Faculty

Institution

Unit

Venue

Mohammad Malakooti

Assistant Professor ME Assistant Professor

University of Washington

Affiliations

College of Engineering

Mechanical Engineering

Mohammad Malakooti is currently serving as a College Of Engineering Assistant Professor ME Assistant Professor at University of Washington.

Honors

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Experiences

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Education

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Mohammad Malakooti

University of Washington

Assistant Professor ME Assistant Professor

You can click a keyword to filter the displayed items

materials science applied physics mechanical engineering materials engineering advanced materials nanotechnology engineering nanomaterials composite science energy harvesting nanoengineering additive manufacturing polymer science thermal engineering composite materials composite technology piezoelectricity printed electronics material research advanced manufacturing technologies optical engineering interface science polymer technology manufacturing technology polymer engineering electronic materials tribology manufacturing science mechanical science flexible manufacturing technology nanotribology nanomechanics fiber reinforcement electronics material chemistry polymer composites metallic nanomaterials thermoelectric materials surface nanotechnology wearable electronics aramid nanofibers interyarn friction aramid fabrics advanced functional materials sintering nanocomposites nanometrology polymer nanotechnology nanofibers nanoscale chemistry nanoscale science energy engineering organic electronics material innovation nanostructure synthesis piezoelectric materials health monitoring thin-film electronics silver nanoparticles stretchable thermoelectric generators zno nanowire arrays simultaneous measurement sustainable energy technologies thin film processing thermal energy storage soft mode oxide electronics impact factor egain-assisted room-temperature sintering liquid-metal-elastomer nanocomposite stretchable dielectric materials low-temperature thermoelectric wearables liquid metal high strength multiscale fiber reinforcement liquid metal nanocomposites nanoscale materials precision engineering technology nano energy self-powered nanodevices nanoscale engineering flexible electronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D Soft Architectures for Stretchable Thermoelectric Wearables With Electrical Self‐Healing and Damage Tolerance (Adv. Mater. 49/2024). Advanced Materials (2024)

Youngshang HanHalil TetikMohammad H. Malakooti

electrical self-healingmaterials sciencesoft architecturesstretchable thermoelectric wearablesadvanced materialswear-resistant materialdamage tolerance

Green Synthesis of Iron-Doped Graphene Quantum Dots: An Efficient Nanozyme for Glucose Sensing. Nanoscale Horizons (2024)

Xinqi LiGuanyou LinLijun ZhouOctavia ProsserMohammad H. MalakootiMiqin Zhang

materials sciencenanomedicinematerial chemistrymembrane sciencenanoengineeringbiosensorsnanoscale chemistrymolecular scienceglucose sensingnanotechnologyefficient nanozymenanoscale sciencenanosensorsbiological engineeringtransition metal chemistrynanoparticle researchbiomolecular engineeringnanomaterialsgreen nanotechnologynanometrology

Machine Learning Enables Reliable Colorimetric Detection of Ph and Glucose in Wearable Sweat Sensors. Advanced Materials Technologies (2024)

Lijun ZhouSidharth S. MenonXinqi LiMiqin ZhangMohammad H. Malakooti

technologybiosensorswearable technologybiomedical engineeringcontinuous monitoringhealth monitoringsensorsadvanced materialswearable sweat sensorsphysiological measurementsblood glucose monitoringmachine learningreal-time monitoringwearable biosensors

Stretchable Thermoelectric Generators for Self‐Powered Wearable Health Monitoring. Advanced Functional Materials (2024)

Mason ZadanAnthony WertzDylan ShahDinesh K. PatelWuzhou ZuYoungshang HanJeff GelormeHing Jii MeaLining YaoMohammad H. MalakootiSeung Hwan KoNavid KazemCarmel Majidi

materials sciencestretchable thermoelectric generatorswearable technologymechanical engineeringhealth monitoringthermal engineeringenergy harvestingadvanced manufacturing technologiesadvanced materialsflexible electronicsthermoelectric materialsengineering

Are Mxenes Suitable for Soft Multifunctional Composites?. Materials Horizons (2023)

Cerwyn ChiewMohammad H. Malakooti

mxenesmaterials sciencesoft multifunctional compositescomposite materialsadvanced materials

Highly Conductive Laser-Induced Graphene Through the Deposition of Liquid Metal Particles for Flexible Electronics. Flexible and Printed Electronics (2023)

Halil TetikEmmy MarkgrafKohya KatoValerie N ChanMohammad H Malakooti

materials sciencetechnologyliquid metal particlesprinted electronicsflexible manufacturing technologyoptoelectronicsadditive manufacturingconductive laser-induced grapheneelectronic materialsmanufacturing technologymaterials engineeringadvanced materialsapplied physicsorganic electronicselectronicsadvanced manufacturing technologiesflexible electronicslaser-assisted depositionlaser processing technologygraphene

High‐Resolution 3D Deposition of Electrospun Fibers on Patterned Dielectric Elastomers. Advanced Engineering Materials (2023)

My-Anh DoanCarmen I. TobosRachel L. CreightonTeri GuoKate A. FaberYoungshang HanCerwyn ChiewIan T. HullMohammad H. MalakootiKim A. Woodrow

materials sciencepolymer scienceelectrospun fibersadvanced designmaterials engineeringprinted electronicspatterned dielectric elastomersadvanced manufacturing technologiesadvanced materialsfiber scienceapplied physics3d printingadditive manufacturingengineeringmicrofabrication

Surface‐Engineered Liquid Metal Particles for Printing Stretchable Conductive Composites With Enhanced Stability Under Different Strain Rates. Advanced Materials Technologies (2023)

