Faculty

Institution

Unit

Venue

Rohit N Karnik

Professor Tata Professor; Assoc Director Abdul Latif Jameel Water and Food Systems Lab

Massachusetts Institute of Technology

Affiliations

School of Engineering

Mechanical Engineering

Rohit N Karnik is currently serving as a Mechanical Engineering Professor Tata Professor; Assoc Director Abdul Latif Jameel Water and Food Systems Lab at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Rohit N Karnik

Massachusetts Institute of Technology

Professor Tata Professor; Assoc Director Abdul Latif Jameel Water and Food Systems Lab

You can click a keyword to filter the displayed items

nanotechnology materials science nanomaterials applied physics membrane technology materials engineering microfluidics nanoengineering membrane science biomedical engineering nanobiotechnology graphene electronic materials mechanical engineering carbon-based materials nanomedicine material chemistry nanometrology drug delivery additive manufacturing nanoparticle research nanofluidics material research surface nanotechnology nanoporous materials composite science pharmaceutical nanotechnology membrane transport polymeric nanoparticles therapeutic nanomaterials surface modification electronics interface science advanced manufacturing technologies water technology desalination cellular physiology cell adhesion nanoporous graphene membranes advanced energy material medicinal research environmental technology cell research polymer nanotechnology drug targeting material innovation micro-electromechanical systems chemical vapor deposition nanofluidic channels dna nanotechnology cancer treatment tumor targeting membrane permeation cell biomechanics cell biophysics water desalination size-tunable polymeric nanoparticles cancer therapy functional nanomaterials nanostructure synthesis biomaterials design micromechanics supramolecular assemblies molecular self-assembly material preparation nanoscale science single-layer graphene membranes microfluidic platform intrinsic defects microfluidic rapid mixing single-layer microchannels targeted nanoparticles direct synthesis nanoscale porosity facile fabrication solid-state nanopores tissue engineering biological engineering lab-on-a-chip water purification

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cascaded Compression of Size Distribution of Nanopores in Monolayer Graphene. Nature (2023)

Jiangtao WangChi ChengXudong ZhengJuan Carlos IdroboAng-Yu LuJi-Hoon ParkBong Gyu ShinSoon Jung JungTianyi ZhangHaozhe WangGuanhui GaoBongki ShinXiang JinLong JuYimo HanLain-Jong LiRohit KarnikJing Kong

carbonnanomaterialsgraphene nanomeshesmonolayer graphenegraphenematerials scienceapplied physicsporous materialsnanotechnologygraphene-based nano-antennas

Effect of Membrane Permeance and System Parameters on the Removal of Protein-Bound Uremic Toxins in Hemodialysis. Annals of Biomedical Engineering (2023)

Chun Man ChowAaron H. PersadRohit Karnik

tissue engineeringurologyhealthcare engineeringengineeringmembrane permeationbiomedical technologiesmembrane permeancebiomedical engineeringblood purificationmembrane technologyprotein-bound uremic toxinswater treatmentsystem parameters

Effect of Pore Size Distribution on the Desalination Performance of the Selective Layer of Nanoporous Atomically-Thin Membranes. Desalination (2023)

Chun-Man ChowRohit Karnik

desalinationenvironmental engineeringnanomaterialswater technologyselective layerpore size distributionmaterials sciencemembrane technologymembrane sciencenanoporous materialsnanoporous atomically-thin membranesnanotechnologychemical engineeringdesalination performance

Molecular Self‐Assembly Enables Tuning of Nanopores in Atomically Thin Graphene Membranes for Highly Selective Transport. Advanced Materials (2022)

Doojoon JangChirodeep BakliSuman ChakrabortyRohit Karnik

membrane transportengineeringadvanced materialsnanomaterialsselective transportbiological engineeringmaterials engineeringmolecular self-assemblymaterials sciencenanoengineeringmembrane sciencemembrane technologymaterial researchnanotechnology

A Comprehensive Review on Biofuels From Oil Palm Empty Bunch (Efb): Current Status, Potential, Barriers and Way Forward. Sustainability (2021)

