The MSI team is trained to perform both advanced field-based testing and in-office computational analysis. Whether it’s pre-installation problem prevention, post-installation remedies, or lowering maintenance costs, MSI presents practical and timely solutions that are clearly explained in understandable reports.
Mr. Marscher has spent his career of nearly 40 years involved in the design, development, and troubleshooting of mechanical components and systems, including pumps, fans, compressors, and turbines. His capabilities and experience include finite element analysis, rotordynamic analysis, experimental modal analysis, vibration testing, predictive maintenance, the mechanical design of turbomachinery, and the development and application of advanced (including magnetic) bearings and seals.
As President, Mr. Onari has extensive experience in resolving rotating machinery problems. His special expertise includes field testing and associated capabilities in instrumentation, data acquisition and analysis equipment, and analysis of vibration and other dynamic machinery data.
As Technical Director, Mr. Kelly performs and manages much of MSI’s advanced finite element analysis (FEA) work. He has also managed several innovative research projects funded by the Department of Defense. His engineering career of 30 years has spanned multiple industries with the common thread being the application of advanced finite element analysis techniques to evaluate the static and dynamic structural performance of components and systems.
Chief Financial Officer
Vice President of Fluids Engineering
Vice President of Sales and Marketing
As VP of Sales and Marketing, Mr. Olson is a recognized leader in the turbomachinery industry, with nearly 30 years of experience in both technical and business development capacities. His present areas of focus include turbomachinery troubleshooting and turbomachinery design and analysis.
Director of Structural Analysis
As Director of Structural Analysis, Mr. Boyadjis has nearly 25 years of diverse experience in the analysis and design of rotating equipment. An expert user of Pro/Engineer, his specialty is complex 3-D solids modeling of pump and compressor casings for stress and vibration analysis using advanced finite element techniques.
Mr. Bishop received his BS in Mechanical Engineering from Rensselaer Polytechnic Institute.
In his senior year at RPI, Jim was tasked with engineering, fabricating and testing a continuous purge system for General Electric. This system was designed to prevent the collection of nano-sized water droplets present in superheated steam from forming on the tips of instrumentation installed in their steam turbines. The completed system was installed and tested at the GE steam turbine facility in Schenectady, NY and a refined version of the original design was put into production and is currently in use today.
Jim also held a 3 year position in the Combustion and Energy Systems Laboratory, a research group in the Mechanical, Aerospace, and Nuclear Engineering Department at Rensselaer Polytechnic Institute. The purpose of this work was to perform unique research in the areas of combustion, energy, and propulsion with the aim of understanding complex reacting systems via the application of advanced experimental techniques. His primary role was head machinist and fabricator in addition to assisting with testing. He worked with the research teams, providing input from a manufacturing feasibility standpoint, to design and create any test devices, fixtures, or structural supports needed for the test rigs. Major fabrication projects included a water cooling system for a small scale rocket engine and a combustion chamber with viewing window.
Previous work experience includes 6 years in high voltage substation design, wind farm and solar power generation collection system engineering, and AC and DC power transmission up to and including 765 kV. Following this, he worked for 3 years in renewable energy and combined cycle power plant design, equipment specifications, and project development and siting.
As a motorcycle and automobile repair and restoration enthusiast as well as an avid Do-It-Yourselfer, Jim has developed a wide variety of hands-on skills including metal fabrication, welding, plumbing, electrical wiring, masonry, and wood working. At MSI, he puts these skills to use as manager of the Albany Test Cell facility where he coordinates with project teams located nationwide to develop designs, then fabricates the test rigs and conducts testing.
A Principal Engineer at MSI, Mr. Chapman has been involved with development, testing, and evaluation of machinery systems throughout his career. At Mechanical Technology Incorporated (MTI) he held various engineering positions involved in development of Stirling engines and related mechanical systems. In 1998 Mr. Chapman joined Foster-Miller Inc. (FMI, now Qinetiq North America) when MTI sold much of its technology business to FMI. At FMI, Mr. Chapman was the principal designer of foil bearings and magnetic bearings for a variety of rotating machines ranging from miniature blood pumps and micro gas turbines to energy storage flywheels and high speed blowers. Recently, Mr. Chapman joined MSI following MSI’s April 2009 purchase of the foil bearing business from FMI. He received his BSME Cum Laude from Union College. He is a Certified Category II Vibration Analyst per ISO 18436, a Licensed Professional Engineer, and holds several patents.