Ren‐Mian ChinYoungshang HanMohammad H. Malakooti

materials sciencestretchable conductive compositesprinted electronicsflexible manufacturing technologymanufacturing scienceadditive manufacturingmanufacturing technologymaterials engineeringadvanced materialsdifferent strain ratesenhanced stabilityapplied physics3d printingmechanical engineeringmaterial innovationtribologyadvanced manufacturing technologiesflexible electronicsmetal formingsurface sciencesurface nanotechnology

Fabrication of 3D Printed Thermoelectric Devices for Integration Into Liquid Crystal Elastomer Actuators. ASME 2021 Conference on Smart Materials, Adaptive Structures and Intelligent Systems (2022)

Mason ZadanDinesh K. PatelMohammad H. MalakootiLining YaoCarmel Majidi

materials sciencemechanical engineeringmanufacturing technologyrapid prototypingthermal engineeringprinted electronicsapplied physics3d printingadditive manufacturing

Micromechanics Modeling of Multifunctional Egain-Polymer Composites. (2022)

Cerwyn ChiewMohammad H. Malakooti

materials sciencemechanical engineeringmicromechanicsmaterials engineeringmicromechanics modelingmultifunctional egain-polymer composites

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Mohammad Malakooti

Assistant Professor ME Assistant Professor

University of Washington

Affiliations

College of Engineering

Mechanical Engineering

Mohammad Malakooti is currently serving as a College Of Engineering Assistant Professor ME Assistant Professor at University of Washington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mohammad Malakooti

University of Washington

Assistant Professor ME Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D Soft Architectures for Stretchable Thermoelectric Wearables With Electrical Self‐Healing and Damage Tolerance (Adv. Mater. 49/2024). Advanced Materials (2024)

Youngshang HanHalil TetikMohammad H. Malakooti

electrical self-healingmaterials sciencesoft architecturesstretchable thermoelectric wearablesadvanced materialswear-resistant materialdamage tolerance

Green Synthesis of Iron-Doped Graphene Quantum Dots: An Efficient Nanozyme for Glucose Sensing. Nanoscale Horizons (2024)

Xinqi LiGuanyou LinLijun ZhouOctavia ProsserMohammad H. MalakootiMiqin Zhang

Machine Learning Enables Reliable Colorimetric Detection of Ph and Glucose in Wearable Sweat Sensors. Advanced Materials Technologies (2024)

Lijun ZhouSidharth S. MenonXinqi LiMiqin ZhangMohammad H. Malakooti

Stretchable Thermoelectric Generators for Self‐Powered Wearable Health Monitoring. Advanced Functional Materials (2024)

Mason ZadanAnthony WertzDylan ShahDinesh K. PatelWuzhou ZuYoungshang HanJeff GelormeHing Jii MeaLining YaoMohammad H. MalakootiSeung Hwan KoNavid KazemCarmel Majidi

Are Mxenes Suitable for Soft Multifunctional Composites?. Materials Horizons (2023)

Cerwyn ChiewMohammad H. Malakooti

mxenesmaterials sciencesoft multifunctional compositescomposite materialsadvanced materials

Highly Conductive Laser-Induced Graphene Through the Deposition of Liquid Metal Particles for Flexible Electronics. Flexible and Printed Electronics (2023)

Halil TetikEmmy MarkgrafKohya KatoValerie N ChanMohammad H Malakooti

High‐Resolution 3D Deposition of Electrospun Fibers on Patterned Dielectric Elastomers. Advanced Engineering Materials (2023)

My-Anh DoanCarmen I. TobosRachel L. CreightonTeri GuoKate A. FaberYoungshang HanCerwyn ChiewIan T. HullMohammad H. MalakootiKim A. Woodrow

Surface‐Engineered Liquid Metal Particles for Printing Stretchable Conductive Composites With Enhanced Stability Under Different Strain Rates. Advanced Materials Technologies (2023)

Ren‐Mian ChinYoungshang HanMohammad H. Malakooti

Fabrication of 3D Printed Thermoelectric Devices for Integration Into Liquid Crystal Elastomer Actuators. ASME 2021 Conference on Smart Materials, Adaptive Structures and Intelligent Systems (2022)

Mason ZadanDinesh K. PatelMohammad H. MalakootiLining YaoCarmel Majidi

materials sciencemechanical engineeringmanufacturing technologyrapid prototypingthermal engineeringprinted electronicsapplied physics3d printingadditive manufacturing

Micromechanics Modeling of Multifunctional Egain-Polymer Composites. (2022)

Cerwyn ChiewMohammad H. Malakooti

materials sciencemechanical engineeringmicromechanicsmaterials engineeringmicromechanics modelingmultifunctional egain-polymer composites

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8
10 / page

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Similar Faculty Members

Yingtao Liu

Institution

University of Oklahoma

non-destructive evaluation

shape memory materials

Martin Byung-Guk Jun

Institution

Purdue University

sensor

noise control

Hong Liang

Institution

Texas A&M University

materials science

applied physics

Zoubeida Ounaies

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nanocomposite

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Xianfan Xu

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Purdue University

nano-scale heat transfer

thermal engineering

Henry Sodano

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University of Michigan

materials science

mechanical engineering

Martin L. Dunn

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advanced manufacturing

manufacturing

Mark J Schulz

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University of Cincinnati

biosensor

nanoparticle research

Lorraine Francis

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process intensification

manufacturing

Kevin T. Turner

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nano scale

nanoscale adhesion