Partner
Current
Apr 2022 - Present
AeroLeads people directory · profile
Matthew Hancock, Ph.D. Email & Phone Number
Consultant, Expert in Microfluidics, Heat/Mass Transfer, Surface Tension & Wetting | MIT PhD, ACE | Partner at Veryst Engineering, LLC
at
Veryst Engineering, LLC
1 work email found
@veryst.com
2 phones found area 617
LinkedIn matched
✓ Verified July 2026
4 data sources
Profile completeness 100%
Current company
Role
Consultant, Expert in Microfluidics, Heat/Mass Transfer, Surface Tension & Wetting | MIT PhD, ACE | Partner at Veryst Engineering, LLC
Location
Newton Highlands, Massachusetts, United States
Who is Matthew Hancock, Ph.D.? Overview
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Quick answer
Matthew Hancock, Ph.D. is listed as Consultant, Expert in Microfluidics, Heat/Mass Transfer, Surface Tension & Wetting | MIT PhD, ACE | Partner at Veryst Engineering, LLC at Veryst Engineering, LLC, based in Newton Highlands, Massachusetts, United States. AeroLeads shows a work email signal at veryst.com, phone signal with area code 617, and a matched LinkedIn profile for Matthew Hancock, Ph.D..
Matthew Hancock, Ph.D. previously worked as Partner at Veryst Engineering, Llc and Managing Engineer at Veryst Engineering, Llc. Matthew Hancock, Ph.D. holds Doctor Of Philosophy (Ph.D.), Environmental Fluid Mechanics from Massachusetts Institute Of Technology.
Company email context
Email format at Veryst Engineering, LLC
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*@veryst.com
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AeroLeads found 1 current-domain work email signal for Matthew Hancock, Ph.D.. Compare company email patterns before reaching out.
Profile bio
About Matthew Hancock, Ph.D.
I am a partner at Veryst Engineering, an engineering consulting firm based in Boston. I have an extensive background in fluid mechanics and microfluidics modeling and simulation, including wetting of textured surfaces, surface tension effects, heat and mass transfer, fluid-structure interaction, wave motion, and multiscale analysis. My approach to problem solving and design optimization involves a hierarchy of tools including scaling arguments, analytic techniques, lumped parameter models, and computational simulations. I have co-authored dozens of peer-reviewed research articles in journals such as Nature Materials, Lab on a Chip, Small, and Biomaterials. To date, my research has been cited more than 2500 times.I have worked in academic, medical, and industrial settings, both as project lead and as a model-based engineering consultant. Prior to joining Veryst Engineering, I was a Visiting Scientist at the Broad Institute of Massachusetts Institute of Technology and Harvard University, a postdoctoral research fellow at both Harvard Medical School and Pennsylvania State University, and a lecturer in the Department of Applied Mathematics at the Massachusetts Institute of Technology. I received my Ph.D. in Environmental Fluid Mechanics from the Massachusetts Institute of Technology in 2005 and the Advanced Certificate for Executives in Management, Innovation and Technology (ACE) from the MIT Sloan School of Management in 2017.Specialties: Mathematical modeling and simulation for microfluidics, heat transfer, chemical/mass transport and mixing, self-assembly, surface tension effects, solid-fluid interaction, wave propagation; multiple scales analysis; numerical analysis. Integration of theory and experimental observations to achieve accurate predictions of physical phenomena. COMSOL Certified Consultant.
Listed skills include Microfluidics, Mathematical Modeling, Fluid Mechanics, Numerical Simulation, and 33 others.
Current workplace
Matthew Hancock, Ph.D.'s current company
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8 roles
Matthew Hancock, Ph.D. work experience
A career timeline built from the work history available for this profile.
Managing Engineer
Aug 2017 - Apr 2022
Senior Engineer
I have established a fluid mechanics and microfluidics engineering consulting practice within Veryst that involves problem solving, troubleshooting, modeling, and simulation in a wide range of fluidic areas applied to product development, including• Flow and mixing within microchannels• Surface tension and wetting phenomena (Marangoni & curvature pressure flows, wicking, capillary valves, leakage prevention)• Chemical transport and heat transfer within fluids (flow cells, bioinspired cooling)• Fluid-structure interaction• Micropumps• For more, please see https://www.veryst.com/services/simulation-analysis/computational-fluid-dynamics-cfdIn collaboration with the multiphysics team at Veryst, we combine the above physics with• Acoustics• Electro-chemistry• Low frequency electromagnetics• Heat transfer• Solid mechanics• For more, please see https://www.veryst.com/services/simulation-analysis/multiphysics-modeling
Jan 2014 - Jul 2017
Visiting Scientist, Technology Labs
• Designed, simulated, and led development of microfluidic tools for diagnostics and genomics applications.