Mr. Coppola earned his Bachelor of Science degree in mechanical engineering from The College of New Jersey. During his time there, he took part in a program funded by the National Science Foundation (NSF) which brought together students from their respective majors with the goal of designing and building a non-human conductor capable of leading an orchestra, using a combination of robotics and screen-based interfaces. Jason’s main contribution was in the development of robotic movement and synchronization.
At MSI, Jason has had extensive experience with FEA software such as Pro/Engineer, Pro/Mechanica, ANSYS Multiphysics, and ANSYS Workbench. He has performed stress, modal, fatigue, and seismic analyses for various turbomachinery applications. Jason has also been an active member in the development of MSI’s active RPG defeat system. His contributions include construction and analysis of lab and field test hardware.
Outside of the office, Jason has acquired experience with field testing and data acquisition methods, including the use of MSI’s 52 channel B&K Pulse system, accelerometers, strain gauges, microphones, and optical probes. Jason has also gained experience using LabVIEW software for data acquisition as well as writing some custom code.
Erik is a Senior Technical Specialist with a degree in applied sciences and a concentration in photo and video imaging. He is responsible for running high speed cameras for use with the VibVue® vibration analysis system, using video to diagnose vibration issues. He also has a vast knowledge of automotive and machine fabrication with over 20 years experience as a technician.
Mr. Fletcher has an excellent professional background in photography, as well as experience in off-road vehicle construction, operation, and design improvements. Brian is responsible for operating MSI’s 20,000 frame/second Redlake (Kodak) high speed camera and software. Brian applies this ultra-high speed photography, for example, to document non-lethal munition impacts to determine energy-dispersal effectiveness and reliability, and to study centrifugal pump impeller flow streamlines and cavitation bubble formation and collapse.
Individual particles, fragments, or bubbles (among thousands) can be tracked in terms of trajectory and velocity. Brian has also played an important role in hardware construction for MSI’s successful RPG (Rocket-Propelled Grenade) Defeat project for the U.S. Marine Corps. funded through the Office of Naval Research.
Brian is also a proficient machinist, fabricating steel and high-strength aluminum components and assemblies. Brian also uses MSI’s 35-channel PULSE FFT analysis hardware and software to determine vibration levels and frequency spectra for pumps, turbines, compressors, and all types of turbomachinery operating in the field. On the analytical front, Brian performs 3D solids modeling using Pro/Engineer software.
As Director of Software Engineering at MSI, Dr. Frolov is heading the VibVue® product development and other computer vision projects. He brings over 20 years of experience leading research and development of products and technologies in different areas. His expertise spans several industries, including software development, aerospace, renewable energy, broadband communications and semiconductor manufacturing.
Prior to joining MSI, Dr. Frolov led product development of solar-powered unmanned aircraft and related programs at Sunlight Aerospace. He also designed and implemented a new flight control system for autonomous formation flight at high altitudes. Before that, he was the VP of Sunlight Photonics where he created and patented new high-efficiency thin-films solar cells and other renewable power systems. Before Sunlight, Dr.Frolov was the Director of Device Design at Inplane Photonics, leading optical design efforts in integrated planar lightwave circuits and waveguide amplifiers. Prior to Inplane, Dr. Frolov worked at Bell Laboratories, Lucent Technologies as a principal researcher and a member of technical staff. He led studies of optical and electronic processes in novel materials using various advanced spectroscopic tools such as ultrafast laser spectroscopy. Dr. Frolov holds an MS degree in Applied Mathematics from the Moscow Institute of Physics and Technology and a PhD degree in Physics from the University of Utah. He has authored more than 30 peer-reviewed publications and currently holds over 60 US patents.
Mr. Grant received his MSc. in Computer Science from the New Jersey Institute of Technology. He is a software developer and engineer with 10 years of experience designing, optimizing, and building software/hardware solutions.
At MSI his area of focus is on creating applications enabling Real Time Communication over the web (webRTC), as well as developing computer vision algorithms utilizing data acquired by high speed sensors.
