Benjamin Sheyko
Board Member at Forever Analytical Services, Inc.- Claim this Profile
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Bio
Experience
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Forever Analytical Services (FAS)
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United States
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Environmental Services
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1 - 100 Employee
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Board Member
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Dec 2022 - Present
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The IDEA Center at the University of Notre Dame
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United States
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Education Administration Programs
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1 - 100 Employee
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Technology Validation Manager
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Feb 2020 - Present
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AgenDx Biosciences
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South Bend, Indiana Area
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Senior Development Scientist
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Oct 2017 - Nov 2019
Cancer and Rare Disease Diagnostics Research and Development • Led the assay development team of molecular diagnostic startup company • Developed diagnostic platform comprised of various technologies including: - Microfluidics and surface immobilized probe/target systems • Extensive experience modeling diffusive/reactive systems • Developed company’s quality system • Led the design failure mode effects analysis (dFMEA) of the diagnostic platform • Functioned effectively as a member of a multidisciplinary team • Transferred technologies from university/research setting to a commercial setting • Regularly interfaced with executive board and fundraising team • Generated intellectual property through patent review and writing Show less
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Siemens Healthineers
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Hospitals and Health Care
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700 & Above Employee
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Scientist 2 - Urinalysis Technical Operations
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Nov 2014 - Mar 2017
Point of Care Diagnostics • Identified and corrected issues related to the manufacturing of diagnostic reagents through root cause analysis • Led reagent manufacturing process improvement projects by designing and implementing formulation and process changes to improve productivity efficiencies, production quality, and waste reduction • Utilized quality-based decision-making tools for formulation and process changes including: - Process failure mode and effects analysis (pFMEA), risk assessments, and process characterization • Applied lean manufacturing and Six-Sigma principles within a continuous process improvement manufacturing environment • Provided technical input on the development and revision of numerous types of documentation including: - Manufacturing batch records, work procedures, and raw material specifications • Supported Siemens Point of Care Diagnostics R&D group in the redesign and scale-up of various manufacturing processes • Supported the consolidation of Siemens Healthcare Northern Indiana sites by characterizing existing manufacturing processes to assist in the purchase of new manufacturing equipment including: - Batch stirred tank reactors and related equipment, web-handling machines, flotation dryers, various control systems, packaging equipment, and other specialty manufacturing equipment • Worked within FDA and ISO 13485 regulatory requirements for experimentation, validation, and manufacturing practices • Coordinated and led trial manufacturing runs of reagent production in accordance with changes in customer requirements • Led investigations of customer complaints related to reagent product issues and field failures • Successfully worked independently and within teams to manage and solve open-ended technical problems Show less
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Georgia Institute of Technology
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United States
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Higher Education
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700 & Above Employee
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Graduate Researcher
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Aug 2011 - Dec 2014
Thesis: Quantifying the influence of aerosol particles on ice nucleation rates in large scale atmospheric models • Developed novel modeling tools to investigate aerosol-cloud-climate interactions in global models with applications in: - Data assimilation, sensitivity analysis, statistical model generation, uncertainty quantification, model linearization, parameterizing physical processes involving reactions/transport • Applied engineering principles to technical, open-ended problems as a member of a diverse team of researchers consisting of physicists, earth scientists, computer scientists, and engineers • Adapted to a new domain of research, learning subjects including: - Air quality regulations, atmospheric chemistry and physics, large scale dynamics, data analysis, and computer simulations Show less
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Purdue University
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United States
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Higher Education
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700 & Above Employee
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Undergraduate Research Assistant
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May 2010 - Aug 2010
Project: Metabolic flux analysis of algae for optimizing lipid growth for biofuel production • Quantified the effects of metabolic engineering on lipid production in Chlamadymonas reinhardtii using experimental approaches Project: Metabolic flux analysis of algae for optimizing lipid growth for biofuel production • Quantified the effects of metabolic engineering on lipid production in Chlamadymonas reinhardtii using experimental approaches
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Purdue University
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United States
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Higher Education
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700 & Above Employee
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Intern
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May 2009 - Dec 2009
Project: Synthesis of Cinnamic acid analogue glycosides in metabolically engineered yeast • Developed experimental procedures for the synthesis of useful small molecules in common cells • Improved existing HPLC/UV-Vis method for quantifying experimental yields • Optimized small molecule production through various design of experiments (DOE) • Increased process throughput by automating product purification and collection methods Project: Synthesis of Cinnamic acid analogue glycosides in metabolically engineered yeast • Developed experimental procedures for the synthesis of useful small molecules in common cells • Improved existing HPLC/UV-Vis method for quantifying experimental yields • Optimized small molecule production through various design of experiments (DOE) • Increased process throughput by automating product purification and collection methods
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Education
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Georgia Institute of Technology
Master of Science - MS, Chemical and Biomolecular Engineering -
Purdue University
Bachelor of Science (BS), Chemical Engineering