Arjun Sridhar Email & Phone Number

San Francisco Bay Area

Fremont, California, US

• Responsible Engineer to deliver next generation IoT Products & Systems from prototype to market launch.
• Leadership and technical direction to the cross-functional engineering teams with 30+ members.
• Ownership of products & systems requirement in Jama to enable traceability, conduct reviews, automate testcases.
• Manage overall engineering schedule and resources to meet product market launch timeline set by stakeholders.
• Responsible for product cost committed to product owners from development to market launch.

Essen, North Rhine-Westphalia, DE

• Developed project design tool to provide preliminary sizing and CAPEX estimation of over 4.7 GW of storage project in development and construction
• Automation of day-ahead forecast delivery mechanism in compliance with NERC CIP requirements
• Agile methodology champion for adoption of Jira task management across different teams with 30+ members
• Lead visualization and reporting of KPI, task management, project pipeline and tools metrics

Essen, North Rhine-Westphalia, DE

• Lead Architect for PI data archive, Asset Framework, PI Vision for over 4 GW of Wind, PV and Storage Assets
• Integration of plant control and SCADA for over 1 GW wind plant into RWE Generation Management System
• Various custom script development to improve wind plant operation such as ice curtailment, turbine count, market bid and telemetry data automation

Tempe, Arizona, US

Automation Control and SCADA:Developed a first-of-its-kind grid integration Power Plant Control system used for PV + Storage power plants20 MW PV, 12 MW/24 MWh Battery Storage – Big Bend Solar Farm, FL250 kW, 250 kW/500 kWh Battery Storage – Mesa Test Site, AZDeveloped a behind-the-meter Power Plant Control system to reduce peak demand and energy charges.

Tempe, Arizona, US

• Design, development and analysis of soft switched SiC based DC-DC converter for MVDC architecture
• Stability and performance analysis of current control loop, voltage control loop and MPPT in DC-DC converter
• Semiconductor (MOSFET, IGBT and diode) thermal modelling to improve reliability using industry standard software tools
• Saved 10% of DC-DC converter cost through simple engineering design changes

Milwaukee, WI, US

• Design and analysis of bi-directional, single stage, three phase AC-DC converter with d-q control
• Hardware implementation of a high power density, high efficiency SiC MOSFET based three phase AC-DC converter for Vehicle-to-grid (V2G) applications
• Google “Little box challenge” - Design and build a kW-scale inverter with the highest power density.

Milwaukee, WI, US

• Power Electronics for Renewable Energy Systems
• Electrical Instrumentation
• Electronic devices and applications
• Digital electronics

Waltham, Massachusetts, US

• Design and build an EMI turntable used for pre EMC testing, to reduce errors in the production stage, enabling faster product release to market
• Development of solar powered electric vehicle using next generation energy storage Li-ion battery and ultra-capacitor

• High frequency (100 kHz) hardware implementation and firmware optimization of single phase bidirectional AC-DC converter with d-q control for Vehicle-to-grid (V2G) applications
• Analysis and modelling of Modular Multilevel Converter (MMC) for renewable energy grid integration

Electric drivesPower electronics

Bangalore, Karnataka, IN

• Administration and production support for Enterprise Content Management system (ECM)
• Development of cost saving automation tools to reduce laborious manual work

Chennai, Tamilnadu, IN

Projects:1.) Three-phase AC chopper based on multi-pulse modulation2.) Single phase matrix converter topology based on multi-pulse modulation3.) Performance analysis of bipolar HVDC based on 12 pulse converter4.) Hysteresis current control (HCC) of an AC-DC converter feeding a DC drive with unity power factor operation

Automatic sensor-less dual axis solar tracking system

Chennai, Tamil Nadu, IN

Electrification of Rail Transportation

Fundamentals of Telecommunication

PLC & SCADA Training

Master'S Degree, Electrical And Electronics Engineering

Bachelor Of Engineering (Be), Electrical And Electronics Engineering