Faculty

Institution

Unit

Venue

Michael R. Melloch

Professor of Electrical and Computer Engineering

Purdue University

Affiliations

College of Engineering

Lyles School of Civil Engineering

School of Electrical and Computer Engineering

Michael R. Melloch is currently serving as a College Of Engineering Professor of Electrical and Computer Engineering at Purdue University.

Honors

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Experiences

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Education

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Michael R. Melloch

Purdue University

Professor of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

applied physics materials science optoelectronics semiconductors electronics solid-state electronics microelectronics electrical engineering electronic materials semiconductor devices semiconductor technology photonics thin films power electronics condensed matter physics physics semiconductor nanostructures compound semiconductors printed electronics semiconductor materials surface science aluminum gallium nitride optical imaging semiconductor device fabrication optical engineering holographic method optical metrology laser science condensed matter power semiconductor devices particle physics microwave technology molecular beam epitaxy electronic packaging epitaxial growth 3d imaging biomedical imaging photorefractive holography mechanical science turbid media material research photorefractive quantum wells silicon carbide vacuum device wave optics interface science organic electronics quantum technologies thermal engineering crystal growth intermittently connected device wide-bandgap semiconductors terahertz photonics composite science tissue imaging quantum science high voltage engineering semiconductor memory arsenic precipitates low-temperature-grown gaas microelectronics reliability electronic memory low substrate temperatures two-dimensional electron gas femtosecond pulses charge transport surface reactivity experimental analysis biomedical photonics gaas buffer layers molecular beam phase slips macroscopic quantum tunneling tumor spheroids large-aperture photoconductors gaas diodes nanotechnology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

What Worked for the Engineering Students to Learn? Students’ Learning Experiences Through Concept-Point-Recovery. European Journal of Engineering Education (2022)

Chorong LeeHyun Jin ChoMichael R. MellochChantal Levesque-Bristol

engineering educationengineeringlearning experiencesengineering studentsstudent learning

Defect and Impurity-Complex Depassivation During Electron-Beam Irradiation of Gaas. IEEE Transactions on Nuclear Science (2021)

Daniel M. FleetwoodAndrew O'HaraTheresa Stellwag MayerMichael R. MellochSokrates T. Pantelides

power electronicsnuclear engineeringnuclear safetyelectron-beam irradiationradiationmaterials scienceelectronic materialselectrical engineeringdefect formationnuclear sciencesemiconductor deviceselectronicsnuclear materialsimpurity-complex depassivationnuclear physicsradiation oncologysemiconductorsthin filmssemiconductor technologymicroelectronics

Enhanced Student Perceptions of Learning and Performance Using Concept-Point-Recovery Teaching Sessions: A Mixed-Method Approach. International Journal of STEM Education (2021)

Hyun Jin ChoMichael R. MellochChantal Levesque-Bristol

concept-point-recovery teaching sessionsteaching methodsinternational educationeducationstem educationeducational researchmixed-methods research

Analytic Framework for Students' Cognitive Mistakes in Studying Electromagnetic Fields. (2016)

Yu GongN. Sanjay RebelloMichael MellochSean Brophy

cognitioneducationcognitive mistakescognitive scienceanalytic framework

Dynamic Response of a Spin- 1 2 Kondo Singlet. Physical Review B (2014)

Bryan HemingwayStephen HerbertMichael MellochAndrei Kogan

spintronicsdynamic responsematerials scienceapplied physicsphysics

Quantitative Study of Spin-Flip Cotunneling Transport in a Quantum Dot. Physical Review B (2012)

Tai-Min LiuAnh T. NgoBryan HemingwaySteven HerbertMichael MellochSergio E. UlloaAndrei Kogan

quantum dotsquantitative studycondensed matter physicsapplied physicsphysicsquantum mechanics

Magnetic Splitting of the Zero-Bias Peak in a Quantum Point Contact With a Tunable Aspect Ratio. Physical Review B (2011)

Tai-Min LiuBryan HemingwayAndrei KoganSteven HerbertMichael Melloch

quantum point contactmagnetic splittingcondensed matter physicsmaterials sciencezero-bias peaktunable aspect ratio

