Faculty

Institution

Unit

Venue

Ted Brekken

Professor

Oregon State University

Affiliations

College of Engineering

School of Electrical Engineering and Computer Science

Ted Brekken is currently serving as a College Of Engineering Professor at Oregon State University.

Honors

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Experiences

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Education

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Ted Brekken

Oregon State University

Professor

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electrical engineering engineering wave energy renewable energy power electronics control systems systems engineering marine engineering ocean engineering energy conversion oceanography marine energy applied physics sustainable energy energy storage energy systems automatic control power engineering control optimization wind power model predictive control instrumentation control system technology sustainable energy technologies energy control ocean technology ocean sciences power generation wave energy converter operational oceanography power system control power delivery power control energy engineering conversion systems energy converter nonlinear control demand response thermal engineering numerical simulations renewable energy storage offshore technology arctic engineering energy generation electric machines physical oceanography energy modeling aeronautics wind power generation tidal power numerical modeling engineering optimization offshore structures geothermal energy control engineering supercapacitors power system analysis ocean testing oregon state university pacific northwest experimental validation state space model tank testing wave energy industry electronics industrial electronics ocean space utilization power system protection fault analysis failure prediction wind power applications large-scale integration reserve requirement impacts generator control scheme reactive power control torque pulsation compensation energy-efficient technologies clean energy

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Robotic Actuation Approach for 6-Dof Force Control in Hydrodynamic Real-Time Hybrid Simulation *. (2025)

advanced motion controlmechanical systemsrobot kinematicscontrol optimizationautonomous robotscontrol systemsrobotics automationunderwater robotmultibody system dynamicrobot controlrobotic actuation approachmechatronicsroboticsfield robotics6-dof force controlmotion controlsystems engineeringhydraulic machinerypropulsionengineering

Coupled Aerodynamic and Hydrodynamic Hybrid Simulation of Floating Offshore Wind Turbines. (2025)

wind-assisted propulsionoffshore wind turbinesoffshore structuresaerodynamicsmarine engineeringfloating wind turbinehydrodynamic hybrid simulationaerospace engineeringocean engineeringwind powerwind energy technologyoffshore wind powerunsteady flowswind engineeringfluid dynamicscomputational fluid dynamicsfluid mechanicsoffshore mechanicsengineering

Design and Analysis of an Integral Mppt Control Law for Wave Energy Conversion Systems. (2025)

systems engineeringrenewable energycontrol systemscontrol designenergy controlcontrol system technologycontrol optimizationconversion systemsenergy systemsenergy conversionwave energyengineering

Extending Power Electronic Converter Lifetime in Marine Hydrokinetic Turbines With Reinforcement Learning. Applied Sciences (2025)

marine enginesystems engineeringrenewable energyhydropowermarine hydrokinetic turbinesmarine energycontrol optimizationreinforcement learningenergy systemsenergy conversionturbomachinerymarine engineeringelectrical engineeringocean engineeringsustainable energy technologiesengineeringtidal power

Real-Time Sea State Estimation for Wave Energy Converter Control via Machine Learning. Applied Sciences (2025)

systems engineeringcontrol systemsoffshore wind powerseakeeping and controlcomplex sea statecomputer engineeringcontrol system technologycontrol optimizationmarine engineeringmarine energyautomatic controlocean engineeringmachine learningwave energystate estimation

Real-Time Wave Energy Converter Control Using Instantaneous Frequency. Applied Sciences (2025)

control systemscontrol system technologyfrequency controlpower electronicselectrical engineeringpower electronics converterwave energy

Advanced Laboratory and Field Arrays (Alfa)/Lab Collaboration Project (Lcp) for Marine Energy (Final Scientific/Technical Report). (2024)

Bryson RobertsonTed BrekkenBrian PolagyeJeremy KasperGeoff HollingerJim ThompsonMatt EvansBelinda BattenJohn HorneSarah HenkelBryony Dupont

field arraysadvanced laboratoryenvironmental sciencemarine engineeringmarine energy

