power transfer in base and vehicle sides) and LOP (Living Object protection). Main tasks: •Overall responsibility over the Base Software Layer (AUTOSAR-like Layered Architecture) of the power transfer microcontroller •Overall responsibility over the software of the FPGA/NIOS softcore in the Living Object Protection (LOP) system •Development of solutions with critical real-time requirements

1) Project Leader MCU Firmware + Developement , Automotive Body Power division 2) Technical Reviewer for Aurix Safetlib modules, Review Code against Design Spec, Coding rules(Internal Infineon Embedded Coding Rules, ISO26262 , Misra C)

Project:BMW electric cars (aka i3/i8) Make the E-machine embedded software safe by implementing ISO26262 std rules and using PRO-SIL™ SafeTcore lib and BMW internal Safety lib •Analysis,update and fix internal BMW Embedded-SW to meet the safety ISO26262 std •Integrate and adapt PRO-SIL™ SafeTcore lib interfaces •Test on the HiL (vehicle Emulator)/vehicle proto •Enhance the Software (Misra C/comp warnings / coding rules) •Documentation (modules spec, reports) •Automation of some process (bash scripts)

•Dev & valid of STM32 (32bit) and STM8 (8bit) microcontrollers Firmware (CMM process) •Dev Bootloader for STM32 products (CAN interface) •Dev Application Notes (software + doc) •Dev Demonstration /application examples •Dev Exhaustive and functional Validation tests •Verif/valid of new micro on FPGA & Silicon •Support FAE Engineers •Dev training slides for support team •Cryptographic Hw/Sw solutions Benchmark(AES/TDES/DES - MD5/SHA1) •Remote control Protocols emulation (Matsushita, NEC, NEC ext, RC5

Industrial Computer science and Process control