Henry Hanjun Hwang Email & Phone Number

Cambridge, MA, US

Cambridge, Massachusetts, United States

Spatial biology is part of the next generation of genomics sequencing - Vizgen aims to utilize Multiplexed Error-Robust Fluorescence in situ Hybridization (MERFISH), a quantitative and genome-scale imaging technique for identifying and mapping nucleic acids at multiple length scales, for a diverse array of tissue types.

San Diego, California

• The development of three-dimensional bioprinting techniques on micro-/nano-scales stands to greatly aid in solving the technological and translational issues associated with tissue engineering and regenerative.
• Conducted biological and microfluidic experiments for analyzing 3D-printed human microphysiological systems.
• Developed and fabricated complex 3D biological scaffolds and co-culturing with multiple human cell types.
• Prototyped custom manifolds and microfluidic devices via 3D printing and CNC machining.
• Leveraged 3D-bioprinter capabilities across synthetic, bio-derived printable hydrogels, and mammalian cell lines.
• Developed custom hardware and processes for enhanced multi-material 3D bioprinting.

Greater San Diego Area

• Illumina's mission is to improve human health by unlocking the power of the genome. [+] Conducted research into microfluidic techniques for improving Illumina’s DNA-sequencing technology:
• Developed and characterized flushing methods for efficient cleaning of consumable microfluidic flow cells.
• Identified bottlenecks and resolved errors in systems integration workflow for next-gen DNA sequencing platform.
• Designed protocols to minimize experimental variability, improve data collection, and streamline workflow.
• Collaborated and cross-trained with the Consumables and Advanced Technology Development departments to assist in development-to-manufacturing pipeline.
• Presented successful internship results during company poster presentation, as well as final conclusions to high-level members in preparation for continuing projects.

Massachusetts General Hospital

• Rare circulating tumor cells (CTCs) are often present in the bloodstream of those with metastatic cancer, and analyzing these CTCs is useful for clinical diagnostic purposes. We are interested in capturing these CTCs.
• Designed and rapid-prototyped microfluidic structures to improve sample processing throughput and specificity.
• Conducted critical experiments using fabricated microfluidic devices to optimize reagent, operational, and usability requirements for external clinical users.
• Trained users from corporate sponsor Johnson&Johnson on technology design, installation, and usage. [+] Ensured good laboratory practices and safety as Safety Manager; maintained mechanical equipment, quality of.

Cornell University

• Selected to jointly oversee approximately sixty students for introductory biomedical engineering course.
• Conducted office hours, computational tutorials, and labs covering such topics as DNA electrophoresis, microfluidic fabrication/operation, mammalian cell culturing techniques and cell cytotoxicity testing.

Cornell University

• Detailed, working knowledge of biological structural development during morphogenesis can provide understanding of disease paradigms that can affect those structures. We were interested in studying cardiac.
• Performed synthesis, optimization, and characterization of gold nanoparticle colloids.
• Tested nanoparticle cytotoxicity, computerized tomography-based contrast enhancement factors, and injection methodology with avian embryonic cultures.

• Optical imaging of biological tissues is complicated by factors such as tissue depth, laser interaction with tissues, and camera sensitivity. Injectable contrast agents can ease imaging constraints, but must be.
• Synthesized gold and/or silver single-core, dual-core, and core-shell nanoparticle colloids with various geometries and bioconjugated stabilizers.
• Optimized nanoparticle size, geometry, pH-stability, and magnitude of SERS enhancement factor.

Duke University

Worked with fellow council members to provide overarching leadership to resident advisors campus-wide, and facilitated in converting resident advisors’ needs into policy. Provided paraprofessional advising for fifty-student communities, and coordinated with a staff of seventeen people to enforce university policies for a 900-student quad.

Doctor Of Philosophy (Ph.D.), Nanoengineering

Activities and Societies: Graduate Researcher

Master Of Engineering, Biomedical Engineering

Activities and Societies: Teaching Assistant, Graduate Researcher

Bse, Biomedical Engineering

Activities and Societies: Resident Advisor, Resident Advisor Leadership Council, E-Team Mentoring, DukEngineering Magazine, Duke Chinese.

Education record