Faculty

Institution

Unit

Venue

Siavash Pourkamali

Associate Professor - Electrical Engineering

University of Texas at Dallas

Affiliations

Erik Jonsson School of Engineering and Computer Science

Electrical and Computer Engineering

Siavash Pourkamali is currently serving as an Electrical And Computer Engineering Associate Professor - Electrical Engineering at University of Texas At Dallas.

Honors

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Experiences

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Education

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Siavash Pourkamali

University of Texas at Dallas

Associate Professor - Electrical Engineering

You can click a keyword to filter the displayed items

electrical engineering applied physics instrumentation micro-electromechanical systems mechanical engineering microelectronics engineering optoelectronics sensor technology sensors micro technology mechatronics micromechanics electronics nanotechnology thermal engineering sensor design wearable technology microfabrication accelerometers intermittently connected device aerosol science microactuators electronic instrumentation high-frequency devices solid-state electronics piezoelectricity vehicular technology precision engineering mobile computing semiconductor devices magnetic sensors power electronics particle technology automatic control sensor arrays magnetic devices frequency control filter design micromachines nanomechanics micromechanical resonators microwave technology analytical instrumentation particulate matter embedded sensing mems resonant sensors vlsi technology semiconductor device fabrication printed electronics liquidity real-time monitoring hardware acceleration acoustical engineering magnetic measurement semiconductor technology low-impedance vhf thermal actuation sensitivity enhancement reduced motional resistance direct detection mass measurement aerosol impactor high frequency thermal oxidation mechanical science air quality vibration control additive manufacturing disaster medicine oscillation theory piezoresistive readout electromechanical resonators mems bandpass filters finite element analysis thermoelastic damping nano electro mechanical system materials science

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Electrostatic Mems Speakers With Embedded Vertical Actuation. Journal of Microelectromechanical Systems (2024)

Md Emran Hossain BhuiyanPrithviraj PalitSiavash Pourkamali

embedded vertical actuationelectrostatic mems speakersmicro technologyelectrical engineeringmicroelectronics

Electrothermal Bimorph Mems Sensor for Helium Detection. IEEE Sensors Journal (2024)

Sulaiman MohaidatHamed NikfarjamMutaz FayadSiavash PourkamaliFadi Alsaleem

sensorshelium detectionelectrothermal bimorph memsmicro-electromechanical systemselectrical engineeringsensor technology

Energy Efficient Integrated Mems Neural Network for Simultaneous Sensing and Computing. Communications Engineering (2023)

Hamed NikfarjamMohammad MegdadiMohammad OkourSiavash PourkamaliFadi Alsaleem

energy efficiencycomputer sciencesystems engineeringartificial intelligencesensorssimultaneous sensingcomputer engineeringcommunication engineeringenergy efficient

Theoretical and Experimental Investigation of Using Multidegree of Freedom Electrostatically Actuated Microstructures in Performing Classification Problems. IEEE Sensors Journal (2023)

Hamed NikfarjamMohammad MegdadiMohammad OkourSiavash PourkamaliFadi Alsaleem

systems engineeringexperimental investigationclassification problemsmicro-electromechanical systemsengineeringelectrical engineeringexperimental analysissensor technologyinstrumentationsensor design

An Electrothermally Actuated Bulk Mode Uhf Silicon Resonator. (2022)

Sepehr SheikhlariHamed NikfarjamAmin AbbasalipourAbouzar GharajehQing GuSiavash Pourkamali

semiconductorselectrical engineeringmaterials science

A Small Mems Neural Network to Classify Human Sitting and Standing Activities. (2022)

Mohammad OkourMohammad MegdadiHamed NikfarjamSiavash PourkamaliFadi Alsaleem

artificial intelligenceneural networkwearable technologyneuroscienceassistive technologyactivity recognitionpattern recognitionmachine learning

A Three Degree of Freedom Model Approach to Enable a Mems-Based Neural Computing Unit. (2022)

Mohammad MegdadiHamed NikfarjamMohammad OkourSiavash PourkamaliFadi Alsaleem

computer sciencemodeling and simulation

Cellular Shape Micromachined Actuator Ribbons. Microsystems & Nanoengineering (2022)

Amin AbbasalipourPrithviraj PalitSepehr SheikhlariSiavash PakdelianSiavash Pourkamali

nanomaterialsactuator ribbonsadditive manufacturingmicroactuatorsengineeringcell biologynanotechnologymicro technologymicromachinesnanoengineeringmicromechanicscellular shapemicrofabricationmicrofluidicsnanobiotechnologymaterials science

High Energy Density Cellular Electrostatic In-Plane 2-Axis Actuators. Journal of Microelectromechanical Systems (2022)

Prithviraj PalitAmin AbbasalipourSepehr SheikhlariSiavash Pourkamali

mechatronicsmicroactuatorsmicro-electromechanical systemsmechanical engineeringmicro technologyelectrical engineeringapplied physicsmicrofluidicsmicroelectronicselectronic-mechanical system

