Gastops
Ishita Biswas is a Research Scientist specializing in Mechanical Engineering at Gastops since September 2018, where responsibilities include conducting microfluidics research as a representative at the National Research Council of Canada and developing related concepts through numerical analyses and experimental investigation. Prior experience encompasses a role as a Graduate Research Assistant at the University of Alberta from September 2013 to August 2018, where notable contributions involved the discovery of bacterial fouling dynamics in membrane filtration systems and the development of microfluidic devices for wastewater treatment analysis. Earlier work as a Graduate Research Intern at the University of Delaware involved finite element modeling and composite panel fabrication, while a graduate research assistantship at Purdue University Calumet focused on wastewater filtration research. Ishita holds a Ph.D. in Mechanical Engineering from the University of Alberta, a Master's degree from Purdue University Northwest, and a B.Sc. from Chittagong University of Engineering & Technology.
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Gastops
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Gastops designs, manufactures and supports advanced equipment health sensing and analysis products, including on-line oil debris sensors, torque measurement sensors, turbine blade health sensors, and at-line wear debris analyzers. Additionally, we offer a wide range of specialized technical and engineering services to assist in the development of equipment control and monitoring systems, and maintenance of mission-critical assets. We have applied our equipment condition analysis engineering capabilities to develop and execute fleet maintenance programs which transform maintenance from the traditional scheduled or reactive maintenance, to a more proactive condition based approach. This approach has also exposed us to the industry need to provide high performance, responsive, maintenance, repair and overhaul services for high value aviation components. For 40 years, our solutions have been used in Defense, Aerospace, Energy and Marine applications to optimize the availability, productivity, maintenance, performance and safety of mission-critical assets. We offer peace of mind to our customers by supporting the equipment that helps their aircraft fly, ships sail, trains roll, generators generate, and turbines turn.