Aditya Tarey Email & Phone Number

Nuremberg, By, De

Redmond, Washington, Us

RTL Design: ASIC Development• Implemented I2S protocol for sending MEMS mirror drive data on TAS2505 and implemented test environment and system-level test cases in cocotb• Used linter tool to optimize implemented code.• I2S Module interacted with different clock domains so implemented CDC solutions and verified timing violations.• Tested output waveform on Xilinx Ultrascale + board using Oscilloscope• Implemented Auxiliary ADC controller and 8-bit Serializer for MEMS scan data and used parasitic information in Standard delay format files for ASIC test cases.RTL Design: Pixel Processing• Designed and implemented pixel processing blocks for the time-of-flight receiver in the lidar sensor using System Verilog.• Pixel block included submodules for finding mean depths, median depths, and secondary depths correlated with the intensity of returned points• Implemented test environment and test cases for testing pixel block modules in cocotb environment.• Tested output waveform on Xilinx Ultrascale + board using Oscilloscope Automotive Lidar sensor development: Match-Filter Design• Implemented Python models for designing internal modules to improve the Lidar range as per product specifications.• Implemented DPI-C model using Simulink and Simulink Coder for verification of RTL code generated using HDL Coder• Tested laser pulse pattern spacing to improve point cloud quality and reduce the match filter's correlation threshold.Automotive Lidar sensor development:• As a modeling engineer, I was responsible for implementing model-based design techniques to design ISO26262-compliant system and developing high-level system design of lidar sensor system• Responsible for generating proposed laser scanning patterns used by the LIDAR sensor to enable further analysis and testing of this data for expected sensor returns in a virtual environment provided by the Prescan simulator.

Redmond, Washington, Us

Pune, Maharashtra, In

AUTOSAR 4.2.1 development for BMW: As a module owner responsible for extracting and analyzing requirements from basic software mode management module (BswM) SWS using IBM Doors, designing and updating design decisions for BswM in enterprise architect, writing functional test applications and unit testing.Achievements: Consistently awarded star of the sprint for actively updating Bugzilla for BswM the AUTOSAR suggesting futureimprovements during embedded C code development. Increased module development efficiency by automating the process of C code generation using Java (Xtend) model-based development, thus, conserving 70% of module development time. Successfully tested communication manager module using IBM RTRT and developed common target deployment portfor use across the AUTOSAR project team consequently saving 50 hours of testing.

Pune, Maharashtra, In

Project Intern:Low Cost Automation department● Designed and created mechanism for transferring cylinder head between workstations. ● Theoretical analysis for deciding sensors and actuators to be used in cleansing of engine bore.

Master Of Science - Ms, Electrical Engineering

Bachelor Of Technology (B.Tech), Mechatronics