Faculty

Institution

Unit

Venue

Masood Shahverdi

California State University, Los Angeles

Affiliations

California State University, Los Angeles

College of Engineering, Computer Science, and Technology

Department of Electrical Engineering

Rongxiang Xu College of Health and Human Services

Services Of Rongxiang Xu College Of Health And Human

School Of Kinesiology

NoneMasood Shahverdi is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Masood Shahverdi

California State University, Los Angeles

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electrical engineering systems engineering electric vehicles energy management power delivery hybrid electric vehicles engineering energy storage energy systems control systems control optimization energy conversion model predictive control battery configuration electric power systems sustainable energy technologies energy storage systems power electronics energy strategies computer engineering energy efficiency automatic control control system technology engineering optimization energy control electric battery powertrain simulation including vehicle-to-grid microelectronics active control vehicular technology hybrid vehicle hybrid energy system energy planning bandwidth-based control strategy charge estimation power management system hybrid electric vehicle robust nonlinear control numerical simulations electronics thermal engineering building engineering real-time control vehicle communication power semiconductor devices electronic engineering semiconductor devices semiconductor technology power devices energy storage devices sensitivity analysis energy efficiency policy energy economy energy regulation intelligent control building energy renewable energy storage lithium-ion batteries energy efficient drive impact assessment differential evolution hybrid optimization technique intelligent optimization energy storage size series hev high-fidelity battery model sic jfet electrochemical impedance passive tracking equivalent fuel consumption battery capacity fade pareto front analysis objective function battery cycling battery model

Notable Scholarly Works

Notable Federal Grants

Collaborators

Two-Layer Hierarchical Predictive Control of a Fuel Cell–Battery Hybrid System for Electric-Vehicle Fast-Charging Applications. (2026)

systems engineeringcontrol systemshybrid electric vehiclesfuel cellspowertrain simulationelectric-vehicle fast-charging applicationselectric vehiclescontrol optimizationenergy systemsenergy storageincluding vehicle-to-gridpower deliveryelectrical engineeringenergy managementbattery configuration

Advancing Onboard Soc Estimation: Transfer-Learning-Enabled Transformer Models Trained on Stock Ev Can Datasets. (2025)

systems engineeringcomputer engineeringonboard soc estimationmodeling and simulationmachine learning

Battery Parameter Extraction and Real-Time State of Charge Estimation. (2025)

battery parameter extractionenergy storage materialsenergy managementsystem identificationelectrical engineeringelectric batteryenergy storagebattery configuration

Enhancing Energy Intelligence: Transfer-Learning-Enabled Transformer Models for Onboard Soc Estimation Using Ev Can Data. (2025)

power engineeringelectric power systemssystems engineeringenergy intelligencetransfer-learning-enabled transformer modelscomputer engineeringenergy management systemselectric vehiclespower deliveryelectrical gridssmart grid

Boosting Preparedness Through Engineering Project-Based Service Learning. (2024)

project-based learningdesignproject-based organizationengineering educationproject management

Online State-Of-Health and Capacity Fade Estimation Using Machine-Learning-, Deep-Learning-, and/or Neural-Network-Based Algorithms. (2024)

machine learninghealth monitoringonline state-of-healthprediction modellingbiostatisticsneural-network-based algorithmsphysiological measurementsdata sciencedigital medicineneural network (machine learning)health technology

Learning-Based Hierarchical Control for a Net-Zero Commercial Building With Solar Plus Storage and High Ev Chargers Penetration. Energy Reports (2023)

Masood ShahverdiArash JamehbozorgChristopher SerratoNelson Flores

net-zero commercial buildingintelligent controlcontrol systemssustainable energyenergy controlenergy planningenergy strategiesbuilding energyenergy managementrenewable energy storagecontrol system technologyautomatic controlenergy storagelearning-based hierarchical controlsystems engineeringrenewable energythermal engineeringelectrical engineeringbuilding engineeringengineering

Optimal Size of Energy Storage Systems in Microgrids Under Rapid Growth of Ev Charging Demands. (2022)

Arash JamehbozorgMasood ShahverdiChristopher SerratoNelson Flores

engineeringelectric vehicleselectrical engineeringrapid growthoptimal size

2020 Best Zone IV Paper and Best Overall Zone Winner - Boosting Preparedness Through Engineering Project-Based Service Learning. 2021 ASEE Virtual Annual Conference Content Access Proceedings (2021)

engineering managementtechnologyconstruction managementdesignengineering educationboosting preparednessintelligent service systemmanagement engineeringproject management

An Experiment-Based Methodology for Evaluating the Impacts of Full Bandwidth Load on the Hybrid Energy Storage System for Electrified Vehicles. Sci (2019)

electric power systemssystems engineeringsmart gridhybrid electric vehiclesenergy efficiencyhybrid energy systemexperiment-based methodologyelectric vehiclesenergy systemsvehicular technologypower deliveryenergy storage systemselectrical engineeringpower electronicsfull bandwidth loadsustainable energy technologieselectrified vehiclesengineering

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Masood Shahverdi

California State University, Los Angeles

Affiliations

California State University, Los Angeles

College of Engineering, Computer Science, and Technology

Department of Electrical Engineering

Rongxiang Xu College of Health and Human Services

Services Of Rongxiang Xu College Of Health And Human

School Of Kinesiology

NoneMasood Shahverdi is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Masood Shahverdi

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Two-Layer Hierarchical Predictive Control of a Fuel Cell–Battery Hybrid System for Electric-Vehicle Fast-Charging Applications. (2026)

Advancing Onboard Soc Estimation: Transfer-Learning-Enabled Transformer Models Trained on Stock Ev Can Datasets. (2025)

systems engineeringcomputer engineeringonboard soc estimationmodeling and simulationmachine learning

Battery Parameter Extraction and Real-Time State of Charge Estimation. (2025)

battery parameter extractionenergy storage materialsenergy managementsystem identificationelectrical engineeringelectric batteryenergy storagebattery configuration

Enhancing Energy Intelligence: Transfer-Learning-Enabled Transformer Models for Onboard Soc Estimation Using Ev Can Data. (2025)

Boosting Preparedness Through Engineering Project-Based Service Learning. (2024)

project-based learningdesignproject-based organizationengineering educationproject management

Online State-Of-Health and Capacity Fade Estimation Using Machine-Learning-, Deep-Learning-, and/or Neural-Network-Based Algorithms. (2024)

Learning-Based Hierarchical Control for a Net-Zero Commercial Building With Solar Plus Storage and High Ev Chargers Penetration. Energy Reports (2023)

Masood ShahverdiArash JamehbozorgChristopher SerratoNelson Flores

Optimal Size of Energy Storage Systems in Microgrids Under Rapid Growth of Ev Charging Demands. (2022)

Arash JamehbozorgMasood ShahverdiChristopher SerratoNelson Flores

engineeringelectric vehicleselectrical engineeringrapid growthoptimal size

engineering managementtechnologyconstruction managementdesignengineering educationboosting preparednessintelligent service systemmanagement engineeringproject management

An Experiment-Based Methodology for Evaluating the Impacts of Full Bandwidth Load on the Hybrid Energy Storage System for Electrified Vehicles. Sci (2019)

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2
3
4
10 / page