Electrochemistry and Corrosion
Consulting & Training
Eric Schindelholz, PhD
Technical advising and training for R&D teams and organizations to establish capability, optimize experimental design, and solve complex electrochemical and corrosion challenges
What I Do
I help organizations build R&D capability, strengthen internal technical judgment, and make defensible decisions on electrochemical and corrosion-related challenges. My work focuses on applied training and expert advisory for teams working with real systems, imperfect data, and consequential outcomes.
Training
Technical Advisory
Experimental Design & Data Interpretation
Who This is For
My services are designed for organizations where electrochemical behavior directly affects product viability, safety, cost, reliability, or mission success—including materials performance and corrosion
R&D Teams
Government Labs, Agencies
Industry
Common Problems I Help Solve
Many organizations struggle not only with interpreting electrochemical data, but with establishing the R&D capability needed to generate reliable, decision-relevant results. Common challenges include:
Experiments that do not address the underlying technical or decision question
Gaps in expertise, infrastructure, or test protocols that limit data quality
Misinterpretation of electrochemical or corrosion data
Test artifacts mistaken for real material or system behavior
Difficulty translating laboratory results to field performance
How I Work
Mechanism-first approach: focus on the underlying physics and chemistry so solutions address root causes, not symptoms.
Purpose-driven experimental design: experiments designed to answer real operational and decision questions, not just generate data.
Clear interpretation of noisy or incomplete data: extract sound conclusions from noisy or incomplete data, quantify uncertainty, and identify limits.
Training built into the engagement: targeted instruction and hands-on coaching that builds team capability and judgment for future challenges
Dr. Eric Schindelholz is a materials scientist with over 20 years of experience in electrochemistry, corrosion science, and materials behavior in complex environments.He has built and led research teams at U.S. National Laboratories and universities, working at the intersection of fundamental science, applied research, and mission-driven outcomes.Eric brings deep experience in designing and interpreting electrochemical experiments, investigating corrosion mechanisms, and advising teams where technical rigor and credibility matter.
publications