Dmytro Snisarenko, Phd Email and Phone Number
Embarking on the journey of product or technology development fills me with an unparalleled sense of joy and fulfillment. Just like a child in Disneyland, every new idea to enhance existing processes sparks excitement within me.My career path aligns perfectly with my passion, especially when it comes to filtration/purification and health applications. My journey has been enriched by prestigious scholarships – the Erasmus Mundus Master and Marie Skłodowska-Curie fellowships – providing me with invaluable international exposure in membrane technology for biotechnology, food, and health sectors.One memorable milestone occurred unexpectedly during an airport interview, leading to a fascinating challenge: establishing a new R&D department and leading the development of a membrane fabrication know-how. This endeavor evolved into a thrilling adventure, culminating in my role as Head of R&D, where I spearhead the development of life-enhancing products and manufacturing processes.With a "can-do" mindset, I naturally became the go-to person within the company, trusted to tackle any task or offer guidance and support. This trust extended to leading the setup of a production site overseas in a CEO capacity.Constant growth fuels my professional journey. I acquired new skills in SolidWorks CAD and Lean Six Sigma methodology, enhancing my efficiency as a project manager and a problem solver.Having spent five enriching years at FTR, I redirected my focus to microfluidics technologies for medical applications at Hologic, where I contributed to advancing point-of-care molecular diagnostics platforms.Beyond work, I thrive on connecting with new people, exploring innovative ideas and engaging in almost any sports activity. Professional Skills:Research and Development, Membrane technologies (reverse osmosis, nanofiltration, ultrafiltration, microfiltration, membrane distillation, membrane bioreactors), Water treatment, Air purification, Hemodialysis, Downstream processing, Process development, Continuous improvement, Lean Six Sigma, Good Manufacturing Practices (GMP), Microfluidics, Medical devices, Point-of-care diagnostics, ISO 13485, Quality control, Product & Project management
-
Fluidic Engineer (Sample Pretreatment Lead)Spore.BioParis, Fr
-
Fluidic EngineerSpore.Bio May 2024 - PresentParis, Île-De-France, Fr -
Senior (Lead) R&D EngineerHologic, Inc. Aug 2021 - May 2024Marlborough, Ma, UsAt Hologic, a leading player in the field of molecular diagnostics, specializing particularly in women's health, my role encompasses a range of responsibilities crucial to the development of a new generation of point-of-care testing platform. Key Responsibilities:♦ Lead shelf-life stability investigations of microfluidics consumable aimed at enhancing product robustness under harsher storage conditions for more prolonged periods.♦ Ensure the robustness and efficacy of testing methodologies, including sample size determination, procedural accuracy, and adherence to relevant testing standards, to yield reliable results and conclusions.♦ Serve as the primary technical authority within the team, offering expertise in microfluidics, plastics design, experimental design, and data analysis to drive innovation and precision.♦ Translate product requisites into innovative design concepts, components, and assemblies, aligning with stringent quality system protocols, industry benchmarks, and regulatory guidelines.♦ Facilitate prototype testing initiatives through the development of comprehensive test protocols and the design of specialized fixtures.♦ Contribute to the resolution of product issues and failures, both for existing and new products, by engaging in thorough troubleshooting activities.♦ Foster seamless collaboration and coordination across diverse cross-functional and international teams, ensuring synergy and efficiency in achieving project objectives. -
Head Of R&D ► Development Of Medical Products & Water Treatment Units ♦ R&D Project ManagerFiltration Technology Research (Ftr) Nov 2016 - Aug 2021At Filtration Technology Research (FTR), an R&D subsidiary of Meditechlab, the industry-leading provider of manufacturing equipment for synthetic hollow fibers and dialysis filter assembly lines, I assumed the role of R&D Engineer in 2016, immediately following the completion of my Ph.D. thesis. My initial mandate was to spearhead R&D initiatives in membrane-based water and blood filtration. This encompassed not only formulating new recipes at the laboratory scale but also facilitating technology transfer to industrial-scale production.Over time, my responsibilities expanded, culminating in my current position as Head of R&D. Leading our team, we focus on developing dialysis-related medical products and refining their manufacturing processes. In addition to this, a significant portion of my time was dedicated to liaising with international partners, suppliers, and participating in global exhibitions.Key Achievements:♦ Developed the internal know-how on hollow fiber membrane manufacturing techniques utilizing three distinct polymers (PVDF, PSU, and PES).♦ Conceptualized and engineered a novel compact potable water filter boasting superior filtration efficacy compared to traditional counterparts.♦ Established robust manufacturing and quality control protocols for various filters conforming to ISO 13485 and GMP standards.♦ Orchestrated the establishment of a new manufacturing facility overseas in the capacity of CEO, overseeing all aspects from facility acquisition to staff recruitment.This role has honed my expertise in membrane technology, technology development and technical project management in the domain of water and blood filtration.For a more detailed and complete list of accomplishments, please request my resume by sending a private message or by email (dmitriy.kma@gmail.com).