Near Zero Power Smart Material That Senses, Computes, and Actuates. Research Square (2022)

Fadi AlsaleemHamed NikfarjamMohammad MegdadiMohammad OkourSiavash Pourkamali

sensorswearable technologyintermittently connected devicetechnologyassistive technologysmart materialssmart sensorsapplied physicsmaterials science

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Siavash Pourkamali

Associate Professor - Electrical Engineering

University of Texas at Dallas

Affiliations

Erik Jonsson School of Engineering and Computer Science

Electrical and Computer Engineering

Siavash Pourkamali is currently serving as an Electrical And Computer Engineering Associate Professor - Electrical Engineering at University of Texas At Dallas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Siavash Pourkamali

University of Texas at Dallas

Associate Professor - Electrical Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Electrostatic Mems Speakers With Embedded Vertical Actuation. Journal of Microelectromechanical Systems (2024)

Md Emran Hossain BhuiyanPrithviraj PalitSiavash Pourkamali

embedded vertical actuationelectrostatic mems speakersmicro technologyelectrical engineeringmicroelectronics

Electrothermal Bimorph Mems Sensor for Helium Detection. IEEE Sensors Journal (2024)

Sulaiman MohaidatHamed NikfarjamMutaz FayadSiavash PourkamaliFadi Alsaleem

sensorshelium detectionelectrothermal bimorph memsmicro-electromechanical systemselectrical engineeringsensor technology

Energy Efficient Integrated Mems Neural Network for Simultaneous Sensing and Computing. Communications Engineering (2023)

Hamed NikfarjamMohammad MegdadiMohammad OkourSiavash PourkamaliFadi Alsaleem

energy efficiencycomputer sciencesystems engineeringartificial intelligencesensorssimultaneous sensingcomputer engineeringcommunication engineeringenergy efficient

Theoretical and Experimental Investigation of Using Multidegree of Freedom Electrostatically Actuated Microstructures in Performing Classification Problems. IEEE Sensors Journal (2023)

Hamed NikfarjamMohammad MegdadiMohammad OkourSiavash PourkamaliFadi Alsaleem

systems engineeringexperimental investigationclassification problemsmicro-electromechanical systemsengineeringelectrical engineeringexperimental analysissensor technologyinstrumentationsensor design

An Electrothermally Actuated Bulk Mode Uhf Silicon Resonator. (2022)

Sepehr SheikhlariHamed NikfarjamAmin AbbasalipourAbouzar GharajehQing GuSiavash Pourkamali

semiconductorselectrical engineeringmaterials science

A Small Mems Neural Network to Classify Human Sitting and Standing Activities. (2022)

Mohammad OkourMohammad MegdadiHamed NikfarjamSiavash PourkamaliFadi Alsaleem

artificial intelligenceneural networkwearable technologyneuroscienceassistive technologyactivity recognitionpattern recognitionmachine learning

A Three Degree of Freedom Model Approach to Enable a Mems-Based Neural Computing Unit. (2022)

Mohammad MegdadiHamed NikfarjamMohammad OkourSiavash PourkamaliFadi Alsaleem

computer sciencemodeling and simulation

Cellular Shape Micromachined Actuator Ribbons. Microsystems & Nanoengineering (2022)

Amin AbbasalipourPrithviraj PalitSepehr SheikhlariSiavash PakdelianSiavash Pourkamali

High Energy Density Cellular Electrostatic In-Plane 2-Axis Actuators. Journal of Microelectromechanical Systems (2022)

Prithviraj PalitAmin AbbasalipourSepehr SheikhlariSiavash Pourkamali

mechatronicsmicroactuatorsmicro-electromechanical systemsmechanical engineeringmicro technologyelectrical engineeringapplied physicsmicrofluidicsmicroelectronicselectronic-mechanical system

Near Zero Power Smart Material That Senses, Computes, and Actuates. Research Square (2022)

Fadi AlsaleemHamed NikfarjamMohammad MegdadiMohammad OkourSiavash Pourkamali

sensorswearable technologyintermittently connected devicetechnologyassistive technologysmart materialssmart sensorsapplied physicsmaterials science

1
2
3
4
5
17
10 / page

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Similar Faculty Members

Srinivas Tadigadapa

Institution

Northeastern University

materials science

applied physics

Kristofer Pister

Institution

University of California, Berkeley

systems engineering

low-power circuits

Jeong Lee

Institution

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biomedical engineering

precision engineering

Debbie Senesky

Institution

Stanford University

nano energy

nanomaterials

Reza Abdolvand

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sensor

micro-electromechanical system

Jeong Lee

Institution

Baylor University

materials science

applied physics

Zeynep Celik-Butler

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sensor

mems packaging

Clark Nguyen

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University of California, Berkeley

electrical engineering

mechanical engineering

Mona Zaghloul

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George Washington University

electronic circuit

analog behavioral modeling

Massood Tabib-Azar

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nanotechnology

nanonetwork