Magnetic-Field-Induced Crossover to a Nonuniversal Regime in a Kondo Dot. Physical Review Letters (2009)

Tai-Min LiuBryan HemingwayAndrei KoganSteven HerbertMichael Melloch

nonuniversal regimemagnetic-field-induced crossoverkondo dotcondensed matter physicsmagnetic fieldsmaterials scienceparticle physicsmagnetism

Multiple-Scattering Speckle in Holographic Optical Coherence Imaging. Applied Physics B (2009)

K. JeongJ. J. TurekM. R. MellochD. D. Nolte

optical imagingphotonicsmultiple-scattering specklelaser scienceapplied physicsphysics

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Michael R. Melloch

Professor of Electrical and Computer Engineering

Purdue University

Affiliations

College of Engineering

Lyles School of Civil Engineering

School of Electrical and Computer Engineering

Michael R. Melloch is currently serving as a College Of Engineering Professor of Electrical and Computer Engineering at Purdue 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

Michael R. Melloch

Purdue University

Professor of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

What Worked for the Engineering Students to Learn? Students’ Learning Experiences Through Concept-Point-Recovery. European Journal of Engineering Education (2022)

Chorong LeeHyun Jin ChoMichael R. MellochChantal Levesque-Bristol

engineering educationengineeringlearning experiencesengineering studentsstudent learning

Defect and Impurity-Complex Depassivation During Electron-Beam Irradiation of Gaas. IEEE Transactions on Nuclear Science (2021)

Daniel M. FleetwoodAndrew O'HaraTheresa Stellwag MayerMichael R. MellochSokrates T. Pantelides

Enhanced Student Perceptions of Learning and Performance Using Concept-Point-Recovery Teaching Sessions: A Mixed-Method Approach. International Journal of STEM Education (2021)

Hyun Jin ChoMichael R. MellochChantal Levesque-Bristol

concept-point-recovery teaching sessionsteaching methodsinternational educationeducationstem educationeducational researchmixed-methods research

Analytic Framework for Students' Cognitive Mistakes in Studying Electromagnetic Fields. (2016)

Yu GongN. Sanjay RebelloMichael MellochSean Brophy

cognitioneducationcognitive mistakescognitive scienceanalytic framework

Dynamic Response of a Spin- 1 2 Kondo Singlet. Physical Review B (2014)

Bryan HemingwayStephen HerbertMichael MellochAndrei Kogan

spintronicsdynamic responsematerials scienceapplied physicsphysics

Quantitative Study of Spin-Flip Cotunneling Transport in a Quantum Dot. Physical Review B (2012)

Tai-Min LiuAnh T. NgoBryan HemingwaySteven HerbertMichael MellochSergio E. UlloaAndrei Kogan

quantum dotsquantitative studycondensed matter physicsapplied physicsphysicsquantum mechanics

Magnetic Splitting of the Zero-Bias Peak in a Quantum Point Contact With a Tunable Aspect Ratio. Physical Review B (2011)

Tai-Min LiuBryan HemingwayAndrei KoganSteven HerbertMichael Melloch

quantum point contactmagnetic splittingcondensed matter physicsmaterials sciencezero-bias peaktunable aspect ratio

Magnetic-Field-Induced Crossover to a Nonuniversal Regime in a Kondo Dot. Physical Review Letters (2009)

Tai-Min LiuBryan HemingwayAndrei KoganSteven HerbertMichael Melloch

nonuniversal regimemagnetic-field-induced crossoverkondo dotcondensed matter physicsmagnetic fieldsmaterials scienceparticle physicsmagnetism

Multiple-Scattering Speckle in Holographic Optical Coherence Imaging. Applied Physics B (2009)

K. JeongJ. J. TurekM. R. MellochD. D. Nolte

optical imagingphotonicsmultiple-scattering specklelaser scienceapplied physicsphysics

1
2
3
4
5
44
10 / page

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materials science

applied physics

Sanjay Krishna

Institution

Ohio State University

instrumentation

computational imaging

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nanotechnology

nanoelectronics

Mathias Schubert

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ellipsometric instrumentation development

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microfabrication

microwave measurement

Russell Dupuis

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electronic material

semiconductor

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photonic crystal

nanotechnology

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applied physics

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nanotechnology