Faculty

Institution

Unit

Venue

Rojoba Yasmin

Assistant Professor

University of Wisconsin–Green Bay

Affiliations

Center for the Advancement of Teaching and Learning

College of Science, Engineering and Technology

Resch School Of Engineering

Department Of Electrical Engineering

University of Wisconsin–Green Bay

Rojoba Yasmin is currently serving as a Center For The Advancement Of Teaching And Learning Assistant Professor at University of Wisconsin–Green Bay.

Honors

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Experiences

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Education

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Rojoba Yasmin

University of Wisconsin–Green Bay

Assistant Professor

You can click a keyword to filter the displayed items

electrical engineering engineering self-assembly self-controlled growth computer science biophysics systems neuroscience formal methods renewable energy energy efficiency sustainable energy energy systems energy management power electronics energy conversion sustainable energy technologies geographical information science water resource management electromagnetic compatibility energy optimization home energy storage energy storage systems renewable energy storage hydropower water reallocation water-energy nexus nonlinear circuits frequency control high-frequency devices self-assembling circuits voltage-controlled growth self-controlled voltage-based growth axon-like circuits self-assembling electric circuits logical computation efficient energy management rangamati using gis mini-hydro power plants potential sites lc ladder circuits

Notable Scholarly Works

Notable Federal Grants

Collaborators

Energy Storage System Optimization for Renewable Energy Using Real Time Date to Maximize Self-Consumption and Efficient Energy Management. (2025)

energy optimizationsystems engineeringrenewable energyenergy efficiencysustainable energyhome energy storageenergy systemsenergy conversionenergy storage systemselectrical engineeringefficient energy managementenergy managementrenewable energy storagesustainable energy technologies

Mapping of Potential Sites for Mini-Hydro Power Plants in Rangamati Using Gis. (2025)

geographical information sciencehydropowergroundwaterwater resource managementwater reallocationhydrologywater-energy nexusrangamati using gisgeographyearth sciencewater resourcesgeographic information systemsmini-hydro power plantspotential sites

Self-Assembling Families of Lc Ladder Circuits With Frequency-Controlled Growth. IEEE Access (2025)

nonlinear circuitscomputational electromagneticsfrequency controlhigh-frequency deviceselectrical engineeringelectromagnetic compatibilitylc ladder circuits

Logical Computation With Self-Assembling Electric Circuits. PLoS ONE (2022)

Rojoba YasminRussell Deaton

formal methodsself-assembling electric circuitselectrical engineeringlogical computationneuroscienceengineering

Systems of Axon-Like Circuits for Self-Assembled and Self-Controlled Growth of Bioelectric Networks. Scientific Reports (2022)

Russell DeatonMax GarzonRojoba Yasmin

biophysicssystems biologysystems neuroscienceaxon-like circuitsself-controlled growthneuroscience

A Model for Self‐Assembling Circuits With Voltage‐Controlled Growth. International Journal of Circuit Theory and Applications (2020)

Russell DeatonMax GarzonRojoba YasminTyler Moore

self-assembling circuitsself-assemblyvoltage-controlled growthelectrical engineering

Model for Self-Replicating, Self-Assembling Electric Circuits With Self-Controlled Growth. Physical Review Research (2020)

Rojoba YasminMax GarzonRussell Deaton

self-assemblyself-controlled growthelectrical engineeringengineering

Self-Assembled DC Resistive Circuits With Self-Controlled Voltage-Based Growth. Lecture notes in computer science (2017)

Russell DeatonRojoba YasminTyler MooreMax Garzon

self-assemblyelectrical engineeringpower electronicsself-controlled voltage-based growthcomputer scienceengineering

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Rojoba Yasmin

Assistant Professor

University of Wisconsin–Green Bay

Affiliations

Center for the Advancement of Teaching and Learning

College of Science, Engineering and Technology

Resch School Of Engineering

Department Of Electrical Engineering

University of Wisconsin–Green Bay

Rojoba Yasmin is currently serving as a Center For The Advancement Of Teaching And Learning Assistant Professor at University of Wisconsin–Green Bay.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Rojoba Yasmin

University of Wisconsin–Green Bay

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Energy Storage System Optimization for Renewable Energy Using Real Time Date to Maximize Self-Consumption and Efficient Energy Management. (2025)

Mapping of Potential Sites for Mini-Hydro Power Plants in Rangamati Using Gis. (2025)

Self-Assembling Families of Lc Ladder Circuits With Frequency-Controlled Growth. IEEE Access (2025)

nonlinear circuitscomputational electromagneticsfrequency controlhigh-frequency deviceselectrical engineeringelectromagnetic compatibilitylc ladder circuits

Logical Computation With Self-Assembling Electric Circuits. PLoS ONE (2022)

Rojoba YasminRussell Deaton

formal methodsself-assembling electric circuitselectrical engineeringlogical computationneuroscienceengineering

Systems of Axon-Like Circuits for Self-Assembled and Self-Controlled Growth of Bioelectric Networks. Scientific Reports (2022)

Russell DeatonMax GarzonRojoba Yasmin

biophysicssystems biologysystems neuroscienceaxon-like circuitsself-controlled growthneuroscience

A Model for Self‐Assembling Circuits With Voltage‐Controlled Growth. International Journal of Circuit Theory and Applications (2020)

Russell DeatonMax GarzonRojoba YasminTyler Moore

self-assembling circuitsself-assemblyvoltage-controlled growthelectrical engineering

Model for Self-Replicating, Self-Assembling Electric Circuits With Self-Controlled Growth. Physical Review Research (2020)

Rojoba YasminMax GarzonRussell Deaton

self-assemblyself-controlled growthelectrical engineeringengineering

Self-Assembled DC Resistive Circuits With Self-Controlled Voltage-Based Growth. Lecture notes in computer science (2017)

Russell DeatonRojoba YasminTyler MooreMax Garzon

self-assemblyelectrical engineeringpower electronicsself-controlled voltage-based growthcomputer scienceengineering

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