Steven Klankowski Email & Phone Number

La Crosse, Wisconsin, United States

As a dedicated Materials Research Engineer specializing in printed electronics, I focus on enhancing the robustness of printed electronic devices by leveraging advanced materials and technologies. My current projects include: Improving Robustness with Advanced Inks: Utilizing cutting-edge, faster-drying silver and dielectric inks to improve the performance and durability of printed electronics. These innovations are implemented using state-of-the-art screen printing technology… Show more As a dedicated Materials Research Engineer specializing in printed electronics, I focus on enhancing the robustness of printed electronic devices by leveraging advanced materials and technologies. My current projects include: Improving Robustness with Advanced Inks: Utilizing cutting-edge, faster-drying silver and dielectric inks to improve the performance and durability of printed electronics. These innovations are implemented using state-of-the-art screen printing technology, advanced silver inks that can have components directly solder for improved operation durability and speed of production. Expert Collaboration: Drawing on expertise from industry leaders such as Sefar, Kiwo, and ACI, I work on developing advanced processors for polyester biosensors, touch-enabled flexible printed electronics, and three-dimensional high-frequency antennas. Innovative Curing Solutions: Leading the development of a multiwavelength (385nm+365nm) LED Curing Bar to enhance the curing process for printed electronics, ensuring superior quality and reliabilityIn-Mold Structural Electronics: Finding unique solutions for in-mold structural electronics through collaboration with Tactotek, pushing the boundaries of integration and functionality in this emerging field.My role involves a combination of research, development, and collaboration with cross-functional teams to push the boundaries of what printed electronics can achieve, driving innovation in biosensors, flexible electronics, and high-frequency applications. Show less

Holmen, Wisconsin, United States

With a formal education in chemistry and material sciences, along with an extensive knowledge and experience in electrochemical and impedance systems, I am open to answering your questions and serving people the correct solution to unique and troubling issues. Utilize my expertise in Lithium-ion, Ni-MH, and Lead Acid Battery packs to design or rebuild performance in your electrical systems. Also experienced in nano material deposition, composite manufacturing and repair, electrical… Show more With a formal education in chemistry and material sciences, along with an extensive knowledge and experience in electrochemical and impedance systems, I am open to answering your questions and serving people the correct solution to unique and troubling issues. Utilize my expertise in Lithium-ion, Ni-MH, and Lead Acid Battery packs to design or rebuild performance in your electrical systems. Also experienced in nano material deposition, composite manufacturing and repair, electrical impedance performance and corrosion inhibition. Show less

La Crosse, Wisconsin, United States

Course Instructor in Chemistry,

Winona, Minnesota, United States

Instructor in the Department of Chemistry, teaching General Chemistry, General Organic and Biochemical Chemistry and performing research in Batteries Beyond Lithium, and their recycling capabilities.

Winona, Mn

Rushford, Mn

Setup and parameter refinement of Carbon Nanotube ozonolysis and sonication process. Develop scale-up of CNT deposition to various non-conductive substrates for different applications

Winona, Mn

Instructor in the Department of Composite Materials Engineering. Courses include CME250 Statics, CME390 Composite Manufacturing, and CME480 Advanced Design in Composites. Co-Advisor for SAMPE, SPE, and MakerSpace clubs.Co-Editor of Department's Accreditation Board for Engineering and Technology (ABET) Self-Study Report, seeking continued accreditation in 2018.

Winona, Minnesota

Provided instruction to students in CME250 Statics and CME475 Engineering Design.

Manhattan, Ks

Thesis Work: Fabrication and characterization of hybrid electrodes, using Metal, semi-metal and metal oxides coated on three dimensional vertically aligned carbon nanofibers, and testing paired cathode and anodes for full cell Lithium-Ion Battery Electrode.Side Projects Large scale synthesis of Vertically Aligned Carbon Nanofibers via Plasma Enhanced Chemical Vapor Deposition. Investigating process of low temperature plasma enhanced chemical vapor deposition formation of… Show more Thesis Work: Fabrication and characterization of hybrid electrodes, using Metal, semi-metal and metal oxides coated on three dimensional vertically aligned carbon nanofibers, and testing paired cathode and anodes for full cell Lithium-Ion Battery Electrode.Side Projects Large scale synthesis of Vertically Aligned Carbon Nanofibers via Plasma Enhanced Chemical Vapor Deposition. Investigating process of low temperature plasma enhanced chemical vapor deposition formation of graphene.Developing and characterizing supercapacitors from detonated multilayer graphene and transition metal oxides.Investigated the use of incorporation of trimeric PS1-CP43’ supercomplexes into simple photovoltaic devices; Led to appreciable current production.Assisted installation and commissioning of a DS-130F FESEM, and co-operators. Show less

Manhattan, Ks

Instructed several classes of students in either Organic and Alaytical Laboratory experiments, with a very hands on approach filled with demonstrations on proper technique and need for accuracy.

Winona, Mn

Creation of web accessible NMR spectral database with preloaded student essential spectra, and open for public submission. Continued work on a project that lead to the publication of a paper titled: "Trialkyl Phosphites and Diaryliodonium Salts as Co-initiators in a System for Radical-Promoted Visible-Light-Induced Cationic Polymerization" J. Org. Chem., 2013, 78 (8), pp 3561–3569 DOI: 10.1021/jo302830r

Development of fast Curing Underwater Adhesives for Field Use.Composite Manufacturing

Doctor Of Philosophy (Ph.D.), Materials Chemistry And Nanotechnology.

Activities and Societies: Phi Lambda Upsilon - Alpha Epsilon, Two Years as Chapter President. Helped secure various grants and set up.

Bachelor Of Science (Bs), Chemistry

Activities and Societies: Chemistry Club Undergraduate Research for three years under guidance of Dr. Thomas Nalli. ♦ Created an online.

Bachelor Of Science (Bs), Composite Materials Engineering

Activities and Societies: SAMPE, SPE, Materials Research and Development

Diploma With Honors

Activities and Societies: Class Treasurer, 3-Sport Athlete (Football, Wrestling, Track and Field), National Honor Society, Knowledge Bowl,