Faculty

Institution

Unit

Venue

Dr. Amir Shahirinia

University of the District of Columbia

Affiliations

Department Of Biomedical Engineering

School of Engineering and Applied Science (SEAS)

University of the District of Columbia

NoneDr. Amir Shahirinia is currently serving as a Biomedical Engineering faculty at University of The District of Columbia.

Honors

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Experiences

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Education

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Dr. Amir Shahirinia

University of the District of Columbia

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electrical engineering power electronics electric power systems systems engineering smart grid energy systems renewable energy power delivery statistics electrical grids electric vehicles energy storage power electronics converter including vehicle-to-grid engineering energy management electric power conversion electric power transmission power system control power generation solar power bayesian analysis sustainable energy technologies electric power distribution distributed energy generation industrial electronics power engineering high voltage engineering power grid operations power control wireless power transmission power inverter renewable energy storage power networks automatic control fuzzy systems networked system design cybernetics electronics reliability engineering marine systems vehicular technology urban climate statistical methodology genetic programming dc microgrids adaptive control power system protection photovoltaic systems photovoltaic power station rooftop photovoltaics fuzzy control system distributed control systems demand response energy demand management energy control power system analysis electric grid integration model predictive control condition monitoring coupled inductor load balancing plug‐in electric vehicles wireless power transfer single active switch probability distributions non-inverting buck-boost converter hybrid hb dc faults synchronous stability copula parameters bayesian estimation wind speed models dc-dc converter photovoltaic application single-phase inverter

Notable Scholarly Works

Notable Federal Grants

Collaborators

Probabilistic Multivariate Modeling of Electric Vehicles Charging Start Time in Fast Charging Stations. Energy Systems (2026)

hybrid electric vehiclesvehicle system dynamicsprobabilistic multivariate modelingelectric vehiclesincluding vehicle-to-gridstatisticsapplied mathematicssystems modelingstart timesmart grid

Multi-Site Wind Farms Dependence Structure Using Vine Copulas: Impacts of Dataset Sizes and Employed Copulas. IEEE Access (2025)

renewable energywind poweroffshore wind powerwind engineeringoffshore structureswind power generationenvironmental impact of the energy industryemployed copulasgeographydataset sizesstatisticsoffshore mechanics

A Comprehensive Review on Stochastic Modeling of Electric Vehicle Charging Load Demand Regarding Various Uncertainties. Smart Science (2024)

uncertainty analysiselectric power systemssystems engineeringelectric vehiclestochastic modelingload demandenergy demand managementelectric vehiclesincluding vehicle-to-gridenergy systemspower deliverydemand responseenergy managementsmart grid

A Novel Method of Coupling Coefficient Estimation for a Series-Series Wireless Power Transfer System. (2024)

novel methodenergy harvestingcoupling coefficient estimationenergy systemspower deliverywireless power transmissionpower electronicselectrical engineeringelectromagnetic compatibilitywireless modeling

Simplified Two-Step Bidirectional Commutation Strategy for High Frequency Unity Power Factor Matrix Converter Supplying Inductive Power Transfer System. Scientia Iranica (2024)

electric power systemspower deliverypower electronicselectrical engineeringpower inverterpower electronics converterelectric power conversion

Spatial Modeling Sensitivity Analysis: Copula Selection for Wind Speed Dependence. AIP Advances (2024)

spatial analysissystems engineeringspatial uncertaintywind engineeringsensitivity analysisurban climatestatisticsstatistical methodologyquantitative spatial modelspatial statistical analysisstatistical models

Optimal Placement of Statcom Using a Reduced Computational Burden by Minimum Number of Monitoring Units Based on Area of Vulnerability. IET Generation Transmission & Distribution (2023)

Hamed JalalatSahand LiasiMohammad Tavakoli BinaAmir Shahirinia

electric power systemssystems engineeringwind powerelectric power transmissionoptimal placementreliability engineeringcomputer securitycommunications systemspower system optimizationelectrical engineeringtransmissionapplied mathematicssystem monitoringtransmission systemcondition monitoring

