Cody Friesen

cfriesen@asu.edu
(480) 965-3954
ISTB4 395E TEMPE

School for Engineering of Matter, Transport and Energy

Assoc Professor

Faculty, TEMPE Campus, Mailcode 6106

Sustainability Scientists and Scholars

Senior Sustainability Scientist

Faculty, TEMPE Campus, Mailcode 6106

Biography:

Cody Friesen is a Fulton Engineering Professor of Innovation and associate professor of materials science and engineering at Arizona State University in the School for Engineering of Matter, Transport and Energy. He cofounded Fluidic Energy in 2007 to commercialize his design for a rechargeable metal-air battery, which could ultimately hold 10 times as much energy as lithium-ion devices at a much lower cost. For his innovation, Friesen was named among the "TR35" by Technology Review magazine in 2009. Friesen is also the founder and CEO of Zero Mass Water, which makes SOURCE hydropanels.

Education:

Ph.D. Materials Science, Massachusetts Institute of Technology 2004
B.S. Materials Science and Engineering, Arizona State University 2000

Publications:

Cody Friesen. Thermodynamic Separability of Ultra-Thin Film Surfaces and Interfaces. Surface Science (2005).
Cody Friesen, C Thompson. Comment on "Compressive stress in polycrystalline Volmer-Weber films". Physical Review Letters (2005).
T Trimble, K Sieradzki, L Tang, N Vasilijavic, N Dimitrov, Cody Friesen, C Thompson, S Seel, J Floro, M van Schilfgaarde. Anion Adsorption Induced Reversal of Coherency Strain. Physical Review Letters (2005).
Cody Friesen, C Thompson. Correlation of Reversible Stress Evolution in (111)-Oriented Homoepitaxial Ag and Cu Thin Films to an Evolving Surface Defect Population. Physical Review Letters (2004).
Cody Friesen, S Seel, C Thompson. Reversible Stress Changes at All Stages of Volmer-Weber Film Growth. Journal of Applied Physics (2004).
Cody Friesen, C Thompson. Reversible Stress Relaxation during Precoalescence Interruptions of Volmer-Weber Thin Film Growth. Physical Review Letters (2002).
Cody Friesen, N Dimitrov, R Cammarata, K Sieradzki. Surface Stress and Electrocapillarity of Solid Electrodes. Langmuir (2001).
Cody Friesen, J Hayes. Nanoscale Mechanical Patterning for the Selective Deposition of Nanostructures. Journal of Materials Research (2000).

Research Activity:

Friesen,Cody A*. Advanced Cells for Transportation via Integrated Vehicle Energy (ACTIVE). DOE-ARPA(11/25/2013 - 9/30/2015).
Kleinwort,Janice L*, Friesen,Cody A, Mcconnell,Gordon Thomas, Raupp,Gregory Bruce. Innovation and Commericalization for Advanced Manufacturing. GREAT PHX ECON CNCL(10/1/2013 - 3/31/2015).
Buttry,Daniel A.*, Friesen,Cody A, Mujica,Vladimiro, Stechel,Ellen B.. Energy Efficient Electrochemical Capture and Release of Carbon Dioxide. DOE-ARPA(3/12/2013 - 10/31/2016).
Buttry,Daniel A., Friesen,Cody A, Sieradzki,Karl. Sustainable, High-Energy Density, Low-Cost Electrochemical Energy Storage. DOE-ARPA(12/21/2009 - 6/30/2012).
Friesen,Cody A*, Friesen,Cody A*, Friesen,Cody A*. A Surface Stress Paradigm for Studying and Developing Catalysts and Storage Materials Relevant to the Hydogen Economy. DOE-CHICAGO(9/1/2007 - 11/30/2011).
Posner,Jonathan Dov*, Friesen,Cody A. Membrane-less Microfluidic Fuel Cell Architectures Using Self-Supported Nanoporous Catalysts. True North Partners(11/1/2006 - 10/31/2007).
Friesen,Cody A*, Friesen,Cody A*, Friesen,Cody A*. CAREER: Stress and Structure Evolution in Ultra-Thin Heteroepitaxial Metallic Films. NSF-MPS(3/1/2006 - 2/29/2012).
Friesen,Cody A, Friesen,Cody A, Friesen,Cody A. Fuel Cell Catalysts and Hydrogen Storage. True North Partners(3/1/2006 - 3/31/2012).