Mr. Guthrie came to MSI with a background in electrical and hydraulic equipment, obtained while he was serving in the U.S. Navy. Following his Navy activities, Paul graduated from the Chubb Institute, where he majored in computer and networking technology. While employed with MSI, Paul has become skilled in the use of the ROMAC rotordynamics computer programs, and the ANSYS Multiphysics and Pro/Mechanica 3D finite element programs. At MSI, Paul has been involved in military projects, and was a the lead technologist in one of MSI’s nonlethal projectile projects involving magnetorheological fluid viscosity changes in the presence of variable strength magnetic fields. Most of Paul’s efforts have been in the commercial area, and have focused primarily on computer-aided analysis, and onsite modal and ODS vibration and acoustic testing of turbines and compressors at worldwide locations.
Mr. Hurrell graduated from the Chubb Institute, where he majored in computer system technical support, maintenance and network administration. His computer hardware and software skills have played a key role in many projects that MSI has performed on behalf of worldwide customers. Chris’s extensive testing and analytical experiences at MSI have included on-site and remote testing of 64 high speed data channels troubleshooting a large steam turbine for a Southeast Asia power plant, 3D Finite Element Analyses using Pro/Engineer and ANSYS, rotordynamics evaluations of all types of rotating machinery using ROMAC RotorLab, and performing site ODS & impact modal testing and post-test data animations with ME’scope.
Chris participates in many of MSI’s field troubleshooting projects and assists in a variety of commercial and defense analytical projects. He has constructed various types of apparatus for laboratory tests, from biomedical equipment seal tests to nonlethal projectile tests. Along with his lab and field duties, Chris is also Assistant Administrator of MSI’s high speed network and Itanium parallel processing/ Intel servers.
Mr. Ivashchenko is a graduate of Cornell University with a BS in Mechanical Engineering and an MEng in Aerospace Engineering. He also studied abroad for a semester at Berlin’s Freie Universität. At MSI, he works on a variety of projects, including pump structural and CFD fluids analysis, machinery diagnostics through acoustic imaging, and munitions development. He has good knowledge of various CAD and FEA major software programs, including Pro/Engineer Wildfire, Pro/Mechanica, and the ANSYS Workbench suite, and is also at home in the laboratory. Artem is a licensed Professional Engineer in the states of New Jersey, Colorado, Tennessee, and California.
While English is his first language, Artem is fluent in Russian and Ukrainian.
As Director of Computational Fluids Engineering, Dr. Kubrak brings extensive background in CFD and simulation driven design optimization to MSI. He began his career as an aerodynamicist for Formula 1 racing cars in England. Subsequently he held roles at cd-adapco/Siemens Digital Industries in various functions from CFD code validation to technical consulting at Siemens' global engineering services division with Fortune 500 clients in the automotive, power and aerospace sector. He is specialized in deploying Multi-disciplinary Design Optimization and implementing design and analysis software tools and processes for customers. Dr. Kubrak holds a PhD degree in Direct Numerical Simulation from Brunel University in London.
Mr. Lebo received his BS in Chemical Engineering from Rutgers University and started his career in the oil patch doing well construction, including logistics, job design, and planning, and then in-house customer service, support, and sales for O&G operators.
He has also worked as an Application Engineer/Sales Engineer role for pump systems in the Upstream/Midstream O&G, Refinery, Chemical, Power, and Marine industries, where he excelled at finding tailor-made solutions for major multinational corporations, government contractors, foreign state-owned companies, and mid-sized businesses. He has made a career of building partnerships with customers that know it is worth it to take the time to do things right the first time.
At MSI, his focus is on showing the industry the invaluable diagnostic tool of VibVue® and eliminating vibration problems in rotating equipment before they even happen, as well as after.
Mr. Lerche has nearly 20 years of experience in the design, testing, analysis (fluid and structural), and troubleshooting of mechanical equipment and machinery. In addition to his analysis and testing/troubleshooting experience, he has led product development teams in the research and development of new products. He has worked in both research and production environments and is skilled at producing products using a variety of manufacturing methods, including 3D printing and multi-axis machining. He is experienced in the areas of turbomachinery, high pressure fluid control equipment, and shipboard electronic equipment. He has extensive experience with flow-induced vibration of turbomachinery blades, as well as shock and vibration testing and analysis of shipboard electronic equipment. Mr. Lerche has authored and presented several technical papers in the area of turbomachinery and holds two patents in the areas of reciprocating and centrifugal compressors. He holds a B.S. and M.S. in Mechanical Engineering from the University of Texas at Austin and the University of Texas at San Antonio, respectively. At Mechanical Solutions, Inc., Mr. Lerche is responsible for business development and providing solutions to the most challenging issues with industrial machinery.
