Sharath Srinivasan Email & Phone Number

Cupertino, California, Us

Cupertino, California, Us

• Worked on a ADC used in a sensor-based application• Involved in the analysis and development of calibration algorithm for the sensor read-out• Created test-benches to capture various ADC performance metrics such as, Common-Mode Rejection (CMR), Power-Supply noise Rejection (PSR), Noise and Integral Non-Linearity (INL)

Austin, Tx, Us

• Developed SystemVerilog models to closely capture the circuit behavior of switched-capacitor digital-to-analog converter (DAC), Class-D amplifier and its offset calibration loop at the sub-block level.• Used AMSDMV tool to compare transistor-level simulations with its behavioral model counterparts.• Created meaningful assertions for the behavioral models to verify timing and defaults on the signals of the sub-blocks.

Austin, Tx, Us

• Designed a low-power (26.1µW), low-dropout regulator (LDO) using a supply voltage of 1.8V (±5%) and a regulated output voltage of 1.6V• Ensured stability (phase margin ≥ 45o), power-supply rejection (35dB @ 20kHz) and load regulation (±3.1%) across a wide range of load capacitances (50pF – 2uF) and currents (100uA – 2mA) across PVT variations and mismatch.

Houston, Texas, Us

• Devised fast 3D automated tracking algorithms for extraction of morphological features from axons from confocal microscopy datasets.• Created software (AxonTracker 3D) that integrated tracking and segmentation algorithms with visualization functions.• Designed a simple and elegant user interface for tracking and segmentation of axons with real-time display of 3D tracking. • Developed image processing algorithms for automated blood vessel extraction from CT-Angiograms based on deformable models.• Simulated and tested smaller modules of the software in Matlab and migrated to C++.Publications: •“Reconstruction of the Neuromuscular Junction Connectome” 18th Annual International Conference on Intelligent Systems for Molecular Biology (ISMB) 2010 (Accepted for publication)

• Developed a tool to extract centerlines and label axons from microscopic image sequences in 3D space.• Designed and tested algorithms in Matlab to segment and track axons in 3D space, confining average tracking error within 2 pixels.• Significantly reduced user intervention and improved average execution time by 50%.

Farmington Hills, Mi, Us

• Developed software in C for cruise control in diesel engine driven vehicles with ERCOS operating system. • Performed rigorous real time test runs on the implemented modules using the Electronic Control Unit.

Bangalore, Karnataka, In

• Collaborated with a team to develop back-end banking software in COBOL to access customer database and process information.• Fixed bugs using test-cases and suggested improvements in the software modules.• Analyzed customer requirements, reported progress and coordinated with the overseas team.

Wilmington, Ma, Us

• Designed and developed a low-cost Single phase digital multifunction energy meter. • Devised precise algorithms for measurements and tamper detection, restricting the error rate to 1%.• Beat the existing products in the market by a margin of 50% in terms of price.

Doctor Of Philosophy - Phd, Electrical Engineering

Master Of Science, Electrical Engineering

Bachelor Of Engineering, Electronics And Communication Engineering

Education record

Education record