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Joseph Muth personal email
I relentlessly pursue truth, while leading through service to those around me, in order to build teams and products of uncommon quality. To date my work has spanned Fortune 100 R+D to start-up executive leadership, materials science to systems engineering, deep fundamental research to product creation, and individual technical delivery to service grounded leadership of large teams. Wherever I am and whatever role I am in, my mission is for my team to deliver the highest impact work while creating an atmosphere where people are empowered to do, and be, their best….and I will not stop until we accomplish both.Colleagues, subordinates, and superiors have described me as an excellent leader, an ideal teammate, committed, grounded, gritty, positive, and a superior communicator.I am materials scientist by training (B.S. - Purdue, Ph.D. - Harvard), but I am comfortable anywhere there are worthwhile problems to solve and adept teammates to solve them with.—-----------------------------------------------------Selected commercialized examples of my work: Integrated Hard Tech + /Materials Solutions - https://3dfortify.com/system/High volume consumer goods: https://about.nike.com/en/newsroom/releases/nike-reactx-foam-infinity-rn-4-official-images—-----------------------------------------------------I am also active on several advisory boards for institutions and companies I am passionate about. If you would like to discuss additional advisory opportunities, please get in touch!Education - Purdue University’s Materials Engineering Advisory CouncilClean energy and transportation - Croft Motors - https://www.croft.eco/Sustainable textiles - Colorchain - https://colorchain.co/
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Chief Technology OfficerCroftBoston, Ma, Us
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Chief Technical OfficerFortify Apr 2023 - PresentBoston, Massachusetts, United StatesI lead a vertically integrated engineering team spanning R+D, materials manufacturing, software development, machine design, and product creation. We design and deliver best in class materials, machines, and workflow solutions for the most demanding and high value applications. We work across the full product readiness spectrum and have all engineering disciplines on our team. Since I have been leading technical work at Fortify we have accomplished the following:- Commercially released our first two products- Doubled our machine placements in the field- Demonstrated 2.2x revenue growth - In 2023, my team directly accounted for >50% of total revenue.- Closed $12 million of strategic funding and became the only company funded by both Raytheon and Lockheed Martin -
Head Of Materials And Processing EngineeringFortify Aug 2022 - Apr 2023Boston, Massachusetts, United StatesMy team of scientists, engineers, and technicians builds the future of high performance additive manufacturing by delivering robust, high value, end-use products. We innovate across end-to-end product workflows by delivering best in class materials, developing state-of-the-art printing tools, and establishing new benchmarks for post-processing technology. We set the technical roadmap and deliver product excellence.
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Director Of Process EngineeringFortify Apr 2022 - Aug 2022Boston, Massachusetts, United StatesI lead a highly motivated team of engineers and scientists to deliver best-in-class materials and printers. We sit at the nexus of materials science, software, hardware, firmware, and application development. By pushing the limits at each of these boundaries, we are creating a future where high performance, scalable 3D printing is a reality.