Rozzeta DolahRohit KarnikHalimaton Hamdan

sustainable developmentbioresource technologyenvironmental sciencebiofuelscurrent statuscomprehensive review

Analysis of Membrane Separation System Configurations for the Arc Fusion Reactor. (2021)

Randall FieldAdam Qingyang KuangLohyun KimChun Man ChowAaron PersadChi ChengRohit KarnikAndrea Chiodini

nuclear engineeringsystems engineeringclean technologyengineeringmaterials engineeringthermal engineeringmaterials sciencemembrane technologyfusion engineeringarc fusion reactor

Conversion of Oil Palm Empty Fruit Bunch (Efb) Biomass to Bio-Oil and Jet Bio-Fuel by Catalytic Fast-Pyrolysis Process. ASM Science Journal (2021)

Haryanti YahayaRozzeta DollahNorsahika Mohd BasirRohit KarnikHalimaton Hamdan

energy conversionbioresource technologybiomass pyrolysisbiomass conversioncatalytic fast-pyrolysis processcatalytic processbiofuelsjet bio-fuelchemical engineering

Engineering and Characterization of Gymnosperm Sapwood Toward Enabling the Design of Water Filtration Devices. Nature Communications (2021)

Krithika RamchanderMegha HegdeAnish Paul AntonyLuda WangKendra LeithAmy SmithRohit Karnik

gymnosperm sapwoodwood scienceenvironmental engineeringadditive manufacturingwater technologywater filtration devicesmaterials engineeringplant sciencewater purificationbiomedical engineeringmaterials sciencebiomass characterizationmaterial culturewood technology

Highly Porous Nanofiber-Supported Monolayer Graphene Membranes for Ultrafast Organic Solvent Nanofiltration. Science Advances (2021)

Liang ShenQi ShiShengping ZhangJie GaoDavid Chi ChengMing YiRuiyang SongLuda WangJianwen JiangRohit KarnikSui Zhang

surface sciencecarbon-based materialsenvironmental engineeringnanomaterialscomposite sciencenanofibersmaterials engineeringtechnologymaterials sciencenanoengineeringmembrane scienceelectronic materialsmembrane technologyscience advanceadvanced energy materialnanotechnology

Iron Oxide Xerogels for Improved Water Quality Monitoring of Arsenic( III ) in Resource-Limited Environments via Solid-Phase Extraction, Preservation, Storage, Transportation, and Analysis of Trace Contaminants (Sepstat). Analytical Methods (2021)

Michael S. BonoEmily B. HanhauserChintan VaishnavA. John HartRohit Karnik

iron oxide xerogelsenvironmental engineeringwater qualityresource-limited environmentsenvironmental sciencetrace contaminants

1
2
3
4
5
16
10 / page

Rohit N Karnik

Professor Tata Professor; Assoc Director Abdul Latif Jameel Water and Food Systems Lab

Massachusetts Institute of Technology

Affiliations

School of Engineering

Mechanical Engineering

Rohit N Karnik is currently serving as a Mechanical Engineering Professor Tata Professor; Assoc Director Abdul Latif Jameel Water and Food Systems Lab at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Rohit N Karnik

Massachusetts Institute of Technology

Professor Tata Professor; Assoc Director Abdul Latif Jameel Water and Food Systems Lab

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cascaded Compression of Size Distribution of Nanopores in Monolayer Graphene. Nature (2023)

carbonnanomaterialsgraphene nanomeshesmonolayer graphenegraphenematerials scienceapplied physicsporous materialsnanotechnologygraphene-based nano-antennas

Effect of Membrane Permeance and System Parameters on the Removal of Protein-Bound Uremic Toxins in Hemodialysis. Annals of Biomedical Engineering (2023)

Chun Man ChowAaron H. PersadRohit Karnik

Effect of Pore Size Distribution on the Desalination Performance of the Selective Layer of Nanoporous Atomically-Thin Membranes. Desalination (2023)

Chun-Man ChowRohit Karnik

Molecular Self‐Assembly Enables Tuning of Nanopores in Atomically Thin Graphene Membranes for Highly Selective Transport. Advanced Materials (2022)

