Expert Details
New Product Development in Energy and Water.
ID: 727742
Wisconsin, USA
Focus on the Finish Line - they work backwards. They create a vision of where they want to be at the end of the process, from both a market "positioning" and a technology perspective.
Platforms - Use "patient capital" to invest in a fundamentally better "platform", which will allow rapid and inexpensive introduction of variations and improved models as time passes. This is also called "Multi-Generational Product Development".
Options - In innovation, things don't always go as expected. The probability of success can be greatly enhanced by identifying multiple options. If one approach fails, a backup is ready.
"Trim the Tree" - One can't have it all. To get something, one must often give up something. Early decisions to trim non-essentials from the project scope promote faster and less expensive development efforts.
A practical methodology of risk assessment and mitigation to safeguard the profitability of New Product Development projects, customized equipment projects, and other projects with novel or "first time" aspects leading to elevated risk.
He was hired by Continental Corporation to diagnose the contributing factors to explosions they had been experiencing in their coal gasifiers. Subsequently hired to perpare written operating procedures consistent with safe operating practice.He was hired by Cleaver Brooks to perform math modeling of their heat recovery unit, and recommend changes for improvement.He was hired by Siemens Water Technologies to prepare test approach and interface with Engineer for NY City when wastewater aeration equipment failed first round of testing. Equipment subsequently passed test.Traveled to Sweden a number of times over six months to successfully troubleshoot a fluidized bed wastewater process.Traveled to Singapore in two unrelated instances of troubleshooting mechnical failures and material failures in process equipment. Presentation on findings left clients satisfied.
Education
Year | Degree | Subject | Institution |
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Year: 1975 | Degree: MSME | Subject: thermodynamics, computer modeling, energy efficiency and heat transfer | Institution: Marquette University |
Year: 1973 | Degree: BSME | Subject: mechanical engineering | Institution: Marquette University |
Work History
Years | Employer | Title | Department |
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Years: 2008 to Present | Employer: Undisclosed | Title: CEO/Managing Member/Owner | Department: Swing Research |
Responsibilities:He founded Swing Research to develop energy efficient technologies having significant impact, and help clients reduce their energy costs. |
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Years | Employer | Title | Department |
Years: 1990 to 2007 | Employer: Siemens Water Technologies | Title: R&D Director | Department: |
Responsibilities:Manage the R&D function. Member of Senior Staff. |
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Years | Employer | Title | Department |
Years: 1988 to 1990 | Employer: Xcel Group | Title: VP | Department: |
Responsibilities:Market and perform energy and environmental consulting services. |
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Years | Employer | Title | Department |
Years: 1975 to 1988 | Employer: Allis Chalmers Coal Gas Corporations | Title: Manager Gasification Engineering | Department: |
Responsibilities:Manage the process and mechanical design of a 50 MW pressurized rotary kiln coal gasifier, write test plans and equipment specifications, and close energy balances around plant to within 5%. |
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Years | Employer | Title | Department |
Years: 1972 to 1974 | Employer: General Electric Medical Systems | Title: Co-op Student | Department: |
Responsibilities:troubleshoot material failures |
Government Experience
Years | Agency | Role | Description |
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Years: to Present | Agency: Wisconsin Energy Conservation Corporation | Role: subcontractor | Description: prepare report entitled "Window of the Future" |
Years: 2011 to 2011 | Agency: National Science Foundation | Role: Principal Investigator | Description: Manage Phase I SBIR grant ($150K) |
Years: 2011 to 2012 | Agency: Department of Energy | Role: Principal Investigator | Description: Manage Phase I SBIR grant ($150K) |
Years: 2012 to 2013 | Agency: Department of Energy | Role: Principal Investigator | Description: Manage Phase I SBIR grant ($150K) |
International Experience
Years | Country / Region | Summary |
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Years: 2002 to 2003 | Country / Region: Singapore | Summary: Traveled to Singapore on two unrelated troubleshooting incidents. |
Years: 1998 to 1999 | Country / Region: Sweden | Summary: Treveled four times to Sweden to troubleshoot a fluidized bed. Client remarked favorably that every time Consultant came over, the equipment worked better than before. |
Years: 2004 to 2004 | Country / Region: China and Hong Kong | Summary: He traveled to China to witness testing of a mold for a large plastic part, and to provide sign off. |
Years: 1994 to 1994 | Country / Region: England | Summary: Toured R&D projects throughout various locations of his company in England. |
Career Accomplishments
Associations / Societies |
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Past member of: Wisconsin Association of Research Management, Industrial Research Institute, American Society of Chemical Engineers, Water Environment Federation, Society of Vacuum Coaters |
Licenses / Certifications |
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Professional Engineer (WI) |
Awards / Recognition |
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Bausch & Lomb Science Award Winner, Most Valuable Paper in ChemTech |
Publications and Patents Summary |
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He has 13 patents and four patent applications pending |
Additional Experience
Vendor Selection |
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Sourced high temperature cyclones, custom castings and fabricated machinery in high temperature metals |
Marketing Experience |
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He has insights and opinions on viability of most of the new technologies being worked on in the conventional energy, alternative energy and energy efficiency fields, from both a technical and a business perspective. |
Other Relevant Experience |
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He has expertise in risk management and safety consulting, particularly where explosion risk is involved. |
Fields of Expertise
conservation of energy, energy, energy analysis software, energy auditing, energy efficiency, energy engineering, energy recovery, energy recovery system, energy system, energy-efficiency analysis system, energy-efficiency measurement system, energy-efficient biomass gasification, energy-efficient boiler cogeneration, energy-efficient building insulation material, energy-efficient building material, energy-efficient coal gasification, energy-efficient cogeneration, energy-efficient fluid bed boiler, energy-efficient fluid bed dryer, energy-efficient gas turbine cogeneration, energy-efficient gasification, energy-efficient kiln, energy economics, energy consumption, energy-efficient building, energy-efficient glass processing, energy-efficient gas turbine, energy-efficient gas burner, energy-efficient gas boiler, energy-efficient furnace, energy conversion, energy efficient building design, energy-efficient biomass boiler, energy-efficient chemical processing, energy-efficient energy recovery system, biomass energy system, energy conservation