Biomedical Engineering & Biomaterials
Dr. Ameya R. Narkar is a Biomedical Engineer and R&D Leader with extensive experience advancing light-based 3D bioprinting, organ-on-a-chip platforms, and novel biodegradable materials. Holding a Ph.D. in Biomedical Engineering, he bridges foundational material science with scalable bio-fabrication, having co-invented multiple patented 3D bioprinted scaffolds and microfluidic technologies, scaled monomer synthesis units, and optimized printing yields from 30% to over 95%. As a Core Member and Senior Biomedical Engineer at GenesisTissue, Dr. Narkar leads the technical R&D and light-based 3D printing of bioabsorbable scaffolds for regenerative breast tissue reconstruction, anchoring physical characterization and longitudinal degradation testing while driving preclinical animal studies for tissue integration and biocompatibility. With 11 peer-reviewed publications and a history of cross-functional team management, he combines rigorous analytical testing with servant leadership to mature translational biomaterial technologies into transformative regenerative therapies.
Technical Core
Precursor Synthesis & Polymer Formulation
Customizing photopolymer and hydrogel chemistries for cytocompatibility, degradation rate, and tissue-specific biomechanics.
Light-Based 3D Bioprinting
Optimizing light exposure protocols, high-resolution stereolithography/DLP, and microvascular scaffold geometry.
Microfluidics & Organ-on-a-Chip
Designing perfusable microfluidic platforms with functional bio-conjugation and tissue-relevant ECM matrices.
Regenerative Breast Tissue Scaffolds
Anchoring technical R&D and 3D printing of biodegradable and bioabsorbable scaffolds tailored for breast tissue reconstruction.
Teamwork & Leadership Values
Passionate Hard Worker
Working towards a cause, working until the work gets done.
Forward-Looking and Planner
Vigorous debate and meticulous planning to increase the chances of succeeding.
Grit and Determination
Not giving up easily, always striving for perfection.
Genuinely Caring about Team Morale
A servant leader, leading the team by example.
Working Smart
Focused on how to achieve maximum output by strategically deploying the resources on hand.
Shaping the Biomedical Engineering Future
11
Peer-Reviewed Articles
>1000
Citations (h-index: 12)
7
Biomaterials Patents (granded and pendent)
6
Innovation Awards
Research Profiles:
Expertise & Methodology
Laboratory Skills
3D bioprinting (extrusion, light-based), Biomaterials Synthesis, Spectroscopy (FTIR, Raman), Microscopy (SEM, TEM), Mechanical testing (Rheology, Tensile), Cell culture, DLS, NMR
Technical Software
Rhinoceros, MATLAB, Python, ImageJ/FIJI, GraphPad Prism, OriginPro, JMP Pro, EndNote
Project & Team Management Tools
Slack, Jira, ClickUp, MS Teams
Teaching & Mentorship
Student supervision, Laboratory safety training, Public speaking, Technical writing workshops
Instruments & Materials Characterization Expertise
Leica Inverted Microscope
High-resolution optical imaging system designed for live-cell monitoring, tissue constructs, and microfluidic platforms.
Contact Angle Goniometer
Precise surface characterization tool for measuring liquid drop contact angles, surface energy, and wettability.
Scanning Electron Microscope (SEM)
Focused electron beam imaging system providing sub-micron surface topography and high-magnification morphology.
Transmission Electron Microscope (TEM)
High-voltage electron beam microscope for atomic-scale imaging of sample microstructures.
Sputter Coater
Thin-film deposition unit for applying ultra-thin conductive metal coatings to non-conductive samples.
Differential Scanning Calorimeter (DSC)
Thermal analysis instrument for measuring heat flow differences to determine transition points.
Thermogravimetric Analyzer (TGA)
High-precision microbalance system measuring mass changes over controlled temperature ramps.
Dynamic Mechanical Analyzer (DMA)
Oscillatory testing system that measures viscoelastic properties and damping behavior under stress.
Discovery Hybrid Rheometer (RR-DHR3)
Advanced rotational rheometer for evaluating shear stress and viscosity in complex fluids.
Mechanical Testing System (MRDM / TCT)
Universal tensile/compression test frame for evaluating tensile strength and structural mechanics.
FTIR Spectrometer (FTIR)
Infrared spectroscopy system for identifying functional groups and chemical bonds in samples.
X-Ray Diffractometer (XRD)
X-ray diffraction system for determining crystal structure, phase purity, and crystallinity.
Optical Profilometer (FTR)
Non-contact 3D optical profilometer using fringe projection to map surface micro-topography.
Freeze Dryer (Lyophilizer)
Vacuum sublimation unit for preserving delicate biological specimens and fabricating matrices.
Pulse-Driven Thermal Coater (PDTCC)
Customized chamber system for specialized vapor surface coatings and tissue conditioning.
3D Systems Fig 4
High-speed DLP stereolithography 3D printer for ultra-precise plastic prototype components.
MultiJet Printer (MJP)
Multi-nozzle inkjet 3D printer using meltable wax support for smooth polymeric parts.
Allevi 3 Bioprinter
Multi-head pneumatic biofabrication platform for extruding cell-laden bioinks and hydrogels.
Contact
narkar29@gmail.com
PHONE
(425) 691-6469
LOCATION
Denver, CO 80021