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After earning his PhD in solid state physics from Ohio State, Expert has centered his attention for more than 40 years on providing state-of-the-art equipment and services to enable and improve industrial operations that involve electrostatic and particulate processes. As the senior technical person in all companies and laboratories where he has worked, Expert has been responsible for solving or overseeing the solution of each organization’s most difficult technical challenges. He has also advised those companies on matters of product development, intellectual property, project-commissioning, litigation, and acquisition, and represented those companies and laboratories before government bodies and the industries they served.

Expert has over 40 years' experience in industrial product development, process improvement, and management of academic and in-house/outside contract research. He has worked with electric charge processes where there are static charges and moving charges. The charges typically move, because insulating materials are moved, or isolated conductors are moved. Examples of the former are pheumatic conveying, sheet and web transport, the charging and separation of fine particles in electrostatic precipitation, and the drawing of nanofibers. Examples where there are isolated conductors include the electrostatic precipitation of mist, electrostatic finishing (painting), and the hazards of people working with insulating shoes around printing and electronic equipment.

Expert has been involved in the fields of electrostatics and electrostatic processes for over 40 years. Between 1975 and 1988 he served as technical expert on electrostatic precipitation and emerging environmental control technologies for an air pollution control company. From 1988 to 1990 he served the European Commission on Glass towards development of an advanced environmental control technology with electrostatic augmentation. From 1990 to 2001 he headed worldwide technology programs for the industry-leading company supplying static control and charging equipment. From 2001 to 2013 the expert managed a university laboratory in advanced electrostatic processes and was supported by industrial companies and research organizations in the USA and abroad. Since 2013 the expert has been engaged in consulting work. He is a 20 year NARTE Certified ESD Engineer, Member of the Electrostatic Processes Committee of IEEE, and Chair of NFPA 77 Committee on Static Electricity.

Expert has been involved in 70 pilot plant and over 400 industrial installations of electrostatic precipators. He has worked on projects in The Netherlands, Germany, Belgium, France, Brazil, Japan, and throughout the USA. He is the developer of the ensemble method for empirically modeling industrial processes, such as electrostatic precipitation systems, wherein a collection of particles is acted upon by steady and time dependent actions. Since the basic processes at the particle level are random, pollution abatement often can be described as a phase transition for the particle system. In that case the observed behavior of the pollution control process is governed by exponential models that are controlled by the ratio of the steady to random energies to which the particle ensemble is exposed. Process models for both particulate and electrostatic processes have been developed under the MathCAD environment. This environment permits ease-of-use and continual development of process models by operations-level personnel. The MathCAD environment also give the power of conventional programming, data processing, and visualization for the engineering and scientific team.

Expert has 40+ years' experience with industrial processes that are enabled or augmented by electrostatic charge. He has also lead the worldwide product development and application-engineering programs of the premier supplier of static control and charging equipment. He has performed studies of surface charge reduction in processes such as e-beam and corona treating.

Developed a rationalized, company-wide product line that enabled acquisition of 8 targeted competitors, growing sales from $28M to $130M in the industrial, ancillary-products market. Set target objectives across multiple divisions. Managed intellectual-property and transferred the best technology between business units worldwide with local adaptation to national standards.Turned around 2 troubled projects, successfully winning patents and yielding $1M+ revenue in first year. Performed experiments to enable commercialization of ancillary components for clean rooms and semiconductor testing equipment. Achieved patents and published peer-reviewed articles. Worked with customers in North America, Europe, and the Far East towards understanding the new technology. Turned around commissioning problems of a $2.5M industrial process system. After several weeks of operation, the interior elements of the process system in Germany became fragile and unusable. Conducted laboratory and on-site tests, selected new materials, and proposed a development plan to rebuild and safely commission the equipment. Successfully obtained re-build order, secured retainage for the entire project, and obtained a follow-on order for a larger system. Recognized hands-on skills of university students in Pennsylvania’s Heartland. Convinced faculty and the university’s administration to build a laboratory for research in support of community and economic development. Secured funding from research foundations, domestic and international companies, and private sources to equip and operate the laboratory. Students have been prepared for graduate study at universities such as the University of Pennsylvania, Penn State, George Mason University, Ohio State, Miami of Ohio, and University of Nebraska. Other former students are involved in product development for industry and teaching in the State’s secondary schools. Patents and publications have given the program visibility around the world.Called upon to develop an industrial process model to help understand driving mechanisms and improve yield from a nanotechnology process. Recognized needs for a model that could be upgraded and used by plant operations. Developed a large-scale MathCAD model and trained end-users. The model is currently used towards development of three process lines and extensions have been funded by government and internal sources towards process improvements.