Faculty

Institution

Unit

Venue

Andrew Schuler

Professor

University of New Mexico

Affiliations

School of Engineering

Civil, Construction & Environmental Engineering

Andrew Schuler is currently serving as a Civil, Construction & Environmental Engineering Professor at University of New Mexico.

Honors

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Experiences

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Education

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Andrew Schuler

University of New Mexico

Professor

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environmental engineering wastewater treatment water treatment applied microbiology water quality environmental microbiology microbiology environmental technology bioresource technology microbial ecology biological engineering chemical engineering water technology water science biotechnology biofilms environmental biotechnology energy biotechnology bioenergy water purification water process engineering water ecologies applied phycology bioelectrochemistry biomass density integrated fixed film waste management biological waste treatment microbial diversity wastewater management horticulture research water analysis water monitoring water biology nutrient stoichiometry anaerobic digestion algal biology algal cultivation underwater technologies polyphosphate-accumulating organisms activated sludge settling density effects anode surface chemistry advanced energy material interface science theoretical biology redox biology clinical microbiology hydrogen energy algal research activated carbons ecotechnology conceptual design passive design technique catalytic applications catalytic materials catalytic process advanced energy technology heterogeneous catalysis biocatalysis surface energy surface nanotechnology environment technology biological models host-microbe interactions water development parameters characterization glycogen-accumulating organisms low acetate concentrations practical design fe-aapyr cathode catalyst high catalytic activity pollutants resistivity shewanella anodes electron transport self-assembled monolayers energy recovery trace organic pollutants industrial wastewater

Notable Scholarly Works

Notable Federal Grants

Collaborators

Secondary Transport Mechanisms in Amino Acid Fed Enhanced Biological Phosphorus Removal. Chemosphere (2025)

Derek BelkaHaley A OrmsbeeAndrew J Schuler

amino acid fedbiological phosphorus removalenvironmental sciencebioremediationsecondary transport mechanismswastewater treatmentbiochemistry

Effects of Media Length on Biofilms and Nitrification in Moving Bed Biofilm Reactors. Biofilm (2022)

Kody A. GarciaPatrick McLeeAndrew J. Schuler

environmental engineeringbioresource technologymedia lengthwastewater treatmentwater qualityenvironmental biotechnologyapplied microbiologyenvironmental sciencebiofilms

Effects of Methyl, Ester, and Amine Surface Groups on Microbial Activity and Communities in Nitrifying Biofilms. ACS Applied Bio Materials (2022)

Philip M. RovetoAngelica BenavidezAndrew J. Schuler

wastewater treatmentapplied microbiologymicrobial activityenvironmental microbiologyamine surface groupsbiofilmsmicrobiology

“Peace Engineering in Practice: A Case Study at the University of New Mexico”. Technological Forecasting and Social Change (2021)

Ramiro JordanKamil AgiSanjeev AroraChristos G. ChristodoulouEdl SchamilogluDonna KoechnerAndrew SchulerKerry HoweAli BidramManel Martinez-RamonJane Lehr

technological forecastingtechnologypeace engineeringsocial change

Effects of Surface Skewness on Local Shear Stresses, Biofilm Activity, and Microbial Communities for Wastewater Treatment. Bioresource Technology (2020)

Philip M. RovetoAdwaith GuptaAndrew J. Schuler

environmental engineeringtechnologybiofilmsbioresource technologyapplied microbiologyenvironmental microbiologylocal shear stressesmicrobial ecologysurface skewnessmicrobial communitieswastewater treatmentbiological engineeringbiofilm activity

Biomass and Lipid Productivity of Dunaliella Tertiolecta in a Produced Water-Based Medium Over a Range of Salinities. Journal of Applied Phycology (2019)

Thomas C. HopkinsEnid J. Sullivan GrahamAndrew J. Schuler

bioresource technologyalgal biomassbiotechnologyenvironmental scienceproduced water-based mediumecologybioenergydunaliella tertiolectalipidslipid productivitybioremediationalgal biotechnologyphycologyhorticulture researchplant sciencebiochemical sciencesapplied phycologyalgal biologyalgal cultivationenvironmental engineeringmicrobial ecology

Effects of Salinity and Nitrogen Source on Growth and Lipid Production for a Wild Algal Polyculture in Produced Water Media. Algal Research (2019)

Thomas C. HopkinsEnid J. Sullivan GrahamJonathan SchwillingSerena IngramStephen M. GómezAndrew J. Schuler

water qualityenvironmental scienceenvironmental chemistryalgal researchecologywild algal polyculturebioenergyproduced water mediahorticulture researchlipid scienceapplied phycologyaquatic ecosystemsalgal biologylipid productionalgal cultivationsoil salinitynutrient stoichiometryenvironmental microbiologynitrogen sourcemicrobial ecologymicrobiology

Performance and Diversity Responses of Nitrifying Biofilms Developed on Varied Materials and Topographies to Stepwise Increases of Aeration. Bioresource Technology (2019)

