Optimizing building heating and cooling systems for maximum efficiency

• Director of Engineering with 18 direct reports including managers and individual contributors in a multicultural environment• Restructured and refocused the department. Hired 7 new people, lead the development of new SOPs, and created clear roles and responsibilities within the department • Promoted several engineering personnel to higher position roles • Provided leadership to the SCAI Engineering Department by leading efforts in project management, new technology development… Show more • Director of Engineering with 18 direct reports including managers and individual contributors in a multicultural environment• Restructured and refocused the department. Hired 7 new people, lead the development of new SOPs, and created clear roles and responsibilities within the department • Promoted several engineering personnel to higher position roles • Provided leadership to the SCAI Engineering Department by leading efforts in project management, new technology development, product development, sustaining engineering and all technical activities including production of cryogenic equipment• Oversaw the adherence of products to CE, UL as well as various medical industry requirements • Lead the company in IP management and IP development. Coached engineering staff in identifying, developing and filing patent applications• Introduced new tools such as FEA and CFD modeling and analyses• Ensured compliance of the engineering department with all established company procedures and polices• Promoted safety culture in both engineering labs and on the production floor• Influenced a global engineering organization to secure product quality and customer support Show less

• Led and managed the development and optimization of non-conventional gas separation processes and relevant equipment utilizing all available means such as modeling, lab experiments, full industrial scale tests and project management tools• Developed and commercialized new distillation column elements resulting in better column internal design, column height reduction and column cost reduction saving company millions of dollars• Analyzed operation of the water treatment plant and… Show more • Led and managed the development and optimization of non-conventional gas separation processes and relevant equipment utilizing all available means such as modeling, lab experiments, full industrial scale tests and project management tools• Developed and commercialized new distillation column elements resulting in better column internal design, column height reduction and column cost reduction saving company millions of dollars• Analyzed operation of the water treatment plant and suggested changes to eliminate cavitation of the water pumps resulting in elimination of the unscheduled pump services and premature pump replacements. As a result, water treatment plant designs were changed resulting in better plant quality• Developed new more efficient heat exchanger surfaces for the Main Heat Exchanges of Air Separation Units• Filed and attained a multitude of Patent Applications and Trade Secrets• Led and managed cross functional teams ensuring product delivery on time and within budget Show less

• Led and managed the development and optimization of non-conventional gas separation processes and relevant equipment utilizing all available means such as modeling, lab experiments and full industrial scale tests• Developed and commercialized new distillation column elements resulting in better column internal design, column height reduction and column cost reduction saving company millions of dollars• Analyzed operation of the water treatment plant and suggested changes to eliminate… Show more • Led and managed the development and optimization of non-conventional gas separation processes and relevant equipment utilizing all available means such as modeling, lab experiments and full industrial scale tests• Developed and commercialized new distillation column elements resulting in better column internal design, column height reduction and column cost reduction saving company millions of dollars• Analyzed operation of the water treatment plant and suggested changes to eliminate cavitation of the water pumps resulting in elimination of the unscheduled pump services and premature pump replacements. As a result, water treatment plant designs were changed resulting in better plant quality• Developed new more efficient heat exchanger surfaces for the Main Heat Exchanges of Air Separation Units• Filed and attained a multitude of Patent Applications and Trade Secrets• Led and managed cross functional teams ensuring product delivery on time and within budget Show less

• Responsible for the development and implementation of numerical modeling techniques for high and low temperature processes, such as combustion and cryogenic freezing• Responsible for system development and processes of various market segments. Segments included glass, ferrous, non-ferrous, food freezing and environmental markets.• Developed and implemented Oxygen and Air-Oxy-Fuel firing burners for aluminum reverbatory and rotary furnaces• Developed and achieved improvement and… Show more • Responsible for the development and implementation of numerical modeling techniques for high and low temperature processes, such as combustion and cryogenic freezing• Responsible for system development and processes of various market segments. Segments included glass, ferrous, non-ferrous, food freezing and environmental markets.• Developed and implemented Oxygen and Air-Oxy-Fuel firing burners for aluminum reverbatory and rotary furnaces• Developed and achieved improvement and optimization of equipment and systems• Performed Lab and Full Scale Industrial testing• Consulted and provided technical support to the sales organization leading the commercialization of the developed technologies• Promoted from Principle Development Engineer to Sr. Principle Development Engineer Show less

• Supported projects by utilizing mathematical modeling and analyses, including CFD technology• Developed techniques for modeling of glass furnaces with oxygen enhanced firing systems• Developed and validated simplified models of a glass furnace combustion space• Promoted from Principle Development Engineer to Sr. Principle Development Engineer

• Managed an R&D group of 3 Engineers and 2 Technicians• Optimized thermal regimes for various devices and systems using modeling techniques, laboratory and full industrial scale tests • Developed new techniques in measurements of physical and electrical properties of various materials• Developed a new type of heat exchangers