Doojoon JangChirodeep BakliSuman ChakrabortyRohit Karnik

A Comprehensive Review on Biofuels From Oil Palm Empty Bunch (Efb): Current Status, Potential, Barriers and Way Forward. Sustainability (2021)

Rozzeta DolahRohit KarnikHalimaton Hamdan

sustainable developmentbioresource technologyenvironmental sciencebiofuelscurrent statuscomprehensive review

Analysis of Membrane Separation System Configurations for the Arc Fusion Reactor. (2021)

Randall FieldAdam Qingyang KuangLohyun KimChun Man ChowAaron PersadChi ChengRohit KarnikAndrea Chiodini

nuclear engineeringsystems engineeringclean technologyengineeringmaterials engineeringthermal engineeringmaterials sciencemembrane technologyfusion engineeringarc fusion reactor

Conversion of Oil Palm Empty Fruit Bunch (Efb) Biomass to Bio-Oil and Jet Bio-Fuel by Catalytic Fast-Pyrolysis Process. ASM Science Journal (2021)

Haryanti YahayaRozzeta DollahNorsahika Mohd BasirRohit KarnikHalimaton Hamdan

energy conversionbioresource technologybiomass pyrolysisbiomass conversioncatalytic fast-pyrolysis processcatalytic processbiofuelsjet bio-fuelchemical engineering

Engineering and Characterization of Gymnosperm Sapwood Toward Enabling the Design of Water Filtration Devices. Nature Communications (2021)

Krithika RamchanderMegha HegdeAnish Paul AntonyLuda WangKendra LeithAmy SmithRohit Karnik

Highly Porous Nanofiber-Supported Monolayer Graphene Membranes for Ultrafast Organic Solvent Nanofiltration. Science Advances (2021)

Liang ShenQi ShiShengping ZhangJie GaoDavid Chi ChengMing YiRuiyang SongLuda WangJianwen JiangRohit KarnikSui Zhang

Michael S. BonoEmily B. HanhauserChintan VaishnavA. John HartRohit Karnik

iron oxide xerogelsenvironmental engineeringwater qualityresource-limited environmentsenvironmental sciencetrace contaminants

1
2
3
4
5
16
10 / page

Similar Faculty Members

Marc Madou

Institution

University of California, Irvine

materials science

microfluidics

Deyu Li

Institution

Vanderbilt University

nano energy

nanofluidics

Karen K. Gleason

Institution

Massachusetts Institute of Technology

materials science

polymer science

Srikanth Singamaneni

Institution

Washington University in St. Louis

surface-enhanced raman scattering

advanced functional material

Somenath Mitra

Institution

New Jersey Institute of Technology

environmental engineering

nanotechnology

Tejal Desai

Institution

Brown University

cell engineering

biofabrication

T. Alan Hatton

Institution

Massachusetts Institute of Technology

materials science

chemical engineering

Yunfeng Lu

Institution

University of California, Los Angeles

nanomedicine

energy environment

Costas Grigoropoulos

Institution

University of California, Berkeley

biomedical engineering

laser materials processing

Paula T. Hammond

Institution

Massachusetts Institute of Technology

materials science

nanotechnology

Similar Faculty Members

Marc Madou

Institution

University of California, Irvine

materials science

microfluidics

Deyu Li

Institution

Vanderbilt University

nano energy

nanofluidics

Karen K. Gleason

Institution

Massachusetts Institute of Technology

materials science

polymer science

Srikanth Singamaneni

Institution

Washington University in St. Louis

surface-enhanced raman scattering

advanced functional material

Somenath Mitra

Institution

New Jersey Institute of Technology

environmental engineering

nanotechnology

Tejal Desai

Institution

Brown University

cell engineering

biofabrication

T. Alan Hatton

Institution

Massachusetts Institute of Technology

materials science

chemical engineering

Yunfeng Lu

Institution

University of California, Los Angeles

nanomedicine

energy environment

Costas Grigoropoulos

Institution

University of California, Berkeley

biomedical engineering

laser materials processing

Paula T. Hammond

Institution

Massachusetts Institute of Technology

materials science

nanotechnology