Suggesting a Non-Unity Turn Ratio Two-Winding Coupled Inductor for Filtering CM Emi Noise in an Src. IEEE Transactions on Consumer Electronics (2023)

Reza AmjadifardMohammad Tavakoli BinaHamid KhaloozadehFarhad BagheroskoueiAmir Shahirinia

industrial electronicselectronicscm emi noisepower electronicselectrical engineeringoptoelectronics

An Interleaved Non‐Isolated High Gain Soft Switching DC–DC Converter With Small Input Current Ripple. IET Power Electronics (2022)

Sohrab AbbasianMohammad FarsijaniMohammad Tavakoli BinaAdib AbrishamifarArya HosseiniAmir Shahirinia

power electronicspower electronics converterdc-dc converterelectrical engineering

A Nonisolated Common-Ground High Step-Up Soft-Switching DC–DC Converter With Single Active Switch. IEEE Transactions on Industrial Electronics (2022)

power electronics converterpower electronicselectrical engineeringsingle active switchelectric power conversion

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Dr. Amir Shahirinia

University of the District of Columbia

Affiliations

Department Of Biomedical Engineering

School of Engineering and Applied Science (SEAS)

University of the District of Columbia

NoneDr. Amir Shahirinia is currently serving as a Biomedical Engineering faculty at University of The District of Columbia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dr. Amir Shahirinia

University of the District of Columbia

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Probabilistic Multivariate Modeling of Electric Vehicles Charging Start Time in Fast Charging Stations. Energy Systems (2026)

hybrid electric vehiclesvehicle system dynamicsprobabilistic multivariate modelingelectric vehiclesincluding vehicle-to-gridstatisticsapplied mathematicssystems modelingstart timesmart grid

Multi-Site Wind Farms Dependence Structure Using Vine Copulas: Impacts of Dataset Sizes and Employed Copulas. IEEE Access (2025)

A Comprehensive Review on Stochastic Modeling of Electric Vehicle Charging Load Demand Regarding Various Uncertainties. Smart Science (2024)

A Novel Method of Coupling Coefficient Estimation for a Series-Series Wireless Power Transfer System. (2024)

Simplified Two-Step Bidirectional Commutation Strategy for High Frequency Unity Power Factor Matrix Converter Supplying Inductive Power Transfer System. Scientia Iranica (2024)

electric power systemspower deliverypower electronicselectrical engineeringpower inverterpower electronics converterelectric power conversion

Spatial Modeling Sensitivity Analysis: Copula Selection for Wind Speed Dependence. AIP Advances (2024)

Optimal Placement of Statcom Using a Reduced Computational Burden by Minimum Number of Monitoring Units Based on Area of Vulnerability. IET Generation Transmission & Distribution (2023)

Hamed JalalatSahand LiasiMohammad Tavakoli BinaAmir Shahirinia

Suggesting a Non-Unity Turn Ratio Two-Winding Coupled Inductor for Filtering CM Emi Noise in an Src. IEEE Transactions on Consumer Electronics (2023)

Reza AmjadifardMohammad Tavakoli BinaHamid KhaloozadehFarhad BagheroskoueiAmir Shahirinia

industrial electronicselectronicscm emi noisepower electronicselectrical engineeringoptoelectronics

An Interleaved Non‐Isolated High Gain Soft Switching DC–DC Converter With Small Input Current Ripple. IET Power Electronics (2022)

Sohrab AbbasianMohammad FarsijaniMohammad Tavakoli BinaAdib AbrishamifarArya HosseiniAmir Shahirinia

power electronicspower electronics converterdc-dc converterelectrical engineering

A Nonisolated Common-Ground High Step-Up Soft-Switching DC–DC Converter With Single Active Switch. IEEE Transactions on Industrial Electronics (2022)

power electronics converterpower electronicselectrical engineeringsingle active switchelectric power conversion

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3
4
10 / page