Doctoral researcher with a background in chemistry, currently delving into the world of printed microelectronics.In my research, I use spray drying to fabricate ceramic particles and then apply milling techniques such as agitator bead mills and planetary mills. These methods are crucial in preparing the materials for my work, which focuses on the development of ferroelectric ceramic/polymer composite ink for inkjet printing. Specifically, I'm exploring their potential as voltage-tunable capacitors (varactors) and sensor systems.In addition to these fabrication techniques, I employ various analytical methods such as SEM, ion beam milling, laser diffraction, and capacitance measurements to gain a comprehensive understanding of these materials. This multidisciplinary approach, along with my experience in leading projects and the privilege of working with diverse, international and multidisciplinary teams, has been invaluable in my research endeavors.I'm deeply enthusiastic about the convergence of chemistry and electronics and its potential to contribute to innovation. As I embark on the next chapter of my career, I am seeking new opportunities to apply my knowledge and skills.
-
Doctoral StudentKarlsruhe Institute Of Technology (Kit) Nov 2020 - Jun 2024Development of flexible, inkjet-printed tunable capacitors (varactor) based on ceramic/polymer composite ink systems• Conceptualization and management of innovative research projects • Documentation of research results and implementation of electronic lab notebooks• Academic project supervision of students • Publication und presentation of research results at international conferences • Acquisition of funding for the research abroad Acquired lab skills through the doctoral studies: • Inorganic synthesis of barium strontium titanate with subsequent spray drying• Production of nanoscale ceramic suspensions using various grinding processes (agitator bead mill, planetary bead mill)• Characterization of ink systems via tensiometry and rheology • Experience in the application of inkjet-printing systems • Investigation of printed varactors - topography measurements using white light interferometry and capacitance measurements • Microscopy: scanning electron microscopy (SEM), optical microscopy • Spectroscopy: infrared Spectroscopy (IR), energy dispersive X-ray spectroscopy (EDX)• Particle size analysis via laser diffraction and surface analysis using N2-physisorption -
Visiting ResearcherKu Leuven May 2023 - Jul 2023Research on flexible and stretchable piezoelectric sensors Methodology: • Film Fabrication (spray coating, spin coating, drop casting)• Poling -
Visiting ResearcherNingbo Institute Of Materials Technology And Engineering Jun 2019 - Aug 2019Ningbo, Zhejiang, ChinaResearch on highly elastic thermoresponsive hydrogels via nanostructured and semi-interpenetrating polymer network systems
-
Student AssistantUniversity Of Konstanz Feb 2018 - Apr 2018HiWi: Studying the effects of calcium carbonate on sea urchin proteins via potentiometric titration, analytical ultracentrifugation and DLS
Tim P. Mach Education Details
-
Chemistry
-
Nanoscience
Frequently Asked Questions about Tim P. Mach
What is Tim P. Mach's role at the current company?
Tim P. Mach's current role is Doctoral Researcher | Microelectronics | Printed Electronics | Chemistry.
What schools did Tim P. Mach attend?
Tim P. Mach attended Karlsruhe Institute Of Technology (Kit), Karlsruher Institut Für Technologie (Kit), University Of Konstanz.
Free Chrome Extension
Find emails, phones & company data instantly
Aero Online
Your AI prospecting assistant
Select data to include:
0 records × $0.02 per record
Download 750 million emails and 100 million phone numbers
Access emails and phone numbers of over 750 million business users. Instantly download verified profiles using 20+ filters, including location, job title, company, function, and industry.
Start your free trial