Mr. Loffredo earned his BSME degree from the Pennsylvania State University in 2014. Before joining MSI in 2018, he worked in Pittsburgh with engineering consultants on problems relating to electric rotating machinery for power generation. He has performed various in-depth stress and fatigue evaluations on rotating components of large turbo/hydro generators and induction motors. His finite element and classical analysis skills also include modal and thermal modeling, and he has supported mechanical failure root cause determinations as well as inspection & repair recommendations. Bill has also frequently traveled on-site to perform impact testing, modal analysis, ODS analysis, heat & ventilation testing, and measure/modeling of machine assemblies. In addition to testing and analysis, Bill has become a proficient MATLAB programmer to assist in analyzing vibration data.
As an MSI consultant, Mr. Netzel has more than forty years of experience in the design, application and troubleshooting of mechanical seals and sealing systems for rotating equipment. This experience includes twenty years of service as chief engineer for John Crane Inc. His project work has included all types of seals for liquid as well as gas applications for pumps, compressors and pressure vessels. He has authored chapters for the McGraw-Hill Pump Handbook, Centrifugal Pump Handbook, and Compressor Handbook, and numerous presentations and technical papers published through the International Pump Symposium, STLE, ASME, BHRA, AISE, SAE and various trade publications. His primary professional focus has been on improving equipment reliability. He is a Fellow of the Society of Tribologists and Lubrication Engineers (STLE), and a past member of the Board of Directors of STLE. He is also past chairman of the ASME/STLE International Tribology Conference, and past chairman of the Seals Technical Committee for STLE. He is a long time member editorial advisory board for three trade publications, including Pumps & Systems magazine. He holds a BSME from the University of Illinois, and five patents in seal technology.
A Senior Staff Engineer at MSI, Mr. Olasin, began his career at Picatinny Arsenal performing munitions development, and over the last 25 years has gained experience in a wide variety of analysis and test validation projects, much of this effort on behalf of Defense and Aerospace prime contractors. Mr. Olasin has also held engineering positions at Allied Signal Aerospace, where he preformed finite element stress/vibration analyses of Hubble Space Telescope and Space Shuttle electronics; at G.E./Lockheed Martin Missiles and Space Co., where he performed satellite structure finite element analyses that included coupled loads and thermo-elastic stress; at Howmedica, Inc., where he assessed skeletal-implant fatigue via combined finite element analysis and testing, as well as non-linear and super-element techniques; and at KDI Triangle, Inc., where he assessed thermal stress of microwave telecommunications equipment. At MSI, Mr. Olasin has led MSI’s nonlethal penetrator program for the Army, and is manager of MSI’s project to develop advanced thermo-electric energy conversion modules for fire protection systems and energy recovery systems. He holds a BSME degree from the New Jersey Institute of Technology, and a Master of Mechanical Engineering degree from Stevens Institute of Technology. He is Past Chair of the North Jersey Section of ASME.
Dan Owens has an excellent background in off-road vehicle construction, operation, and design improvements. Dan has played an important role in hardware construction for MSI’s successful RPG (Rocket-Propelled Grenade) Defeat project for the U.S. Marine Corps. funded through the Office of Naval Research.
Dan’s hands-on work includes rig and prototype construction, and on-site testing. He is an excellent machinist, fabricating aluminum and steel components in MSI’s Prototype Machine Shop. Dan also uses MSI’s 35-channel PULSE FFT analysis hardware and software to determine vibration levels and frequency spectra for pumps, turbines, compressors, and all types of turbomachinery operating in the field.
Dan has an Associates Degree in Science.
As MSI’s Director of Business Development, Mr. Pasho combines his 20 years of technical and business background to identify and execute on market opportunities for MSI’s services and innovations. He is responsible for commercialization of MSI’s research, and corporate partnerships. Previous employers include Schlumberger, NextEra Energy, and Octave Communications (now Polycom). He holds an MBA from the F.W. Olin School of Business at Babson College, and an undergraduate degree in chemical engineering from Worcester Polytechnic Institute.