Analysis on Evaluations of Monterey Bay Aquarium Research Institute’s Wave Energy Converter’s Field Data Using Wec-Sim and Gazebo: A Simulation Tool Comparison. Applied Sciences (2024)

Chris DizonRyan CoeAndrew HamiltonDominic ForbushMichael AndersonTed BrekkenGiorgio Bacelli

simulation tool comparisonfield datawave energywave energy converter

Constrained Pseudo-Pi Linear Control of a Wave Energy Converter via Model Predictive Control. IFAC-PapersOnLine (2024)

Tanvir Alam ShifatRyan CoeGiorgio BacelliTed K.A. Brekken

control systemsmodel predictive controllinear controlautomatic controlelectrical engineeringpseudo-pi linear controlwave energy converter

Global Research Priorities for Holistic Integration of Water and Power Systems. IEEE Open Access Journal of Power and Energy (2024)

Rebecca O’NeilKonstantinos OikonomouVince TidwellNathalie VoisinJessica KerbyZ. Jason HouMasood ParvaniaAli T. Al-AwamiMathaios PanteliSteven A. ConradTed K. A. Brekken

environmental engineeringwater supplywater sustainabilitywater conservationwater resource managementwater-energy nexusglobal research prioritieswater process engineeringwater scienceenergy researchwater resource policywater governancepower systemswater resourcesholistic integrationwater distribution

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Ted Brekken

Professor

Oregon State University

Affiliations

College of Engineering

School of Electrical Engineering and Computer Science

Ted Brekken is currently serving as a College Of Engineering Professor at Oregon State 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

Ted Brekken

Oregon State University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Robotic Actuation Approach for 6-Dof Force Control in Hydrodynamic Real-Time Hybrid Simulation *. (2025)

Coupled Aerodynamic and Hydrodynamic Hybrid Simulation of Floating Offshore Wind Turbines. (2025)

Design and Analysis of an Integral Mppt Control Law for Wave Energy Conversion Systems. (2025)

systems engineeringrenewable energycontrol systemscontrol designenergy controlcontrol system technologycontrol optimizationconversion systemsenergy systemsenergy conversionwave energyengineering

Extending Power Electronic Converter Lifetime in Marine Hydrokinetic Turbines With Reinforcement Learning. Applied Sciences (2025)

Real-Time Sea State Estimation for Wave Energy Converter Control via Machine Learning. Applied Sciences (2025)

Real-Time Wave Energy Converter Control Using Instantaneous Frequency. Applied Sciences (2025)

control systemscontrol system technologyfrequency controlpower electronicselectrical engineeringpower electronics converterwave energy

Advanced Laboratory and Field Arrays (Alfa)/Lab Collaboration Project (Lcp) for Marine Energy (Final Scientific/Technical Report). (2024)

Bryson RobertsonTed BrekkenBrian PolagyeJeremy KasperGeoff HollingerJim ThompsonMatt EvansBelinda BattenJohn HorneSarah HenkelBryony Dupont

field arraysadvanced laboratoryenvironmental sciencemarine engineeringmarine energy

Analysis on Evaluations of Monterey Bay Aquarium Research Institute’s Wave Energy Converter’s Field Data Using Wec-Sim and Gazebo: A Simulation Tool Comparison. Applied Sciences (2024)

Chris DizonRyan CoeAndrew HamiltonDominic ForbushMichael AndersonTed BrekkenGiorgio Bacelli

simulation tool comparisonfield datawave energywave energy converter

Constrained Pseudo-Pi Linear Control of a Wave Energy Converter via Model Predictive Control. IFAC-PapersOnLine (2024)

Tanvir Alam ShifatRyan CoeGiorgio BacelliTed K.A. Brekken

control systemsmodel predictive controllinear controlautomatic controlelectrical engineeringpseudo-pi linear controlwave energy converter

Global Research Priorities for Holistic Integration of Water and Power Systems. IEEE Open Access Journal of Power and Energy (2024)

Rebecca O’NeilKonstantinos OikonomouVince TidwellNathalie VoisinJessica KerbyZ. Jason HouMasood ParvaniaAli T. Al-AwamiMathaios PanteliSteven A. ConradTed K. A. Brekken

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energy system

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