Climate resilient planning and strategy development - Analysis of carbon off-setting from fuelwood/wood based energy use to solar grids in rural contexts - Technical feasibility and planning for viability of solar water pump for irrigation, drinking and sanitation for rural villages in Nepal - Feasibility analysis of PV based ground water pumping - Clean energy led rural development modeling Involved in business development and planning of PV grid and modeling of Multiple Water Use System - Designed grant proposal for the ford foundation on solar PV grid in Nepal (Ramechhap District) - System analysis on integrating solar power with rural electrification, irrigation and drinking water useProject analysis, design and implementation - Formulation of clean energy related projects designs and model - Technical, financial and policy related feasibility assessment of energy models - Monitoring of rural energy projects

• Use measured power system data, simulations, data analytics, and other technologies and techniquesto study known, unresolved issues in electric power quality. Identify new issues in the area• Understand the current status of wind power interconnection requirement in the USA focusing on power quality issues in distribution level and bulk power system. Identify and analyze the powerquality issues for onshore and offshore wind turbines/ farms.

Research Assistant - Residential demand response program and MicrogridPredictive analytics and Optimization− Predictive analysis of residential demand Management to form various clusters based on socio economic factors to estimate the level of residential participation, and thus the load reduction capacity available, from an electric demand response program during peak load events.− Optimization of residential participant’s clusters based on the demand reduction and profit generated for aggregator. Profit is based on the reward received from the utility, and incentive given to customers.Forecasting− Peak Demand and system loss forecasting of next operating day using Artificial NeuralNetworkEffect of demand response with direct load control, dynamic pricing and PV− Demand reduction program is designed to mitigate the peak demand. Direct load control, dynamic price control and residential PV are implemented in the DR for 2011 and 2030 case. 2030 case is based on the Clean Energy Act, California and 50% Renewable Portfolio Standard (RPS).− Carbon reduction analysis is based on the energy saved during the demand response event.− Economic analysis of PV based on the investment and benefits associated with reduction of demand and energy requirements.Case study and design of hybrid microgrid (PV-Storage-Diesel generator)− Off grid hybrid generation to fulfil the basic load requirements of remote village inNepal.− Optimal design and operation of two different combinations, PV-Battery-Dieselgenerator and PV-Pump Hydro Storage-Diesel generator.

Low voltage power distribution design for facilities ITS systemConstruction ManagementClients: NYDOT, NYPA , North River & Newtown Creek Wastewater Treatment Plant, , Metro-North Railroad, NJDOT, CTDOT, SEPTA, etcNotable works: 1.Designed a 5kV substation with 13.8 kV incoming service for water pumping station, Ashtabula Port Authority, OH. -Switchgear -Short circuit, voltage drop and load flow calculations-Transformer sizing-Wire and conduit sizing-Equipment selection and prepared cost estimation2.Electrical service for North River Water Pollution Control Plant Process Optimization/Odor Control, NY-O&M Manual -Short circuit calculation, voltage drop calculation, load calculation, wire & conduit sizing, lighting designs-Selecting appropriate manufacturers and prepared cost estimation-Change orders, review shop drawings and answered RFI’s3.Electrical service for rehabilitation of eight-railroad station, MTA Metro-North Railroad New Haven Line, Westchester County, NY and shore Line East Railroad Station Rehabilitation, Branford, Guilford, Madison, Clinton and Westbrook, CTDOT-Detail design for upgrading electrical service, which included but not limited to voltage drop calculation, load calculation, wire & conduit sizing, VMS design, rail road telephone, network lighting design, CCTV design, TVM design -Selecting appropriate manufacturers and prepared cost estimation-Change orders, review shop drawings and answered RFI’s4.Case Study of Arrigoni Bridge Ornamental Lighting Design, City of Middletown, CT-Conducting a field survey of the site to assess aspects such as site conditions, current power supply to the bridge, existing aviation lighting-Study of various ornamental lighting -Prepared cost estimation-Detail report

Design and build salient pole rotor for conventional automotive and aircraft alternator to increase reliability

Design and build Wind turbine generator.Design and build HV cold Plasma.