Jun 2012 - Jan 2014
Research Fellow, Dept. Of Engineering Science & Mechanics
• Mathematical and computational modeling of droplet and fluid motion on directional nanofilms in microfluidic devices, including device design and applications• Co-authored 3 articles published in Nature Materials, Advanced Functional Materials, and MRS Bulletin
Dec 2011 - May 2012
Research Fellow, Center For Biomedical Engineering
• Modeling, design, & optimization of microfluidic devices for surface patterning, drug delivery, microwell assays, and material synthesis including gradient hydrogels• Self-assembly for bottom-up tissue engineering• Roles/tasks: conceiving ideas, project planning and management, device design, analysis, simulation, paper writing• Co-authored 14 articles published in Small, Lab on a Chip, Biomaterials, Drug Discovery Today, etc.
Sep 2008 - Aug 2011
Instructor In Applied Math
• Wetting of bioinspired textured surfaces• Microfluidics• Surface tension effects• Instructor for courses on partial differential equations, introductory solid & fluid mechanics, and methods in applied mathematics
Sep 2004 - Aug 2008
Software Developer
Watcom (Now Sybase Waterloo)
• Jan-Apr 1994, Sep-Dec 1994, May-Aug 1995• Intern, Watcom SQL database team• C, C++ programming for SQL ODBC driver
May 1995 - Aug 1995
4 education records
Matthew Hancock, Ph.D. education
Doctor Of Philosophy (Ph.D.), Environmental Fluid Mechanics
Massachusetts Institute Of Technology
Advanced Certificate For Executives In Management, Innovation And Technology (Ace)
Mit Sloan School Of Management
Masters In Mathematics, Applied Mathematics
University Of Waterloo
Bachelor'S Degree, Double Major In Pure And Applied Mathematics
University Of Waterloo
FAQ
Frequently asked questions about Matthew Hancock, Ph.D.
Quick answers generated from the profile data available on this page.
What company does Matthew Hancock, Ph.D. work for?
Matthew Hancock, Ph.D. works for Veryst Engineering, LLC.
What is Matthew Hancock, Ph.D.'s role at Veryst Engineering, LLC?
Matthew Hancock, Ph.D. is listed as Consultant, Expert in Microfluidics, Heat/Mass Transfer, Surface Tension & Wetting | MIT PhD, ACE | Partner at Veryst Engineering, LLC at Veryst Engineering, LLC.
What is Matthew Hancock, Ph.D.'s email address?
AeroLeads has found 1 work email signal at @veryst.com for Matthew Hancock, Ph.D. at Veryst Engineering, LLC.
What is Matthew Hancock, Ph.D.'s phone number?
AeroLeads has found 2 phone signal(s) with area code 617 for Matthew Hancock, Ph.D. at Veryst Engineering, LLC.
Where is Matthew Hancock, Ph.D. based?
Matthew Hancock, Ph.D. is based in Newton Highlands, Massachusetts, United States while working with Veryst Engineering, LLC.
What companies has Matthew Hancock, Ph.D. worked for?
Matthew Hancock, Ph.D. has worked for Veryst Engineering, Llc, Broad Institute Of Mit And Harvard, The Pennsylvania State University, Brigham And Women'S Hospital, and Massachusetts Institute Of Technology.
How can I contact Matthew Hancock, Ph.D.?
You can use AeroLeads to view verified contact signals for Matthew Hancock, Ph.D. at Veryst Engineering, LLC, including work email, phone, and LinkedIn data when available.
What schools did Matthew Hancock, Ph.D. attend?
Matthew Hancock, Ph.D. holds Doctor Of Philosophy (Ph.D.), Environmental Fluid Mechanics from Massachusetts Institute Of Technology.
What skills is Matthew Hancock, Ph.D. known for?
Matthew Hancock, Ph.D. is listed with skills including Microfluidics, Mathematical Modeling, Fluid Mechanics, Numerical Simulation, Research Project Management, Experimental Design, Surface Tension Effects, and Biomedical Engineering.
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