ANUHYA CH
I’m an embedded systems engineer focused on multicore debugging and production validation, with hands-on experience working on Infineon AURIX (TC275T/TC375TP) using tools like UDE, UAD2pro/UAD3, ADS, and MCDS tracing.
About
I’m an embedded systems engineer focused on multicore debugging and production validation, with hands-on experience working on Infineon AURIX (TC275T/TC375TP) using tools like UDE, UAD2pro/UAD3, ADS, and MCDS tracing. I enjoy turning complex runtime behavior into actionable insights by setting precise breakpoints/watchpoints, analyzing execution sequences, and profiling performance to speed up root-cause investigations.
In my current role, I also support model-based development workflows using UML/SysML and version control with Git/GitHub, while using automation scripts (Python) to streamline recurring diagnostics. Alongside embedded debugging, I validate industrial storage and memory configurations—covering NVMe, SATA SSDs, NAND flash, and DDR3–DDR5—so the systems I help debug can meet reliability targets.
- 2 years' experience
- Joined September 2026
Industry experience
- Computers & Electronics
- Manufacturing
- Software & Internet
Work experience
Support production debugging workflows by improving system design quality using UML/SysML models in Enterprise Architect for MBSE adoption, managing model/version control with Git/GitHub and resolving model comparison/merge issues with LemonTree. Build and maintain Python-based test automation scripts to identify and resolve embedded software issues faster. Configure and optimize Infineon AURIX JTAG setups (UAD2pro/UAD3) to speed up firmware flashing and validation cycles. Use UDE and AURIX Development Studio with MCDS tracing to implement breakpoints, watchpoints, and peripheral/core register tracing for multicore applications. Analyze execution sequences and function-level profiling to identify performance bottlenecks and reduce diagnostic turnaround on recurring cases. Validate industrial storage and memory reliability across NAND flash, PCIe NVMe, SATA SSDs, and DDR3/DDR4/DDR5 modules against qualification benchmarks.
Developed and validated embedded C applications on LPC2148 using Keil uVision 4, building foundational debugging and firmware skills that later supported production AURIX work. Implemented and tested UART communication protocols to improve data transmission reliability across embedded modules. Maintained documentation of system designs and participated in structured code reviews aligned with team standards. Studied Linux fundamentals, RTOS concepts, and TCP/IP integration in embedded contexts to build cross-domain readiness for embedded tooling roles.
Education
Certifications and awards
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