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Strategic AdvisorCroft Apr 2023 - PresentAt Croft, our goal is to make scalable, high performance, mobile hydrogen solutions. The Croft team makes me smile every day. As an advisor, I guide Croft on topics ranging from technical team staffing, commercial partnerships, strategic direction, and hard core material science.https://www.croft.eco/
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Venture ScoutAlumni Ventures Nov 2023 - PresentThe AV Venture Scout Program is an extensive network of independent angels, entrepreneurs, and connectors. Venture Scouts share attractive investment opportunities with AV. -
Strategic AdvisorPurdue University Mar 2020 - PresentDistinguished Young Alumni '24External advisory board member for School of Materials Science and Engineering -
Materials InnovatorNike Aug 2017 - Apr 2022Portland, Oregon AreaNike Explore Team - Footwear Materials: I develop and implement next generation materials, cushioning strategies, and manufacturing techniques to improve athlete performance, increase our business impact, and reduce our environmental footprint. I work at the intersection of program management, business development, intellectual property strategy, technical scouting, and in-house development with a singular focus on delivering industry leading innovation to our athletes* and our world. I specialize in launching technical programs and leading them end-to-end from idea to product. Notable accomplishments include the following:- Recognized as a Creative Thought Leader (2020) and one of Nike Innovation’s top 50 employees (2019). My team won the "Do the Right Thing" Maxim award in 2022.- Scoped, invented, and built the ReactX platform (commercial launch - July '23), which at the time was the largest and highest priority program in Nike Innovation (2019-2022). In the first quarter of market availability, ReactX generated >$41M and moved >535k units.- Led international team of 50+ cross-functional teammates to build, scale, and protect new technology platform across 4 factory groups in 6 countries.- Secured three exclusive external partnerships with key technical enablers from adjacent industries.- Built lecture series to equip non-technical teammates (audiences 5-90+) with enough science intuition to solve critical footwear problems. -
Phd Student - Jennifer Lewis GroupHarvard University Aug 2012 - Jun 2017Cambridge, MaI developed materials and digital manufacturing platforms for soft electronics and hierarchical composite materials. A few examples include inventing embedded 3D printing and multi-core shell printing, and 3D printable colloidal gel foams with rationally designed microstructures. By simultaneously controlling material design and manufacturing, I am able to optimize materials over multiple length scales and exploit structure-processing-properties relationships in new ways. -
Engineering InternBoeing Jun 2012 - Aug 2012Tukwila, WaStructural Repair Development of Aerospace Structures: Designed rapid repair method for damaged environmental control ducts. Developed long term research strategy for analyzing the effect of plasma treatment on bonded repairs. Tailored cure cycles of out-of-autoclave materials for creating a universal repair material -
Undergraduate Research AssistantPurdue University Aug 2008 - May 2012West Lafayette, InSynthesized and characterized polymeric water filtration membranes with novel surface coatings. Created testing equipment for quantifying long term performance of high temperature thermoelectrics. Developed rapid repair method for carbon fiber components using ultraviolet curing adhesives.
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Engineering InternBoeing May 2011 - Aug 2011Tukwila, WaBoeing 787-9 Horizontal Stabilizer Process Development: Developed manufacturing and process methodology for the 787-9 empennage. Fabricated CFRP subscale test specimens using co-cure technology and autoclave processing. Performed dimensional and cost analysis on all subscale testing.
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Research InternOak Ridge National Laboratory May 2010 - Aug 2010Oak Ridge, TnSolid Oxide Fuel Cell Optimization: Probed self-healing properties of glass sealed interconnects using nanoindentation. Studied interfacial behavior between glass seals and ceramic interconnects. Inspected seal response to various atmospheric conditions. -
Research InternOak Ridge National Laboratory May 2009 - Aug 2009Oak Ridge, TnEffects of Micro-Cracking on β-eucryptite: Explored various grain-sized β-eucryptite samples for diesel particulate filter applications. Characterized the thermoelastic response of glass/ceramics using resonant ultrasound spectroscopy. Established a model predicting glass/ceramic behavior
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Research InternUniversity Of Tennessee Sep 2007 - Dec 2007Knoxville, TnDielectric Crystal Structure Analysis: Investigated phase equilibrium and crystal chemistry in the barium and tungsten niobate systems. Examined X-ray diffraction patterns to determine the crystal structures of various compounds. Assessed the potential of tested compounds as dielectric materials.
Joseph Muth Skills
Joseph Muth Education Details
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Materials Engineering
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Highest Honors
Frequently Asked Questions about Joseph Muth
What company does Joseph Muth work for?
Joseph Muth works for Croft
What is Joseph Muth's role at the current company?
Joseph Muth's current role is Chief Technology Officer.
What is Joseph Muth's email address?
Joseph Muth's email address is jm****@****due.edu
What schools did Joseph Muth attend?
Joseph Muth attended Harvard University, Purdue University.
What skills is Joseph Muth known for?
Joseph Muth has skills like Research, Materials Science, Data Analysis, Microsoft Office, Physics, Scanning Electron Microscopy, Leadership, Matlab, Statistics, Public Speaking, Python, Adobe Creative Suite.
Who are Joseph Muth's colleagues?
Joseph Muth's colleagues are Clay Rockett-Rhee, Nicole G., Thanh Dao, Akindayomi Abiodun, Izzy Stepanek.
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Joseph Muth, CPA
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