Philip M. RovetoAndrew J. Schuler

environmental engineeringtechnologybioresource technologymicrobial diversitywater qualityenvironmental biotechnologydiversity responsesapplied microbiologyvaried materialsenvironmental technologybiofilms

Community and Performance Responses of Nitrifying Biofilms Grown on Surfaces With Varying Characteristics to Changes in Shear. Proceedings of the Water Environment Federation (2018)

Philip RovetoAndrew J Schuler

environmental engineeringbiofilmsbioresource technologyperformance responseswater qualityapplied microbiologyenvironmental microbiologyenvironmental sciencewater quality managementwater treatmentenvironmental researchwastewater treatmentmicrobiologywater ecologies

Application of Increased Shear Force on Mature Steady State Nitrifying Biofilms Grown on Modified 3-D Printed Surfaces. Proceedings of the Water Environment Federation (2017)

Philip M RovetoChase F StearnesAndrew J Schuler

bioresource technologysurface processingsurface engineeringapplied microbiologybiotechnologyshear forceadditive manufacturingsurface treatmentswater sciencewater quality managementmature steady state3d printingwastewater treatmentbiological engineeringenvironmental engineeringbiomedical engineeringsurface sciencesurface modificationwater treatment

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Andrew Schuler

Professor

University of New Mexico

Affiliations

School of Engineering

Civil, Construction & Environmental Engineering

Andrew Schuler is currently serving as a Civil, Construction & Environmental Engineering Professor at University of New Mexico.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Andrew Schuler

University of New Mexico

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Secondary Transport Mechanisms in Amino Acid Fed Enhanced Biological Phosphorus Removal. Chemosphere (2025)

Derek BelkaHaley A OrmsbeeAndrew J Schuler

amino acid fedbiological phosphorus removalenvironmental sciencebioremediationsecondary transport mechanismswastewater treatmentbiochemistry

Effects of Media Length on Biofilms and Nitrification in Moving Bed Biofilm Reactors. Biofilm (2022)

Kody A. GarciaPatrick McLeeAndrew J. Schuler

environmental engineeringbioresource technologymedia lengthwastewater treatmentwater qualityenvironmental biotechnologyapplied microbiologyenvironmental sciencebiofilms

Effects of Methyl, Ester, and Amine Surface Groups on Microbial Activity and Communities in Nitrifying Biofilms. ACS Applied Bio Materials (2022)

Philip M. RovetoAngelica BenavidezAndrew J. Schuler

wastewater treatmentapplied microbiologymicrobial activityenvironmental microbiologyamine surface groupsbiofilmsmicrobiology

“Peace Engineering in Practice: A Case Study at the University of New Mexico”. Technological Forecasting and Social Change (2021)

Ramiro JordanKamil AgiSanjeev AroraChristos G. ChristodoulouEdl SchamilogluDonna KoechnerAndrew SchulerKerry HoweAli BidramManel Martinez-RamonJane Lehr

technological forecastingtechnologypeace engineeringsocial change

Effects of Surface Skewness on Local Shear Stresses, Biofilm Activity, and Microbial Communities for Wastewater Treatment. Bioresource Technology (2020)

Philip M. RovetoAdwaith GuptaAndrew J. Schuler

Biomass and Lipid Productivity of Dunaliella Tertiolecta in a Produced Water-Based Medium Over a Range of Salinities. Journal of Applied Phycology (2019)

Thomas C. HopkinsEnid J. Sullivan GrahamAndrew J. Schuler

Effects of Salinity and Nitrogen Source on Growth and Lipid Production for a Wild Algal Polyculture in Produced Water Media. Algal Research (2019)

Thomas C. HopkinsEnid J. Sullivan GrahamJonathan SchwillingSerena IngramStephen M. GómezAndrew J. Schuler

Performance and Diversity Responses of Nitrifying Biofilms Developed on Varied Materials and Topographies to Stepwise Increases of Aeration. Bioresource Technology (2019)

Philip M. RovetoAndrew J. Schuler

Community and Performance Responses of Nitrifying Biofilms Grown on Surfaces With Varying Characteristics to Changes in Shear. Proceedings of the Water Environment Federation (2018)

Philip RovetoAndrew J Schuler

Application of Increased Shear Force on Mature Steady State Nitrifying Biofilms Grown on Modified 3-D Printed Surfaces. Proceedings of the Water Environment Federation (2017)

Philip M RovetoChase F StearnesAndrew J Schuler

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Mari Winkler

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University of Washington

environmental engineering

sewage sludge treatment

George Wells

Institution

Northwestern University

environmental engineering

wastewater treatment

Zhiqiang Hu

Institution

University of Missouri

environmental engineering

biofilm

Belinda Sturm

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biotechnology

Ramesh Goel

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University of Utah

environmental engineering

water quality

Woo Hyoung Lee

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sensor

Erik R. Coats

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University of Idaho

environmental engineering

municipal wastewater

Soryong Chae

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water process engineering

hazardous material

Lutgarde Raskin

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environmental microbiology