Faculty

Institution

Unit

Venue

Josh Wold

Montana Technological University

Affiliations

Lance College of Mines and Engineering

Department Of Electrical Engineering

NoneJosh Wold is currently serving as a Electrical Engineering faculty at Montana Technological University.

Honors

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Experiences

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Education

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Josh Wold

Montana Technological University

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systems engineering electric power systems control systems engineering control system technology power system analysis electrical engineering smart grid active control aerospace engineering stability electrical grids power delivery control optimization automatic control measurement power electronics grid stability power system dynamics power system control control design control engineering vibrations uncertainty analysis uncertainty quantification sustainable energy technologies engineering optimization vibration control control methods power system transient uncertainty modeling uncertain data model-based control technique feedforward control synthetic inertia control reliability engineering reliability physics robotics automation vehicle system dynamics field robotics unmanned aircraft systems power system automation power system protection power engineering data compression lossy compression frequency control system identification battery configuration system stability uncertainty principle wide area monitoring system measurement power grid operations power system reliability motion control air vehicle system aerial robotics unmanned vehicles unmanned systems unmanned ground vehicle open-loop pdci nonlinear least squares phase jump immunity synchrophasor data rocof estimates phase steps power system signals improving transient stability pdci inter-area oscillation fast summation transformation feedback control strategy high precision battery input estimation estimating parameter uncertainty data-driven method

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Framework for Monte Carlo Power-Plant Parameter Estimation. (2023)

power system analysiselectric power systemssystems engineeringengineering optimizationparameter identificationenergy systemsbayesian analysisstatisticsenergy strategieselectrical gridsenergy modelingenergy managementsustainable energy technologiessmart grid

Feedback Control Strategy for Transient Stability Application. Energies (2022)

systems engineeringcontrol systemsfeedback control strategycontrol methodscontrol system technologyautomatic controlstabilitysystem stability

Input Signal for Synthetic Inertia: Estimated Rocof Versus Remote Machine Acceleration. (2022)

mechatronicssystems engineeringcontrol systemskinematicsinput signalaerospace engineeringsynthetic inertia

Multi-Loop Transient Stability Control via Power Modulation From Energy Storage Devices. 2022 IEEE Power & Energy Society General Meeting (PESGM) (2022)

electric power systemssystems engineeringcontrol systemsactive controlpower system transientpower system controlcontrol system technologygrid stabilityenergy systemspower system dynamicspower deliveryelectrical engineeringpower electronicsstabilitysmart grid

Small-Signal Approximations of Frequency Estimation Algorithms. (2022)

statistical signal processingnumerical algorithmsestimation theorysignal processingapproximation theorysmall-signal approximationsapplied mathematics

Enhanced Nonlinear Least Squares for Power System Frequency Estimation With Phase Jump Immunity. International Journal of Electrical Power & Energy Systems (2021)

Josh WoldFelipe Wilches-Bernal

power system analysiselectric power systemspower system controlnonlinear least squarescontrol optimizationnonlinear systemselectrical engineeringphase jump immunity

Modeling and Prototyping a Modular, Low-Cost Collision Avoidance System for Uavs. (2021)

systems engineeringunmanned aerial vehiclesrobotics automationvehicle system dynamicscomputer engineeringroboticsfield roboticsair vehicle systemdronesaerial roboticsaerospace engineeringunmanned vehiclesunmanned systemsunmanned ground vehicleunmanned aircraft systemsautomation

A Data-Driven Method for Estimating Parameter Uncertainty in Pmu-Based Power Plant Model Validation. (2020)

estimating parameter uncertaintysustainable energy technologieselectric power systemsengineering optimizationpower grid operationspower system analysisuncertainty quantificationuncertainty modelingelectrical gridsuncertainty analysispower system reliabilitysystems engineeringdata-driven methodengineeringenergy systemsstatisticsuncertain datasystems modelingsmart grid

A Method for Correcting Frequency Estimates for Synthetic Inertia Control. IEEE Access (2020)

mechatronicssystems engineeringcontrol systemscontrol designcontrol methodscontrol engineeringcontrol system technologycontrol optimizationmodel-based control techniqueautomatic controlaerospace engineeringsynthetic inertia control

A Real Power Injection Control Strategy for Improving Transient Stability. (2020)

electric power systemssystems engineeringcontrol systemsactive controlpower system transientpower system controlcontrol system technologygrid stabilityimproving transient stabilitypower deliveryelectrical engineeringpower electronicsstabilitysmart grid

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Josh Wold

Montana Technological University

Affiliations

Lance College of Mines and Engineering

Department Of Electrical Engineering

NoneJosh Wold is currently serving as a Electrical Engineering faculty at Montana Technological University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Josh Wold

Montana Technological University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Framework for Monte Carlo Power-Plant Parameter Estimation. (2023)

Feedback Control Strategy for Transient Stability Application. Energies (2022)

systems engineeringcontrol systemsfeedback control strategycontrol methodscontrol system technologyautomatic controlstabilitysystem stability

Input Signal for Synthetic Inertia: Estimated Rocof Versus Remote Machine Acceleration. (2022)

mechatronicssystems engineeringcontrol systemskinematicsinput signalaerospace engineeringsynthetic inertia

Multi-Loop Transient Stability Control via Power Modulation From Energy Storage Devices. 2022 IEEE Power & Energy Society General Meeting (PESGM) (2022)

Small-Signal Approximations of Frequency Estimation Algorithms. (2022)

statistical signal processingnumerical algorithmsestimation theorysignal processingapproximation theorysmall-signal approximationsapplied mathematics

Enhanced Nonlinear Least Squares for Power System Frequency Estimation With Phase Jump Immunity. International Journal of Electrical Power & Energy Systems (2021)

Josh WoldFelipe Wilches-Bernal

power system analysiselectric power systemspower system controlnonlinear least squarescontrol optimizationnonlinear systemselectrical engineeringphase jump immunity

Modeling and Prototyping a Modular, Low-Cost Collision Avoidance System for Uavs. (2021)

A Data-Driven Method for Estimating Parameter Uncertainty in Pmu-Based Power Plant Model Validation. (2020)

A Method for Correcting Frequency Estimates for Synthetic Inertia Control. IEEE Access (2020)

A Real Power Injection Control Strategy for Improving Transient Stability. (2020)

1
2
10 / page