Mr. Platt has extensive experience conducting and overseeing a wide range of computer modeling and simulation work, as well as MSI’s advanced turbine sensor NSMS (Non-contacting Stress Measurement System) and high-speed video object characterization efforts. He was previously the Principal Investigator on several U.S. Navy, Air Force and NASA funded programs to develop methods for high speed continuous blade health monitoring for turbine engines and characterization of test range articles.
A Senior Principal Engineer at MSI specializing in laboratory and field testing, Mr. Prisco has 30+ years of experience in the development and test of all types of machinery and electrical equipment. He has managed the design, manufacturing, testing, and field service start-up of gas and steam turbine electric power generator sets. He also has experience in the design and test of standby power generators, cogeneration systems and switchgear from his prior tenures at Mechanical Technology Incorporated (MTI), Foster-Miller Inc., and Sulzer Turbosystems International. At MSI, his focus is on developing new business opportunities for turbine-generators and foil bearings, and performing field service and troubleshooting activities on turbines, generators, and other plant and process equipment. Mr. Prisco has a BSEE degree from Lowell University and holds three patents.
In the analytical arena, Tim Shields has performed thermal-fluid and mechanical analysis of various sorts. He is also proficient in the lab, using advanced signal analysis methods to devise testing protocols for MSI’s various project efforts. He has experience working mechanical engineering research through from initial concept formation to prototype design, and from there to fabrication and proof-of-concept testing.
In the office, Tim is proficient using both the MATLAB and LabVIEW programming environments for engineering design analysis, and data analysis, respectively. Some of Tim’s work has included evaluating coulomb damping and stiffness characteristics of foil bearing designs, identifying (via data processing techniques) the transient behavior of electrically-coupled high speed gas turbine generators, and creating diagnostic algorithms for the detection of faults in non-rotating machinery such as valves. He also played a primary role in the development, design, prototyping, and testing of a novel high pressure, high temperature impingement jet cooling system which utilized CO2 as an environmentally benign refrigerant, for an insensitive munitions application.
In the lab, Tim has experience creating tests to explore design concepts, validate prototype functionality and simulate common failure modes in machinery. His testing experience includes hydraulics, high pressure and temperature fluid systems, rotating and non-rotating machinery, heat transfer, and energy harvesting “green” technologies. Tim has worked on successful custom instrumentation that has experienced temperatures over 1,200°F, rotor speeds over 90,000 RPM, and radiologically hot zones at a nuclear power plant.
Tim’s capabilities in both the office and lab environments allow smooth project transitions from on-paper design to demonstrable hardware. He holds a BSME from Rensselaer Polytechnic Institute and is a Certified LabVIEW Associate Developer.
Mr. Weiss is heavily involved in troubleshooting rotating machinery problems, routinely traveling across the country to power plants and other industrial facilities to resolve machinery vibration issues. In addition to on-site testing and data collection, he is also deeply involved in post-processing and data analysis, often writing custom software routines to reduce large data sets into select graphical outputs that allow MSI engineers to quickly identify machinery faults and offer quick solutions to customers. He is an expert in data acquisition techniques for vibration applications, with intimate knowledge of DAQ hardware, data sampling methods, and time and frequency-domain mathematical techniques. He has coordinated measurements ranging from one to dozens of channels, sampling from a few Hz up to several Mega-Hz, and recording from a few seconds to a few days.
In addition to field troubleshooting of industrial machinery, Mr. Weiss is also leading the development of several software products using LabVIEW. He is packing the machinery know-how of the entire MSI staff into several software programs currently under development as part of various government-sponsored research programs. His software is used to monitor the health of common turbomachinery installations, to measure the stress and damage accumulation of bladed disks using innovative non-contacting methods, and to provide harmonic excitation to devices under test for experimental modal analysis as well as many other applications.
Mr. Weiss joined MSI part time as a student in 2005, and full time in 2008. He holds Bachelor of Science and Master of Engineering degrees in mechanical engineering from Cornell University. He is a Certified LabVIEW Architect and lead’s MSI’s membership in the National Instruments Alliance Partner Program.