Patrick Carmichael Email and Phone Number
As a recent graduate seeking opportunities in the materials and chemical industries, I am driven by the impactful nature of my work. With a passion for research and development, as well as conducting life cycle analyses of materials, I am well-suited for employment in a field that involves researching, designing, and testing products within specified constraints. My natural aptitudes for investigation, analysis, and solution building make me an asset in this area.Throughout my academic journey, I have gained extensive experience in materials characterization and mechanical testing techniques, including electron microscopy and tensile testing. These skills have allowed me to delve into the fascinating world of materials' life cycles, with a particular focus on polymer upcycling through chemical catalysis. Additionally, I have developed a keen interest in battery recycling and metals recycling.To further enhance my expertise, I have customized my course plan to concentrate on polymer science and sustainable practices in engineering. Alongside my dedication to materials' life cycles and characterization, I possess a strong interest in clean energy, sustainable industry practices, and catalysis.With a well-rounded skill set and a passion for sustainable solutions, I am eager to contribute to the materials and chemical industries by applying my knowledge and expertise to advance research, development, and environmentally conscious practices.
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Phd Candidate At Ut Austin - Akinwande LabThe University Of Texas At AustinAustin, Tx, Us
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Phd Candidate At Ut Austin - Akinwande LabThe University Of Texas At Austin Aug 2024 - PresentAustin, Texas, United States -
Research AssistantUniversity Of Illinois Urbana-Champaign Jun 2021 - Aug 2024Naperville, Illinois, United StatesStructural characterization is essential for the study and synthetic design of organic thin films with applications in various fields from medicine to semiconductor production. However, these materials are often sensitive to beam damage when characterized via forms of scanning microscopies. Generally, large crystalline molecular domains are effective in dissipating radiation effects compared to individual molecules. My first project in the Huang lab involved analyzing phthalocyanine crystals grown on KCl. I determined Physical Vapor Deposition was not a reliable method of growing adequately large crystal samples. My first co-authored publication came as a result of my previous experience in using AFM to characterize the phthalocyanine samples mentioned above. For the publication, I was involved in characterizing bulk crystal samples, adding to the multitude of characterization techniques mentioned in the paper. Further, I became involved in the use of fourier analysis on ADF-STEM images of beam sensitive materials. My second project in the group has followed the same theme as the first. Structural characterization can also be ascertained via computational methods. I am currently utilizing Digital Micrograph to reveal grain boundaries of beam sensitive materials. -
ResearcherUniversity Of Illinois Urbana-Champaign May 2022 - Dec 2022Urbana-Champaign AreaStirred slurry reactors with solid catalyst particles suspended in a mixture of fluid reactants and products are common in catalyst development and testing. Specifically, current research efforts utilize these reactors to experiment with polymer upcycling catalysts. The objective of my project is to formulate and solve the Navier-Stokes equation that governs the flow inside the slurry reactor. The solution will be used to formulate a reactor-averaged effectiveness factor that captures the external mass transfer effects on the catalyst rate of reaction. This model will be useful in determining the optimal time a depolymerization reaction should take place to minimize cost and produce the most lucrative upcycled materials.
Patrick Carmichael Education Details
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Materials Science And Engineering
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Materials Engineering
Frequently Asked Questions about Patrick Carmichael
What company does Patrick Carmichael work for?
Patrick Carmichael works for The University Of Texas At Austin
What is Patrick Carmichael's role at the current company?
Patrick Carmichael's current role is PhD Candidate at UT Austin - Akinwande Lab.
What schools did Patrick Carmichael attend?
Patrick Carmichael attended The University Of Texas At Austin, University Of Illinois At Urbana-Champaign, Naperville Central High School.
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Patrick C.
Brooklyn, Ny4viacomcbs.com, student.umass.edu, viacbs.com, jhancock.com1 (800) 8XXXXXXX
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Patrick Carmichael
Concord, Ca1yahoo.com.au
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