-
Scientific Researcher (Marie Skłodowska-Curie Early Stage Researcher)Université Paul Sabatier Toulouse Iii Sep 2013 - Nov 2016Toulouse, FrAfter completing my Master's studies, I was lucky to get the prestigious Marie Skłodowska-Curie Research Scholarship. This fellowship granted me the opportunity to contribute to the BioArt project (http://www.bioart-fp7.eu), a collaborative European endeavor focused on groundbreaking research in medical applications.My project within BioArt centered on the development of an innovative microfluidic device tailored to in-depth study of challenges in hemodialysis. A significant milestone was achieved as our laboratory successfully integrated a polymeric membrane within a microchip for the first time.Key Achievements:♦ Engineered a cutting-edge membrane-based microfluidics device, facilitating real-time analysis of protein ultrafiltration under precisely controlled hydrodynamic conditions.♦ Enhanced communication and presentation skills through regular engagement in semi-annual presentations during consortium meetings, effectively conveying project progress and findings.♦ Acquired invaluable hands-on experience within cleanroom environments, honing manufacturing techniques for microchip fabrication.♦ Disseminated research findings through oral presentations at international conferences, including Euromembranes 2015 and WFC 2016, contributing to the global discourse on hemodialysis advancements.♦ Published three research papers in the peer-reviewed journals related to membrane and microfluidic technology.These endeavors underscore my commitment to pushing the boundaries of microfluidics and membrane technology, particularly in the realm of medical applications, and reflect my dedication to driving innovation and advancing healthcare solutions.What to know more about my research – send me a private message. -
Exchange ResearcherUniversiteit Twente Jan 2014 - Apr 2014Enschede, Overijssel, NlOne of the great features of the Marie Curie Fellowship is the possibility of the research secondments. Owing to this opportunity, I spent 4 months at the University of Twente and worked with another Ph.D. researcher of BioArt Project.The objective of this exchange was to merge our previous achievements to get a full-rounded study of the newly developed membranes for blood purification. Despite the short duration of my stay, we managed to perform a pretty sizeable piece of research.Key achievement:♦ Gained hands-on experience in the double-layer hollow fiber membrane fabrication and various fiber characterization techniques. ♦ Published a joint paper in a peer-reviewed journal. -
Research And Development InternGvs Filtration Inc. Feb 2013 - Jul 2013In the last semester of my Master's Program, I had an opportunity to work on my master thesis at the headquarters of an industrial company GVS Group.The GVS Group is one of the world leaders in the manufacturing of filters and components for various applications such as Healthcare, Life Sciences, Automotive, Appliance, Safety, and Commercial & Industrial Filtration.My job was to develop new and optimize existing membrane manufacturing protocols and to transfer the technology to continuous industrial-scale production.Key achievements:♦ I wrote an internal guide for microfiltration membrane development. It described the cause-effect relationships between the different membrane forming conditions.♦ Developed 4 new membrane production protocols. ♦ Successfully transferred the laboratory results of two membranes to industrial-scale production and solved related problems.♦ Provided a 15%-cost saving for the best-selling membrane for biomedical application by developing an optimized fabrication protocol.♦ Received a financial bonus for my R&D contribution.
-
Private Tutor (Chemistry & Mathematics)"Your Tutor" Llc Jan 2009 - Aug 2011Your tutor is an online-based community of private tutors (www.repetitors.info), which helps students of different ages to achieve their educational goals. They range from the comprehension of a given topic to the preparation for academic competitions. Thanks to this platform, I was fortunate to work with some incredible kids and university students. Key achievements: ♦ Worked out a personalized teaching approach for state examination preparation. This method enabled, on average, a 20% grade improvement compared to the initially expected one. ♦ Received a Premium Tutor status. This status means the Top 5% of tutors of the educational platform (based on the clients' feedback).♦ Developed friendly relationships with students and their parents. We are still in contact, many years after we worked together.Mastered skillsTeaching | Organizational skills | Leadership | Active listening | Prioritization of tasks | Time management | Negotiations
-
Quality Assurance InternPharmaceutical Company Darnitsa Jun 2009 - Aug 2009Київ, UaPharmaceutical company Darnitsa is the largest Ukrainian drug manufacturer. After the third year of my Bachelor's studies, I had a chance to work in its QC/QA department.Analytical techniques used:HPLC | UV spectroscopy | Gravimetric analysis | Thin-layer chromatography (TLC)
Dmytro Snisarenko, Phd Skills
Dmytro Snisarenko, Phd Education Details
-
Iut Génie Chimique - Génie Des Procédés De ToulouseProcess And Environmental Engineering -
Universidade Nova De LisboaFood And Health
-
University Of Chemistry And Technology In Prague (Uct Prague)Membrane Materials And Process Engineering
-
University Of MontpellierMembrane Engineering
-
National University Of Kyiv-Mohyla AcademyChemistry
Frequently Asked Questions about Dmytro Snisarenko, Phd
What company does Dmytro Snisarenko, Phd work for?
Dmytro Snisarenko, Phd works for Spore.bio
What is Dmytro Snisarenko, Phd's role at the current company?
Dmytro Snisarenko, Phd's current role is Fluidic Engineer (Sample Pretreatment Lead).
What schools did Dmytro Snisarenko, Phd attend?
Dmytro Snisarenko, Phd attended Iut Génie Chimique - Génie Des Procédés De Toulouse, Universidade Nova De Lisboa, University Of Chemistry And Technology In Prague (Uct Prague), University Of Montpellier, National University Of Kyiv-Mohyla Academy.
What are some of Dmytro Snisarenko, Phd's interests?
Dmytro Snisarenko, Phd has interest in Science And Technology.
What skills is Dmytro Snisarenko, Phd known for?
Dmytro Snisarenko, Phd has skills like Chemistry, Polymers, Membrane, Materials Science, Characterization, Biomaterials, Product R&d, Ultrafiltration, Hemodialysis, Fluorescence Microscopy, Soft Lithography, Chemical Engineering.
Free Chrome Extension
Find emails, phones & company data instantly
Aero Online
Your AI prospecting assistant
Select data to include:
0 records × $0.02 per record
Download 750 million emails and 100 million phone numbers
Access emails and phone numbers of over 750 million business users. Instantly download verified profiles using 20+ filters, including location, job title, company, function, and industry.
Start your free trial