Faculty

Institution

Unit

Venue

James Allison

Department Affiliate

UIUC

Affiliations

The Grainger College of Engineering

Aerospace Engineering

Department of Aerospace Engineering

Department of Industrial and Enterprise Systems Engineering

Industrial & Enterprise Systems Engineering

James Allison is currently serving as an Aerospace Engineering Department Affiliate at Uiuc.

Honors

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Experiences

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Education

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James Allison

UIUC

Department Affiliate

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systems engineering design optimization engineering optimization design engineering control systems design automation aerospace engineering control optimization computational optimization multidisciplinary optimization control system technology modeling and simulation automatic control mechanical systems structural optimization vibration control computational engineering system optimization systems modeling thermal engineering wind power wind power generation wind energy technology thermal modeling control design active control computer-aided design design space exploration thermal management operations research mathematical optimization manufacturing technology topology optimization spacecraft attitude control engineering design process process control advanced design tribological property floating wind turbine space technology space engineering mechanical performance mechanical modeling combinatorial optimization dynamic optimization equipment design complex system engineering wind turbine accelerated design generative design energy optimization hydrodynamic lubrication plant-wide control power system optimization rheological constitutive equation production engineering processing and manufacturing manufacturing planning computational fabrication thermal sensors direct transcription design simplification dynamic engineering systems design methods acrylonitrile butadiene styrene analytical target cascading full-film lubrication multidisciplinary design optimization coordination decisions optimal partitioning polylactic acid single-level formulations surrogate model surface texture enhanced texture design spacecraft design engineering management

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Practical Open-Source Approach to Model Predictive Control Using the Legendre–Gauss–Radau Pseudospectral Method. Software Impacts (2025)

Saeid BayatJames T. Allison

systems engineeringautomatic controlcontrol sciencepractical open-source approachcontrol optimizationcontrol systemsprocess controlcontrol system technologymodel predictive controlcontrol methodsnonlinear system identificationmodeling and simulationlegendre–gauss–radau pseudospectral methodapplied mathematicsmodel-based control technique

Conceptual Design and Optimization of a Scramjet With Ablative Thermal Protection. (2025)

Dario RodriguezTulio Rodarte RicciardiJames T. AllisonJonathan B. Freund

thermal engineeringthermal insulationengineeringpropulsionsupersonic combustionthermal protectionconceptual designheat transferthermodynamicsablative thermal protectionthermal managementhypersonic speedaerospace engineering

Control Co-Design of Wind Turbines Using a Nonlinear Derivative Function Surrogate Model Based on Openfast Linearization.. Applied Energy (2025)

James Allison

wind energy technologysystems engineeringnonlinear systemswind turbinesnonlinear analysiscontrol co-designopenfast linearizationcontrol optimizationwind powercontrol systemscontrol system technologywind power generationnonlinear controlnonlinear dynamicscontrol designaerospace engineering

Extracting Design Information From Optimized Designs of Power Flow Systems: Application to Multi-Split Thermal Management System Configuration. Journal of Mechanical Design (2025)

Saeid BayatNastaran ShahmansouriSatya R. T. PeddadaAlex TessierAdrian ButscherJames T. Allison

systems engineeringdesign optimizationenergy systemsdesign heritageenergy managementengineering design processadvanced designdesign automationautomated designmachine learning researchcomputational intelligencedesigndesign information

Impact of Control Strategies on the Control Co-Design of Spar Floating Offshore Wind Turbines. Ocean Engineering (2025)

Saeid BayatJames T. Allison

systems engineeringoffshore mechanicsmarine engineeringwind turbinesfloating wind turbineengineeringcontrol co-designcontrol strategieswind powercontrol systemscontrol system technologywind power generationocean engineeringoffshore wind poweroffshore technologyoffshore platformoffshore structures

Multidisciplinary Modeling and Control Co-Design of a Floating Offshore Vertical-Axis Wind Turbine System. Journal of Mechanical Design (2025)

Yong Hoon LeeSaeid BayatJames T. AllisonMd Sanower HossainD. Todd Griffith

wind energy technologysystems engineeringdesign optimizationoffshore mechanicswind engineeringfloating wind turbinemesh generationmultidisciplinary optimizationwind powerengineering optimizationwind power generationvertical-axis wind turbineoffshore wind powermodeling and simulationdesignoffshore structuresmultidisciplinary modeling

Nested Control Co-Design of a Spar Buoy Horizontal-Axis Floating Offshore Wind Turbine. Ocean Engineering (2025)

Saeid BayatYong Hoon LeeJames T. Allison

marine structureswind-assisted propulsionwind poweroffshore platformwind power generationocean engineeringoffshore wind poweroffshore structuresspar buoysystems engineeringmarine engineeringfloating wind turbineengineeringcontrol co-designoffshore technologywind turbineaerospace engineeringoffshore mechanicscontrol systems

Wind Turbine Control Co-Design Using Dynamic System Derivative Function Surrogate Model (Dfsm) Based on Openfast Linearization. Applied Energy (2025)

Yong Hoon LeeSaeid BayatJames T. Allison

computational engineeringwind energy technologysystems engineeringdesign optimizationnonlinear systemsautomatic controlconversion systemswind turbine controlengineeringcontrol optimizationcontrol systemswind powercontrol system technologywind power generationengineering optimizationopenfast linearizationvibration control

Advancing Fluid-Based Thermal Management Systems Design: Leveraging Graph Neural Networks for Graph Regression and Efficient Enumeration Reduction. arXiv (Cornell University) (2024)

Saeid BayatNastaran ShahmansouriSatya RT PeddadaAlexander TessierAdrian ButscherJames T. Allison

systems engineeringdesign optimizationmodel optimizationoptimal design candidatesdesign automationintelligent computingneural network (machine learning)computer engineeringmachine learning researchcomputational intelligencemodeling and simulationdata sciencegraph neural networksgraph regressionmachine learning

Battery Thermal Management Systems Design Considering Model Fidelity Levels and Design Optimization Utility. AIAA SCITECH 2022 Forum (2024)

Nowsheen SharmiliYong Hoon LeeJames T. Allison

energy efficiencythermal engineeringbattery configurationcomputer engineeringenergy modelingenergy storage materialsengineeringthermal modelingenergy storagethermal managementelectrical engineeringmodel fidelitymodeling and simulationengineering optimizationenergy managementelectric vehiclesmodel fidelity levelsenergy storage systemsdesign optimization utility