Python Programming, Code Analysis, Validation activities, Firmware debugging, Firmware analysis, Firmware design, Issue isolation, Embedded firmware development using C, Low-level software development including assembly language programming, Root cause investigation

Logic Design, LabVIEW, PLLs, Mentor Xpedition, Complex timing analysis, Power integrity analysis, High speed 5GHz analog and digital circuits, Thermal calculations, Deserializers, RF Amplifiers, Differential ECL, Intel Altera, NI systems, Electronics Design, PCB design tools, CDRs, Serializers, CML logic

Regression Analysis, Nvme, Continuous Integration, Pcie, Agile Development, Python Programming, Ocp, NAND flash operation, SSD firmware testing, firmware verification planning, automated build, SSD firmware components, SSD system-level debugging, test coverage analysis, branch management, storage protocols and specifications, NVMe-MI, test automation systems, Git development flow, Reporting

automation solutions, Tooling, risk management, Iso 14971, Iso 13485, Material Selection, FDA Quality System requirements, CAPA investigations, process development, Design for reliability, biocompatibility considerations, Performance Improvement, Regulatory Compliance, Root Cause Analysis, component design, scientific molding principles, advanced LSR technologies, audits

MATLAB, Pandas, Digital scan, Analog and DC parameters, Firmware-driven test modes, Bench instrumentation, Load boards, ATE test programs, Probe cards, Mixed-signal ICs, Jmp, High-speed signal path, High-speed ICs, Signal Integrity

power integrity , Ml, automation, EDA Tools, advanced packaging technologies, Ai, Signal Integrity

power integrity , Linux Operating System, Ruby, Python, Perl, Shell script, power capacitors, buck boost converters, silicon VFT Voltage Frequency Temperature behavior, analyzers, SOC design, inductors, SoC power management, system level power management, IVR Integrated Voltage Regulator, HBM architecture, Oscilloscopes