Courses

Fall 2020
Course Number	Course Title
CHE 593	Applied Project
MSE 599	Thesis
CHE 792	Research
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Summer 2020
Course Number	Course Title
MSE 595	Continuing Registration
CHE 792	Research
MSE 795	Continuing Registration

Spring 2020
Course Number	Course Title
MSE 599	Thesis
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Fall 2019
Course Number	Course Title
CHE 593	Applied Project
MSE 599	Thesis
CHE 792	Research
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Summer 2019
Course Number	Course Title
MSE 595	Continuing Registration
CHE 792	Research
MSE 795	Continuing Registration

Spring 2019
Course Number	Course Title
MSE 599	Thesis
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Fall 2018
Course Number	Course Title
CHE 593	Applied Project
MSE 599	Thesis
CHE 792	Research
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Summer 2018
Course Number	Course Title
MSE 595	Continuing Registration
CHE 792	Research
MSE 795	Continuing Registration

Spring 2018
Course Number	Course Title
MSE 595	Continuing Registration
MSE 599	Thesis
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Fall 2017
Course Number	Course Title
CHE 593	Applied Project
MSE 599	Thesis
CHE 792	Research
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Summer 2017
Course Number	Course Title
MSE 595	Continuing Registration
CHE 792	Research
MSE 795	Continuing Registration

Spring 2017
Course Number	Course Title
MSE 592	Research
MSE 595	Continuing Registration
MSE 598	Special Topics
MSE 599	Thesis
CHE 792	Research
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Fall 2016
Course Number	Course Title
MSE 592	Research
MSE 595	Continuing Registration
MSE 599	Thesis
CHE 792	Research
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Summer 2016
Course Number	Course Title
MSE 592	Research
MSE 595	Continuing Registration
MSE 795	Continuing Registration

Spring 2016
Course Number	Course Title
CHE 493	Honors Thesis
MSE 592	Research
MSE 593	Applied Project
MAE 593	Applied Project
MSE 595	Continuing Registration
MSE 599	Thesis
MSE 792	Research
MSE 795	Continuing Registration
MSE 799	Dissertation

Presentations:

Friesen, Cody, Marzari, N. Exploring the Local Nature of Transition-Metal Chemistry via Tunable Pseudopotentials. American Physical Society, March Meeting (Mar 2004).
Friesen, Cody, Thompson, C. Reversible Stress Evolution during the Growth of Polycrystalline and Epitaxial Transition Metal Films. American Physical Society, March Meeting (Mar 2004).
Friesen, Cody, Thompson, C, Marzari, N. Reversible Stress Evolution in Transition-Metal Thin film Growth & Catalytic Properties of Transition-Metal Ultra-Thin Films. Arizona State University (Feb 2004).
Friesen, Cody, Thompson, C, Marzari, N. Reversible Stress Evolution in Transition-Metal Thin film Growth & Catalytic Properties of Transition-Metal Ultra-Thin Films. Lawrence Livermore National Laboratory (Feb 2004).
Friesen, Cody, Thompson, C. Stress Evolution During the Growth of Polycrystalline and Epitaxial Transition Metal Films. Los Alamos National Laboratory, MST Division (Oct 2003).
Friesen, Cody, Thompson, C. The Adatom Surface Elastic Interaction: Experiments and Calculations. Materials Research Society Spring Meeting, Symposium W
Friesen, Cody, Hayes, J. Creation of Quantum Dot Structures in SiO2. Materials Research Society Spring Meeting, Symposium HH
Thompson, C, Friesen, Cody, Seel, S. Stress and Structure Evolution During Formation of Polycrystalline Films. 14th US National Congress of Theoretical and Applied Mechanics

Service:

Acta Materialia, Reviewer (2005 - 2006)
Journal of Materials Research, Reviewer (2005 - 2006)
MSE Graduate Curriculum Committee, Member (2005 - 2006)
MSE Undergraduate Curriculum Committee, Member (2005 - 2006)

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Cody Friesen