Developing, testing, validating debug tools for Apple products.

• 3+ years of experience in developing Debug Tools for Intel's Server and AI Processors• Expertise in System Debug and Design Validation • Proficient in Python and C++• Created, defined and developed validation environment and DFx solutions for Emulation and Post Silicon debug• Responsible for the development of test plans, automation and execution of validation plans, troubleshooting, analysis and debug of failures• Responsible for strategizing and standardizing tool development methodologies• Responsible for providing design and architecture feedback for DFx feature enhancements• Experience working with ZeBu and Veloce Emulators• Strong understanding of Server and AI processor and memory (DRAM, NVM - 3D XPoint) architectures, design and on-die debug features• Strong understanding of DFX architecture - Register Access Mechanisms, Controller, JTAG, TAP, SCAN, BIST, Arrays and Trace Generation• Interfaced directly with Intel's end customers and resolved critical customer issues• Experience with the use of test equipment such as logic analyzers and oscilloscopes

Physical Activity and Brain Activity in Children Assisting the research team under Professor Pamela Hodges Kulinna in processing the raw activity data and analyzing Physical and Brain Activity in children

• Hands on testing, characterization and validation of High Speed Design Boards & Supercaps for Big Data storage applications with interfaces like PCIe Gen3, SAS/SATA at 6G/12Gbps and DDR3• Assisting the team with performance issues, Troubleshooting and Debugging, Power Supply Characterization, Qualification & Electrical Compliance Testing & Evaluation with Oscilloscope, BERT• Verifying Supercap charging and discharging circuitry for Backup Storage by characterizing the charging and discharging profile of the Supercap• Assisting the team in capturing trace parameters, evaluating the performance of High Speed Boards with Smart HBA, RAID Controllers and Supercaps• Performing waveform captures for ESR measurements of Supercaps and Cables• Performing Signal Integrity and Impedance Measurements using TDR (Time Domain Reflectometry), Measurement of S-parameters for single-ended and differential pair traces on High Speed Boards with Smart HBA and RAID Controllers using Vector Network Analyzer• Signal Integrity and Power Integrity Tools – Cadence Allegro SigritySI and PI Base + Options• Differential Signal Probing for Signal Integrity Analysis, Reflection(Return) and Insertion Losses, Calibration Techniques, Embedding and De-embedding Networks, capturing traces in Frequency and Time domain(Radio frequency and Microwave range Measurements), Eye Diagram Analysis and Smith Charts• Maintaining documents and updating design specifications for High Speed Boards with Smart HBA

Open Embedded Patient Monitoring System for data reception and display- Worked under Professor R Krishnakumar, Engineering Design Department of the Indian Institute of Technology Madras, in association with Trivitron Healthcare, India- Developed an Open Embedded System on the Linux platform, to monitor and display the vital parameters acquired from sensor modules using a Bluetooth receiver- Programmed the Beagleboard, an open source single-board computer and interfaced it with an LCD screen programmed using Qt GUI to make the entire system a complete, standalone patient monitoring unit

Fully Automated Intelligent Non-Colliding Robot- Worked under Professor R Krishna Kumar, Engineering Design Department, Indian Institute of Technology Madras, India - Designed a fully automated, intelligent, non-colliding robot by programming TI’s MSP430 Microcontroller